FACULTY OF POWER ENGINEERING
DEPARTMENT OF
MINING
CONTENTS
1 A brief presentation of
the Tallinn University of Technology
2 Organisational structure
and position of the Faculty of Power Engineering within tut
2.2 The general structure of
the programme and the functions
2.3 The programs for
Continuing Education
2.4 Teaching and learning
process
2.5 Research Activity and Its
Impact on Teaching
2.6 List of research topics of Mining Department
3.3 Composition of student
body
4 Total staff number in
the unit
Tables
Table 1 University personnel (as of August 18, 2005)
Table 3 Students excange in recent years (http://www.ttu.ee/maeinst/emc)
Table 4 Students who have participated in ISWs
Table 5 List of members of the academic and
administrative staff of mining department
Table 6
Teachers of programme GAGM 98
Table 7 Teachers of programme AAGM02 (AAGM02 őppekava
őppejőudude nimekiri)
Table 8 Development plan of new laboratories
Table 9 Comparison of students councelling in 2002 and
2005
Figures
Figure 1 Average staff age and staff number of Mining
Department
Figure 2 Number of students in Mining Department
Appendices
Appendix 14 The List of main manuals for the programme
Applied Geology
Appendix 15 Teaching programmes of the Department of
Mining, TUT
Appendix 16 Register of Economic Activities Act
Appendix 18 7543620 Applied Geology
Appendix 19 7543621 Geotechnology
Appendix 20 Comparison with year 2002
1
A brief presentation of the Tallinn University
In 1918 the
Estonian Engineering Society initiated an Estonian technical institution, which
was called a Special Technical Courses. Next year this school became
Teacher's efforts
to develop Estonian terminology for science and technology were successful and
the first engineering books in Estonian were published. In 1923 the first
engineering graduation theses were defended in
Since its
foundation in 1938 TTU has been the only educational institution providing
higher technical education in the
At TUT engineers
are prepared practically in all fields of engineering and industrial economics
needed in
In 2004 university
was renamed to
Detailed Annual report is presented at:
http://www.ene.ttu.ee/maeinstituut/facts/TUT_2004_ANNUAL_REPORT.pdf
Table 1 University personnel (as of August 18, 2005)
|
Year |
1998 |
2000 |
2004 |
2005 |
|
Personnel |
1430 |
1341 |
1185 |
729 |
|
Academic staff |
566 |
563 |
692 |
469 |
|
Professors |
122 |
102 |
108 |
113 |
|
Associate professors |
217 |
184 |
145 |
136 |
|
Lecturers |
130 |
140 |
131 |
128 |
|
Teaching
assistants and teachers |
105 |
137 |
109 |
92 |
|
|
|
|
|
Sept.8, 2004 |
|
Students |
6923 |
7633 |
9751 |
10327 |
|
Undergraduate |
6264 |
6884 |
7813 |
8123 |
|
Full-time |
6033 |
6791 |
7712 |
6664 |
|
Part-time |
231 |
93 |
101 |
1459 |
|
Master’s
students |
549 |
510 |
1570 |
1761 |
|
Doctoral
students |
110 |
139 |
368 |
428 |
2
Organisational
structure and position of the Faculty of Power Engineering within tut
|
|
The Department of
Mining belongs to the Faculty of Power Engineering, where are the following
departments:
Departments of
Electrical Drives and Power Electronics
Department of
Electrical Power Engineering
Department of
Fundamentals of Electrical Engineering and Electrical Machines
Department of
Mining
The main goal of
Faculty of Power Engineering is to be an internationally recognised leading
centre for education, research and development in
TUT is the only
educational institution in
Up till now, geologists
have been taught at the
2.1
Research
activities
Prominent fields
in scientific research in the Department of Mining are the following:
Mining
engineering and mining geology
The influence of
geological factors on mining technologies and the rehabilitation of mine areas.
Studying the
properties of natural resources, the evaluation of calculation parameters.
Evaluation of the
quality and supply of natural resources and working out the express-methods of
quality assessment.
Hydrogeology
The
hydrogeological study of mines and the impact of mining activities to the
environment.
The hydrogeological
parameters changing at mining activities.
The hydrogeology
of construction sites.
The influence of
groundwater consumption on the environment.
Hydrogeological monitoring.
Engineering geology and geotechnics
Study of soil and
rock properties and their use in geotechnical calculations.
Geotechnical
monitoring of buildings.
Study of slopes
stability.
Environmental
geotechnics.
Landfills, Piles
and pile foundations. Micropiles.
Applied Geology
and Rock Mechanics
Mining technology and rock mechanics problems.
Sability analysis and prognosis.
Risk assessment, risk mitigation.
Computer planning and design of mines by MGIS.
Groundwater flow
modelling (Visual Modflow).
Tectonics and
structural analysis.
Tectonic jointing
of bedrock.
2.2
The
general structure of the programme and the functions
In the Mining
Department academic teaching is offered at all three levels, in addition to
this, continuing education.
The structure of
the programmes for Applied Geology, Mining Engineering and Geotechnology
consists of five modules:
General Studies;
Basic Studies;
Core Studies;
Special Studies;
Free choice of
courses.
In addition to
these modules the programme includes the practical work and the degree thesis.
All the modules, except the free study courses, include both obligatory and
optional subjects. The subjects of the free studies module can be chosen from
different programmes of the TUT or other universities. The University Teaching
Scheme determines the required amount of CP in all study levels.
Bachelor's Degree Programme was worked out in 1998 – GAG-98 (code of Ministry of Education and Science of Estonia –
6543620) and was fully accreditated up to 23.05.2009 in 2002.
(Appendix 15 Teaching programmes of the Department of Mining, TUT). Bachelor's degree programme is the first level of the university
education.
AAGB02 6543621 is fully accreditated up to 23.05.2009.
Structure of the Programme:
For graduating as Bachelor
of Applied Geology and Mining Engineering (BSc) is needed to get not
less than 160 CP (credit points), but they must be divided between general,
basic, fundamental and special study in next proportions:
General study
………………………………20,0 CP
Basic
study………………………………….60,0 CP
Core
study………….……………………….36,5 CP
Special study………………………………..18,5
CP
Free choice of
courses……………………….6,0 CP
Practice………………………………………4,0
CP
Degree
Thesis………………………………15,0 CP
Total 160 CP
Completion requirements:
fulfilling the study
programme and successful presentation of the bachelor thesis in accordance with
the requirements established by the Senate of TUT.
Awarded degree: Bachelor of Applied Geology (BSc).
From 2002 for
graduating as Bachelor of Science in Engineering in Geotechnology
is needed to get not less than 120 CP (credit points), but they must be divided
between general, basic, fundamental and special study in next proportions:
General study
………………………………11,5 CP
Basic
study………………………………….40,0 CP
Core
study………….……………………….41,0 CP
Special
study………………………………..15,5 CP
Free choice of
courses……………………….3,0 CP
Practice………………………………………4,0
CP
Degree
Thesis………………………………..5,0 CP
Total 120 CP
Completion requirements:
fulfilling the study
programme and successful presentation of the bachelor thesis in accordance with
the requirements established by the Senate of TUT.
Awarded degree: Bachelor of Science in Engineering (BSc).
After graduating
as Bachelor of Geotechnology students have rights to continue study by Master
Degree programme of Geotechnology with specialization in Applied Geology or
Mining Engineering or in neighbour specialities.
Master's Degree Programme (GAGM98 Applied Geology- provisional accreditation in 2002) is the second level of the University education.
The main aims are:
Improving the
professional knowledge in geotechnology;
The main problems
and the development trends of applied geology;
Fundamental
sciences;
Economics and
social problems;
Foreign languages;
Developing
The experience of
analysis and solution of system problems;
The experience of
searching information and using the relevant literature;
The skills of
presentation and scientific polemics.
Giving profound
knowledge for independent research and experiences of filling in documents;
Cultivate ability,
activity and persistence and self-critical creativity.
Nominal time of study: 2
years
Commencing requirements are one of the following:
Bachelor degree
Diploma of a
5-years full-time study programme of TUT in the volume of at least 140 CP.
Structure of the programme
(7543620 Applied Geology) up to 2005 is:
1. General Studies 5,0 CP
2. Basic Studies 10,0 CP
3. Core Studies 8,0 CP
4. Special Studies 17,0 CP
5. Degree Thesis 40,0 CP
Total 80,0 CP
Structure of the programme
(7543621 Geotechnology) from 2005 is:
1. General Studies 9,5 CP
2. Basic Studies 2,0 CP
3. Core Studies 13,0 CP
4. Special Studies 23,0 CP
5. Free choice of courses 5,5 CP
6. Practice 2,0 CP
5. Degree Thesis 25,0 CP
Total 80,0
CP
Completion requirements:
Fulfilling the
required study programme;
Successful
presentation of the Master Thesis in accordance with the requirements
established by the Senate of TUT;
Exam grades not
less than 2.
Awarded degree: Master of
Science in Engineering
Doctoral Study
AAED02 Power
Engineering and Geotechnology
Level of
curriculum Doctor Capacity of curriculum 160 CP
Nominal study
period 4 years
Admission
requirements master degree or corresponding to it qualification
Degrees granted
filosoofia doktor (in Estonian)
Doctor of
Philosophy (in English)
Endorsed by the
TUT Council 19.02.2002 no 24
Registered in the
Ministry of Education 22.08.2002 no
Decisions of
accreditation 09.07.2003 no 648 31.01.2010 accreditated
Version of the
curriculum AAED02/02 (valid from 2002 admission)
Educational
aims of the curriculum
Common aims: -
Preparing leading specialists for state institutions and national economy; -
Preparing teachers and scientists for universities and research institutions.
Doctoral study is the highest study level of the university education based on
scientific treatment during which students acquire competencies needed for
research, development or original creative work and for work as a
self-dependent professional. The doctoral thesis of a doctor degree applicant
is a substantive research work which solves a relevant problem in scientific
domain of power engineering and geotechnology.
List of
specializations 1 power engineering and geotechnology
Structure of
the curriculum
Part of the
curriculum
Code Type CP
K General studies
0
L Basic studies 6
M Core studies 0
N Special studies
34
R Free choice
courses 0
O Practice 0
P Graduation
thesis 120
Total 160
2.3
The
programs for Continuing Education
There are two
kinds of Continuing Education offered by the Mining Department aimed at:
Giving an
additional profession; Periodical further education for raising the
professional competence.
At present every
year in the Mining Department conducts the course for the managers of the
mining works for non-mining specialists who already have higher education in
some other technical speciality. This course, named "Right of Managing
Mining Works", covers 300 lessons and it ends with examination and
presentation of thesis. The course certificate allows conducting mining works on
the quarries of mineral materials for building. This course is also necessary
for some specialists in the field of applied geology, working in nature
protection and environmental institutions.
The course
programme for the workers of oil shale mines has been recently worked out and
it comprises 120 lessons. This course will be conducted during the current
academic year and it is addressed to the lower- and medium-level managers.
2.4
Teaching
and learning process
Teaching in the
Department of Mining goes on by all-university study standards. Every study
year divides into two semesters, each 16 weeks. Number of study hours for every
course is usually 3, sometimes 2 or 4 weekly. Duration of courses is one
semester.
In the end of
semester teachers usually carry out consultations, after what students are
taking credit (preliminary examination) or examination. Preliminary
examinations must be passed before examination session in January and in
May-June.
All special
courses students pass in Chairs of Applied Geology and Mining Engineering,
Department of Mining TUT (Appendix 15 Teaching
programmes of the Department of Mining, TUT). General and basic courses study courses are taught
in other departments of the Tallinn University of Technology.
Power Engineering
Faculty now is located in the university campus, Ehitajate tee 5, which is
ready from spring 2004. It gives good conditions for teaching and research work
for teachers. Department of Mining has special geology and mining classrooms
(laboratories), room for seminars and lectures, 7 rooms for teachers, library.
2.5
Research
Activity and Its Impact on Teaching
Register
of Economic Activities (Appendix 16 Register of Economic Activities Act)
Main research areas
Applied geology, including hydrogeology
Soil and rock properties, pile foundation
Engineer geology
Environmental geology
Environmental protection in mining areas
Mining and rock engineering
Evaluation of mining constructions
Mining geotechnology - rock and earth surface mechanic
As the academic
tradition is 1/3 of lecturer's work ought to be devoted to scientific research.
In the field of mining Department of
Mining was positively evaluated by Ministry of Education and Science of
Students often
are involved into the field works, in
2.6
List of research topics of
Mining Department
G5164. Stability prediction and environmental
consequences of the mined out area. Elaboration of the long-term stability prediction methods and
enveronmental consequences in the mined out area is the main aimmof the present
work. This project deals with the stability prediction method by roof-to-floor
convergence. It is possible to estimate the area, time and location of the
collapse in a mining block. The applicability area and adequacy of this method
were determined. Calculation method is used for solving different problems -
monitoring of the mining blocks, underground constructions and so. Conditional
thickness prognoses method bases on the superposition principle of the
influence factors, which takes into consideration all the geological feature
and properties of the rocks. It was performed the analysis of the inflence
factors, classification and error calculations. Bases on the theoretical
investigations and experiments of in-situ conditions, the basic mechanism of
influence factors were opened. The adequacy analysis of the obtained results
was made. Stability prediction methods by convergence and conditinal thichness
are perspective and suit for long-term prognosis. Prediction methods enable to
determine the parameters of collapse and surface subsidence, estimate the
negative impact on the environment. They allow modifying the underground
construction calculation methods and performing the monitoring. The methods are
applocable in other geological conditions, where the room-and-pillar mining
system is used. They are suitable for prognosis, design and monitoring of the
underground constructions.
G5913. Usage at mined out
areas. Several mines have been closed or abandoned in recent years in
T001. Geotechnical models of
Estonian earth crust - case flat deposits. Oil Shale deposit was modelled
with modelling software Mapinfo, Vertical Mapper and Visual Modflow. As the result,
models of quatermary sediment and water situation in mined out areas were
created. Mining technology and environmental influence in Viivikonna section of
Narva oil shale open cast was modelled and approved for continuing mining.
Water level and quality increases in mined out areas. Resource and mining
prognoses for construction materials shows importance of this investigation and
possibilities of furher development. Development is most likely in landscape
designing direction together with mining activities in dense populated areas.
Geotechnical evaluation for technogenic areas, surface and underground mines,
waste fields were performed.
452L. Closure monitoring System of Paaskula Landfill. Detarmination of landfill
deformation characteristics. Monitoring plan. Landfill closure geotechnical
investigations. In cooperation with
AS
453L. Installation of
benchmarks for surface settlement monitoring (monitoring System for Paaskula
Landfill). In cooperation with AS
Oil shale resources. Redistricting of Estonian oil shale deposit and its
new economic planning. New criteria for estimating oil shale reserve. Oil shale
reserves for new Estonian economic situation (in co-operating with Estonian
Geology Centre). Recommendations for optimal technological structure
(underground and surface mining) to the Ministry of Economic Affairs for oil
shale mining in the frame of environmental and social restrictions.
416L. Compiling hydrogeological
prognoses due to Eesti Polevkivi Ltd. enterprises working. Oil shale mining in
Viivikonna of Narva surface mine has not essential environmental impact. Mining
impact will not essential even in case of receive applicable Sirgala II
expansion. Opposite, oil shale mining will improve environmental conditions
because of former Oru abandoned peat fields will repair. Water of Vasavere
river directed infiltration basin not impact water quality of Kurtna lakes.
Water level fluctuation in l.Valgejärv has not impact to water lobelia
population in lake. Mining in Narva surface mine not impact water regime in
Puhatu protection area nowadays and in prognoses because of sufficient
326L, 424L. Compilation of the development plan of natural
building material minerals and prospecting of perspective districts in
429L. Alternative for
landscaping by extractive reserves in Loo limestone deposit. Evaluation of
possibilities for producing aggregates using surface miner. Detection of the
future research directions.
559L. Ahtme Jőhvi sewage main
in the mining area: Collecting and study of the existing information. Analyse
of documentation and drafting of a new route. The variation defines the first
stage of investigations due to unforeseen underground conditions on the route
of Ahtme-Jőhvi sewer main. The investigations are necessary to find safety and
optimal route for the part of sewage main passing the undermined area.
Following research
themes have been finished in last year:
Grant No 2723
Enn Pirrus: Dolomitization, elision of clay fluidums and post mortem
transformation of biogenic phospate as the main factors of the litification of
sedimentary rocks (1997-1999).
No 0140226B
(T226B): Lithological and mineralogical preconditions for rational use
of Lowels of the Earth in
Enn Pirrus and is
assisted by associate professor Ülo Sőstra and students;
Associate
professor Tarmo Kiipli is taking part in works at Grant ETF 4070 (Peep Männik,
In September 2000
as associate professor began work in the Mining Department Ylo Systra, the
specialist in the field of geotectonics and structural geology. It gave
possibi-lity to begin research work at tectonics and bedrock jointing of
The teachers group
of Estonian universities in 2002 had an EU LAPBIAT project grant for fieldworks
in the Kilpisjärvi region, Finland (leader Ülo Sőstra, members prof.Enn Pirrus
and student Marko Kaunis from TTU, and teacher from Tartu University Alar
Läänelaid) "Influence of geological features on the biological
diversity of the Kilpis-järvi are and its use in climate change
monitoring" . These works were continued in 2003 at an EU
LAPBIAT project Geological controls
of vegetation patterns in the Kilpisjärvi-Halti area - revalence to long-time
climate change monitoring" , project leader Ylo Systra, participants
Tarmo Kiipli, Alar Läänelaid, student of TTU Ivo Systra.
From 2004 is open
grant of the Scientific Foundation of Estonia No 5921, leader Tarmo Kiipli,
participant Ylo Systra “Steps of the Caledonian volcanism in the sedimentary
rocks of
Materials and
results of research work are used in lectures and practical work in different
courses: structural geology, hydrogeology, geology etc. Some of students are
partaking in scientific works of TTU Department of Mining staff and in other
scientific institutes. During the last 2-3 years were published 6-7 papers of
our students. Some of them are also co-authors of the Geological Survey of
Estonia Reports.
3 Student body
3.1 General part
Each student enrolled into the TUT fills one vacancy
in his field, which gives him/her the right to get educational services from
the University at one or, as an exception, at two specialities.
Depending on the Regulations of Financing the
Educational Services, the student may fill one of following vacancies:
Supported by the State;
Partly supported by the State;
Not supported by the State.
Most of the Mining Engineering, Geotechnology and
Applied Geology students are supported by the State. The student supported by
the State has the right to apply for the State grant according to the TUT
Directive of Awarding Grants.
The student not supported by the State is expected to
pay for his/her studies. The order of payment is enacted by a contract made
between the student or sponsoring institution and the TUT.
To participate in the studies, the student has to
compile an individual study program on a standard form. In the program he/she is
to declare the subjects, which he/she intends and is able to study during the
following semester. Subjects taught in the TUT must match the criteria given in
the Register of Subjects. Also, to study a subject, the prerequisite exam or
credit must be passed. The student is allowed to make changes in the study
program until the deadline fixed in academic calendar. This allows the students
to acquaint themselves with the chosen subjects during the lectures.
For the lectures the students are registered in the
corresponding department by fixed deadlines.
3.2
Admission
of Students
The rules of admission are established by the
University Council and confirmed by the Minister of Education. A commission
nominated by the order of the Rector organizes admission. For undergraduate
studies secondary education is necessary.
Applicants for Master Degree Studies must hold a
Bachelor's degree or have an educational certificate equal to it. Applicants
for Doctorate Studies must hold a Master's degree or an academic degree equal
to it.
At all levels applicants have to pass the competition
to be enrolled. In the field of Master and Doctoral Degree Studies all the
vacancies by the State have been filled exactly, too. The level of knowledge is
very different among the first-year students. Deficiencies of secondary
education, poor working habits and insufficient capability of independent
thinking are the most common problems.
The popularisation of the Mining Engineering,
Geotechnology and Applied Geology is organized mainly as follows:
The Mining Department annually publishes an
acquainting prospect about the field.
Every year an information day for secondary school
students takes place in the University.
Applied Geology students visit their home schools in
order to introduce their fields.
Since the language of institution is Estonian, most of
the students are Estonians, too; number of Russians remains below 50%. By today
no international students have entered. The rules of admission are established
by the University Council and confirmed by the Minister of Education an
Science. A commission nominated by the order of the Rector organizes admission.
For undergraduate studies secondary education is necessary.
Every year the number of applicants is about 20 and
entered here:
Table 2 Number of applicants
|
|
Applied Geology 6543620 |
4 years |
programme |
|
1999 |
13 |
5 male |
8 female of |
|
2000 |
19 |
5 male |
14 female |
|
2001 |
13 |
3 male |
10 female |
|
|
New
Geotechnology |
|
programme |
|
2002 |
13 |
9 male |
4 female |
|
2003 |
13 |
6 male |
7 female |
|
2004 |
13 |
6 male |
7 female |
|
Total |
71 |
34 male |
50 female |
3.3 Composition of student
body
At the moment
total number students in Department of Mining is next (without new students of
2005):
The Bachelor Degree students
Geotechnology 1st year students
2004 – 15, female 7 and 8 male
2nd year students 2003 – 13,
female 6 and 7 male
3rd year students 2002 – 10,
female 3 and 7 male, 3 finished in 2005.
Applied geology
students GAG programme
Who entered in 2001-1998
– 17, female 10 and male 7
Mining engineering
students
Who entered in
2001-1998 – 15, female 5 and male 10
Total…………………………………… 70, female 31 and male 39.
Period of study
for the most students continues 5-7 years.
The ratio between
men/women is 39 : 31
Drop-out and
completion rate is near 1 : 7.
Average study time
per week is: during the first two years 30-32 hours per week classes and during
the next years 18-20 hours.
Our specialists even with Bachelor degree
are needed in quarries and mines, in counties environmental services as
specialist of mine deposits and mining engineers. Many of organizations and
firms are invited students for work at building projects, in field works, for
future scientific work in
The first specialist of an applied geology in Bachelor degree finished study in 2003 (Tőrge! Ei leia viiteallikat.)
The number of finished student is next: in 2003 – 3 students
in 2004 – 8 students
in 2005 – 12 students, including who finished
three years Bachelor courses (3 students)
Total number of students finished ……………. 23.
As a rule the most of them continue study on the Master’s level.
The Master’s degree students
Master degree duration is shorter and usually all
students finish study in time or during even one year.
In current moment
there are studying next number of students (without students, who will be
entered in 2005).
GAGM ……………… 3
students
GAKM……………….. 6
students
Total……………………………. 9 students, 6 male
and 3 female.
In 2005 will be
entered 15-20 new students in all Master’s programmes:
GAKM…………………………………………….
2 students
GAGM…………………………………………….
1 student
AAGM…………………………………………….15
students.
Doctoral study
Doctoral programme for Power Engineering and
Geotechnology Code 8542540 (Ministry) and Code AAED02 for TUT is valid from
2002.
The programme
is fully accredited up to 31.01.2010.
The doctoral study
nominal duration is 4 years. At present 9 doctoral level students is in the
Department of Mining TUT. By today no international students have been entered
4 Total staff number in the unit
The staff of Department of Mining TUT consists by two professors, two professors emeritus, three full time associate professors and two teaching assistants. List of members of academic staff is given in the Table 5 List of members of the academic and administrative staff of mining department.
Teaching load of teachers was in average 8-10 hours per week during last three years, rom these 4-7 hours of lectures.
All members of academic part participate in research work and development activities.
In classroom work (lectures, seminars and workshops) are used doctoral and master’s degree students of Applied Geology and also specialists from Geological Survey of Estonia and Instiotute of Geology, TUT.
The Mining Department is supplied with general (presentation, recording, copy) and special equipment. General equipment is updated and sufficient for the activities of the Department and it is financed by the recourses received from the research activities.
For practical teaching in some courses of
applied geology the equipment and laboratories of Estonian Geological Survey
and the
4.1
Rooms
and Equipment
The Mining
Department is situated in the new building. The Department possesses 16 rooms
with the total area of
Geological classroom. In the Geological
Laboratory/Classroom are big collection minerals, rocks and ore samples from
different parts of world, geological maps and other materials, needed for
teaching geological courses. Some modern apparatus to study them are needed.
Room for project works,
workshops and seminars. This
room is the most updated one with seven computers and three presentation
apparatus. This room, being connected with the main computer network of the
TUT, has also the connection with the Internet. In this room regular seminars
are held where the teachers and students participate in discussions concerning
mining problems and new information. From time to time the representatives of
the industry take part in the seminars.
Survey instruments. The Mining Department has some traditional
survey instruments. Recently a modern GPS instrument was also obtained. The
survey instruments are used mostly for practical exercises during the field
courses. Also computer programmes to develop MGIS – Mining Geographic
Information System at Mining department. Different new softwares and upgrades
are bought: Surpac Vision for planning and designing underground mines and open
pits, MapInfo Discover to create geological cross sections and plans, analyse
geochemical data and other. Visual ModFlow Professional software is purchased
to create groundwater aquifer model and create predictions water level changes.
Also software-training courses are gone through to teach four mining department
employees.
Computers. The computers of the Mining Department (20
working places) are connected with the local computer network and with the main
University network. The local network has also six different printers, two
scanners and one plotter.
In addition to the
widely used software programmes the Mining Department uses also several special
programmes.
In addition to
this, senior students have an access to the Computer class of the Faculty with
seven work places, a printer and a scanner.
Libraries. The students, the teachers and the researchers have
free access to three libraries:
Main Scientific
Library of the TTU, located at the University Centre;
National Library http://www.nlib.ee/;
Reference library
at the Mining Department.
Every library has
a reading-hall with the copy facilities. Literature can be searched and
subscribed via online computer system. http://www.lib.ttu.ee/
The main stock of
the libraries consists of textbooks in Russian most of which are outdated by
today.
Literature in
English obtained in recent years covers the main needs of the study field, but
the number of copies is usually limited (1-2). The number of subscribed
technical journals, mostly in English, German and Russian, is satisfactory.
Some modern textbooks and handbooks in English have been obtained through
personal contacts from colleagues and corporations from
In 2005 from State
Budget were divided to Department of Mining special money 4 million EEK for
development of infrastructure (laboratory equipment, computer technique and
software).
5 External relationships
5.1
Ties with industry
Mining department
and its staff members are active members of Estonian Mining Society (EMS) (http://www.maeselts.ee/id59.htm) and
Geological Society of Estonia (http://www.egeos.ee/index_en.php?lang=eng.)
Ties with industry
and other professional organisations have been established in following forms:
Cooperation
contracts
Traditional events
Excursions
Every autumn 1-2
day trip to Estonian mining and geological objects
Every spring 3
days trip to Estonian mining and geological objects
Every summer 1
trip to foreign mining related objects
Regular visits to
Estonian mining enterprises within study courses
In cooperation
with Estonian Mining Society:
Seminars of Mining Law
Mining Equipment
Continuing
Education seminars
Mining department
is managing and moderating interactive Mining Information website and e-mail
lists for everyday Estonian Mining Information exchange (http://www.maeselts.ee/id270.htm)
5.2
Ties with similar units
Partnership is
held in the way of exchanging students, lecturers, doing common researches and
organising conferences.
The main partners
are:
Laboratory of Rock
Mechanics,
Estonian
Geological Survey
Mining Institute
of
5.3
International programs
Mining Department
has made following ERASMUS SOCRATES Bilateral Agreements which allows applying
scholaships for teachers and students exchanges:
Thanks to European
Masters Mineral Engineering Course (EMMEC) programme students are studing in 9
different universities plus excursions and additional lecture sessions in
visited countries (eg.
The courses take
place in different Universities in
- RWTH Aachen,
Germany
- Technical University Berlin, Germany
- Delft University of Technology, The Netherlands
- University of Exeter, Camborne School of Mines, UK
- Technical University Bergakademie Freiberg, Germany
- Helsinki University of Technology, Finland
- Kođice University of Technology, Slovakia
- University of Miskolc, Hungary
- Wroclaw University of Technology, Poland
FEMP is the
organisation that co-ordinates the two year European Masters Mineral
Engineering Course (EMMEC) for students in Mining- and Geotechnical
Engineering, Mineral Processing, Recycling and related academic studies. There
are three different specialisations; accommodating groups with 15 to 20
students each.
Participating students study together at universities in four different European
countries for one of the two academic years. EMMEC has three different
specialisations, which each has its own main topics, courses and study
locations.
The European Mining Course (EMC) focuses on
a wide variety of mining subjects. Both Underground and Open Pit mining
subjects are taught. Furthermore, the subjects include rock mechanics, computer
modeling, health & safety, and economics. Most courses include projects in
which the students work in small groups. The program finishes with a case study
in which the students are creating a business plan. Company visits to
operations and the supply industry take place in each of the four countries.
The European Mineral Engineering Course
(EMEC) is mainly focused on mineral processing, recycling and metallurgy. Both
classic and modern mineral processing and separation techniques are taught.
Classic methods are mostly applied in raw materials processing, where the
modern ones have predominantly applications in recycling engineering. Computer
modelling of processing systems has high attention and is also included in the
Program.
The Program also
contains many company visits to industry related to mining, mineral processing
and recycling.
The
Geotechnical and Environmental Engineering (EGEC) combines geotechnical and environmental subjects into one
program. The subjects are related to mining and non-mining applications. The
program includes subjects concerning rock mechanics, underground space
construction, rehabilitation and environmental issues. Project work in small
groups is included as well as mine site and company visits.
For today three
students have participated and this year (2005) Elo Rannik will be in group of
EGEC course.
Table 3 Students excange in recent years (http://www.ttu.ee/maeinst/emc)
|
Year of studying |
Student |
Course
(Universities) |
|
2003/2004 |
Helena Lind |
EMC ( |
|
2004/2005 |
Tauno Tammeoja |
EMC ( |
|
2004/2005 |
Sirli Mägi |
EMEC ( |
|
2005 |
Tőnis Kattel |
DBU - |
|
2005/2006 |
Elo Rannik |
EGEC ( |
Due to the
contacts with Helsinki University of Technology two Estonian students, Aire
Västrik and Ivar Sova, got possibility to join with EMC 2003/2004 group
excursion to North-Finland. During excursion
In next year, 2004
Veiko Karu went to the same excursion and participated in the group work which
program students had. The excursion allowed getting more knowledge about Finish
industry, technology of mining ore and other mining related information. Also
contacts with industry people have not minor importance.
In July of 2004
mining students from Delft University of Technology had excursion to Estonian
mining related companies and objects, which was organized by our mining
institution. Seven students from
In September of
2004 students from
In current year,
2005, similar excursion will be in
Arranging
different excursions for foreign mining students gave us many contacts with
other European universities and good relationship with different professors and
university coordinators. Thanks for that our students of geotechnology will go
to excursion in September 2005 to
TUT Mining
Department students are IFFMS (International Federation of Mining, Metallurgy,
Petroleum and Geology Students) organisation members since 2004 when mining
students organized ISW in
In October of this
year (2005) IFMMS congress of hundred years will be held in
Table 4 Students who have participated in ISWs
|
Names |
Country |
Time |
|
Veiko Karu,
Marina Vaganova |
|
2004 February |
|
Aire Västrik,
Merilin Mőistilik, Jan Johanson |
Stocholm,
Sweeden |
2004 May |
|
Erki Niitlaan,
Reili Pärnasalu |
|
2004 October |
|
Jan Johanson,
Caspar Rüütel, Indrek Malm, |
|
2004 October |
|
Elo Rannik,
Marina Vaganova |
|
2004 November |
|
Kristjan Jassik,
Indrek Kägu |
|
2004
November-December |
|
Siim Pukk, Mark
Meema, Reili Pärnasalu |
|
2005
January-February |
|
Elo Rannik,
Marina Vaganova |
|
2005 March |
|
Roman Kotenjov, Jan
Johanson, Indrek Kagu, Indrek Malm, Elo Rannik, Caspar Rüütel, Kristjan
Jassik, Ave Őnnis, Erki Niitlaan, Marina Vaganova, Taavi Raik, Merilin
Mőistlik, Kristi Haav |
Ifmms weekend |
2005 August |
Our initiative of
organising excange and excursions with partner Universities serves our aim of
joining EMMEC (European Masters Mineral Engineering Course) as full member.
Symposium on
oil shale, November 2006,
Prof. Mait Mets
has dealt with engineering geology, geotechnics and environmental geotechnical
issues. He has published up to 200 articles on these problems (5 articles in 2003)
and presented papers on the subjects in many international conferences (5
presentations in 2003). Prof. Mets has investigated normally consolidated and
over-consolidated clays, sands containing organic matter, silt types,
sandstone, oil shale, landslides, waste management, environmental geotechnics
etc. A special interest has been the impact of engineering geological factors
on pile bearing capacities and the settlement of pile foundations. Currently,
micro-piles are the main object of research.
Prof. Mets belongs
in the committees of DFI, ISSM GE 6:3:18, the Union of Estonian Engineers and
the Board of the Union of Estonian Construction Engineers.
Prof. Mets has
been the member of the Advisory committee of the X Baltic Conference of
Geotechnics and is in charge of formulating the scientific programme for the
2005 Conference.
On May 20, 2004
Mait Mets will be delivering the keynote lecture at the Nordic Geotechnical
Meeting and on June 2, 2004 the keynote lecture at the Russian Geotechnical
Conference at
Prof. Mait Mets is
currently in charge of hydrogeological and environmental investigation projects
on oil-shale mining areas. Currently also programmes and grant applications are
being designed for the composition of an index of oil-shale properties that
would enable the quick and effective evaluation of oil-shale quality.
Very important for
taking teachers research potential in high international level are contacts
with colleagues from foreign countries. Teachers of Applied Geology have contacts
with universities from
Associate
professor Ylo Systra has experience in reading of short courses in
This spring was
prepared a Nordplus cooperation project between
Associate
professor Ylo Systra is member of the ProGEO, the Association of the
Conservation of the Geological Heritage. All teachers are members of Estonian
Geological and Mining Societies, making efforts at the protection of geological
monuments of
Teachers research
work and participating in international seminars, conferences, symposium give
possibility to have new data, new material for illustration of lectures and for
practical teaching.
8th
International Conference "The deep structure and geodynamics of
Fennoscandia and marginal and intraplatform transition zones".
International
conference on “Groundwater in fractured rocks”, 15.-19.09.2003.a. Prahue, Czech Republic Systra,
Y. " Groundwater in fractured
rocks of the Karelian Region (NW Russia) and Estonia. "
MAEGS 13, Geoscience and the European Water Framework Directive, 10.-13.09.2003
in
The 26th Nordic
Geological Winter Meeting 06.01.-09.01.2004,
Systra Y. "Structural
study of the Finnish Caledonides in the Kilpisjärvi-Halti area". Systra Y. and
Systra,Y. & Perens,R. 2004. Groundwater in
the hard bedrocks of
Makarikhin,V., Suominen,V., Systra,Y. Unique objects of the
Early Precambrian in the Eastern Fennoscandian Shield. 32nd IGC, Florence 2004.
The 38th Tectonic meeting,
International conference “Belomorian Mobile
Belt and its analogues”,
5nd International Conference
"Environment. Technology. Resources."
7th International Symposium on
Environmental Geotechnology and global Sustainable Development.
8th International Symposium on
Environmental Issues and Waste Management in Energy and Mineral Production –
SWEMP. Kemer,
International Conference “Scientific achievements for
wellbeing and development of society. Enabling environment for society
wellbeing”.
4nd International Conference
"Environment. Technology. Resources."
4th International
Scientific and Practical Conference "Environment. Technology.
Resources". June 26-28. 2003. Rezekne.
Erg, K.
INQUA International Symposium on Human impact and geological heritage.
May 12-17. 2003,
Table 5 List of members of the academic and administrative staff of mining department
|
Alo Adamson |
Professor, speciality 2.4, director of the
department
of Mining Engineering, PhD, born in
1939, teaching area: rock engineering, mining machinery, mineral processing,
blasting |
|
Mait Mets |
Professor, speciality 1.10, PhD, born in 1938,
teaching area: engineering geology, geotechnics, environmental geotechnology,
hydrogeology, EIA,underground mining, geotechnology |
|
Enn Pirrus |
Professor, speciality 1.10, doctor of geology
science, born in 1935, teaching area: geology, geochemistry, geological
problems of waste, mining geology, lithology. Prof. Emeritus since Sept 2002 |
|
Enno Reinsalu |
Professor, speciality 2.4, dean of faculty of
power engineering 1994-2000, PhD, born in 1936, teaching area: mining data
analysis, mine planning and design, mining economics, mineral economics, and
mining. Prof. Emeritus since Sept 2002 |
|
Jüri-Rivaldo Pastarus |
Associate professor, speciality 2.4, Dr. Eng, born
in 1947, teaching area: rock mechanics, underground mining |
|
Ülo Sőstra |
Associate professor, speciality 1.10, doctor of
geology science, born in 1940, teaching area: geology, structural geology,
geological study of deposits, tectonics, tectonics of |
|
Ingo Valgma |
Associate professor, speciality 2.4, PhD, born
1971, teaching area: surface mining, mine planning and design, Geoinformation
Systems for Mining, basics of mining engineering |
|
Katrin Erg |
Teaching assistant, speciality 1.10, PhD, born in
1957, hydrogeology, hydrochemistry |
|
Tőnis Kattel |
Teaching assistant, speciality 2.4, MSc, born in
1974, surface mining planning |
|
Hardi Torn |
External lecturer, MSc |
|
Tarmo Kiipli |
External associate professor, speciality 1.10,
PhD, born in 1951, teaching area: geology, geochemistry, laboratory
investigations, geochemistry of landscapes |
|
Oleg Nikitin |
External lecturer, PhD, born in 1973, underground
mining technology, see |
|
Lembit Unt |
External lecturer, Equipment of Applied Geology,
geophysical methods and equipment |
|
Egon Hirvesoo |
External lecturer, MSc, blasting |
|
Erkki Kaisla |
External lecturer, MSc, mining equipment, mine
design and planning |
|
Erki Niitlaan |
External lecturer, B. Eng, surface mining,
blasting |
|
Helena Lind |
Data entry assistant, BSc, born in 1982 |
|
Veiko Karu |
Data entry assistant, BSc, born in 1981 |
|
Aire Västrik |
Data entry assistant, BSc, born in 1981 |
|
Lembit Uibopuu |
Engineer, Mining Engineer, department’s
instructional facilities |
|
Mare Komendant |
Engineer, secretary |
Appendix 1 Alo Adamson, cv
Curriculum Vitae
(CV)
Name
Alo Adamson
Position
Department of
Mining, Professor of Rock Engineering, director
Date of birth
July 13 1939
Educational history:
1970-1974: Ph.D in
Mining Engineering, Scochinsky Institute of Mining,
1961-1966: Mining
Engineer,
1956-1959: Mining
Technician,
Research and
professional experience, institutional affiliation and postdoctoral research
training:
Since 1992:
Professor of Rock Engineering and Director of the Mining Institute,TTU.
1985-1992: Head of the Department of the Mining
Engineering, TTU.
1984-1985: Senior Researcher,TTU.
1983-1984: Head of the Department of Technology and
Mechanization of Underground Mining, Estonian Branch of the Scochinsky
Institute of Mining, Kohtla-Järve,
ESTONIA.
1976-1983: Head of the Laboratory of Mechanization
1969-1976: Junior Researcher of the Laboratory of
Mechanization,
1959-1969: Technician and foreman in oil shale
underground mines of Eesti Pőlevkivi
Academic degrees
PhD, Scochinsky
Institute of Mining,
Honours/Awards
1990: Senior
Lecture, Diploma from the Ministry of
Higher Education
1982: Senior
Researcher, Diploma from the Higher Attestation Commission of the
Council of Ministers
1977:
"Honourary Miner" Order III stage from Ministry of Coal Industry
1976: Bronze Medal
from the Exhibition of Economic Achievements
1976: Honourary
Diploma from Council of the All Union Scientific Technical
1995: Gold Medal
from Brüssels
Research-administrative
experience
Since 1997 Member of the Estonian Energy Council
Since 1999 Member of the Energy Council of the
Since 1991 Member of the Estonian National Mining
Committee
Since 1991 Member of the International Organizing
Committee of the World Mining
Congresses,
Since 1992 Member of the Society of Mining
Professors,
1996 Member of the International
Organizing Committee of the International Symposium on Mine Planning and
Equipment Selection
1990-1994 Member of the Commission of Mineral
Resources of the Estonian
Member of the
Administrative Council of the AS Eesti
Pőlevkivi
Current research
program
Research and
developing mining technology for oil shale, limestone, sand and gravel mining,
design and feasibility study. Environmental impact of mining, mining safety and
legislation.
Current grant
funding
Dissertations
advised
MSc Erkki Kaisla
and Lauri Juuse 1996, Oleg Nikitin and Sergei Rebane 1998, Aleksandr Safronov 2002, Vassili Turőgin
2002.
Curriculum Vitae (CV)
Family name: METS
First names: MAIT
Date of birth: 20.05.1938
Nationality: Estonian
Civil status: married
Education: high
Institution:
Moscow PNIIIS 1976 Ph. D , Pile bearing capacity in soft clays
Language skills: Estonian, Russian, English, Finnish
Memberships of professional bodies: President of Estonian Geotechnical Society,
Deep Foundations Institute,
President of Estonian Geotechnical Committee
Other skills: (e.g. Computer literacy, etc)
Computer literacy: Windows environment, MS Word, Excel
Present position:
Years within the firm: 2
Key qualifications: engineering geology, geotechnics, environmental geotechnology, hydrogeology, EIA.
Specific experience:
Georgia1987-1990
Latvia1991-2005
Lithuania1991-2005
Iraq1979-1980
Pakistan1981-1983
Cuba1986-1987
Professional experience:
2002- Tallinn Technical University, Mining Department Professor and lecturer of chair geotechnics and engineering-geology
1990- GIB Ltd.Geotechnical Engineering Bureau President and Science Director Managementof geotechnical project, development of scientific projekts and new technologies
1983-1989 Investigation Institute of Estonia Chief geotechnic Management of geotechnical department
1981-1983 Estonian Industrial Designing Institute Chief geotechnic of geotechnical and environmental department of Pakistan Steel
1979-1980 Estonian
Industrial Designing Institute Geotechnical adviser of oil mining in
1972-1979 Estonian Industrial Designing Institute Chief geotechnic Management of geotechnical department
1966-1972 Estonian Industrial Designing Institute Head of project Management of geotechnical projects
1964-1966 Estonian Industrial Designing Institute Manager of geotechnical laboratory
Other relevant information: References
Has consulted all the greatest port,
industrial building and underground projects in
Has taken part in compiling the standards
of
In 1990 participated in founding of the
first private firm on geotechnics and since then has carried out geotechnical
investigations on 400 objects and designed foundations on 80 objects. Has
consulted the construction of buildings, ports, tunnels, and bridges in
From 1990 since 2003 participated in
environmental geotechnical investigations in
Silmet Radioactive Waste Depository. Geotechnical investigations, stability analysis, remediation options etc. during 1993-2001. From 2001 to 2002 key expert in geotechnical and hydrogeological modelling, design of cut-off wall and water diverting system, construction supervison services.
Hazardous Waste Depository in Vaivara. Geotechnical investigations, clay layers design, construction quality control and supervision services.
The landfill in Uikala. Quality control and geotechnical supervision of construction works.
The landfill in Väätsa. Geotechnical investigations, clay layers design, construction quality control and supervision services.
Geotechnical investigations, monitoring and
field tests from 1992 to
The feasibility study of construction of the clay barriers of landfills from local materials 2001-2002, funded by Estonian Environmental Investment Centre.
Pääsküla MSW landfill. Geotechnical investigations, environmental investigations, groundwater monitoring and pollution monitoring from 1992 to 2002.
Appendix
3 Enn Pirrus, cv
Curriculum
Vitae (CV)
Name
Pirrus Enn
Position
Professor of
Applied Geology, Department of Mining
Data of birth
November 24, 1935.
Educational
history
1954…1959
Research and
professional experience, institutional affiliation and postdoctoral research
training:
2002-1992,
professor of Applied Geology TTU
1992…1959 Head of
sector, Leader scientist
Senior scientist, junior
scientist, senior engineer
Senior laboratory
assistant
Academic
degrees
Doctor of
geological-mineralogical sciences, St.Petersburg, Allunion Geological
Institute, 1998.
Honours/Awards
Medal of
K.E.v.Baer, 1992.
Research-administrative
experience
1974…1991, Head of
sector,
1992-2002
professor of Applied Geology TTU
Current
research programme
Litology of
sedimentary rock, nature protection
Current grant
funding
EU LAPBIAT grant
2002-2004 “Influence of geological features on the
biological diversity of the
Kilpisjärvi area and its use in climate change
monitoring"
11. Supervised dissertations
J.Nemliher (1999), O.Hints (2002).
Appendix 4 Enno Reinsaalu, cv
|
Curriculum Vitae (CV) |
||
|
1. |
First Name |
Enno |
|
2. |
Surname |
Reinsalu |
|
3. |
Institution |
|
|
4. |
Position |
Professor Emeritus |
|
5. |
Date of birth |
22.04.1936 (day.month.year) |
|
6. |
Education |
1962…1966 Doctoral study, Leningrad (St
Peterburg) Mining Academy |
|
7. |
Research and |
Tallinn Technical University: |
|
8. |
Academic degree |
PhD |
|
9. |
Dates and sites of |
St Peterburg ( |
|
10. |
Honours/awards |
Graduated senior-researcher, |
|
11. |
Research-administrative |
Dean of Faculty of Power Engineering TUT,
1994…2000 |
|
12. |
Supervised dissertations |
Katrin Erg, PhD, 2005, superv. Enno Reinsalu, Anto
Raukas. Groundwater Sulphate Content Changes in Estonian Underground Oil
Shale mines. TTÜ Ingo Valgma, PhD, 2002, superv. Enno Reinsalu.
Geographical Information System for Oil Shale Mining - MGIS. TTU Tauno Tammeoja, MSc, 2002, superv. Enno Reinsalu.
Pőlevkivi kaevandamise kontsentreerimise majandusprobleemid. TTU Raimond Äri, MSc, 1998, superv. Enno Reinsalu.
Pőlevkivi optimaalse jaotamise kava. TTU Tőnu Tomberg, MSc, 1998, superv. Enno Reinsalu.
Lőhketöödest pőhjustatud maavőngete analüüs pőlevkivi kaevandamisel. TTU Ingo Valgma, MSc, 1996, superv. Enno Reinsalu.
Pőlevkivikarjääri katendi tehnoloogilise piirpaksuse hindamine draglainide
kasutamise. TTU Galina Tiđkina, cand, 1981, superv. Lidia Bezrukova,
Enno Reinsalu. Issledovanie i ekonomitđeskoe obosnovanie vybora effektivnoj
tehnilogij dobytđi slanca podzemnym sposobom. CNIEIugol, Moskva |
|
13. |
Current research program |
Mineral economics, Environmental impact
of mining |
|
14. |
Current grant funding |
|
|
15. |
List of most important publications |
Reinsalu, E. Changes in Mine Dewatering After the
Closure of Exhausted Oil Shale Mines. Oil Shale, No 3, 2005. Reinsalu, E. Oil Shale Industry in Koitmets, K., Reinsalu, E., & Valgma, Reinsalu, E., & Valgma, Reinsalu, E. (2000). Relationship Between Crude
Mineral Cost and Quality. Mineral Resources Engineering, 9(2), 205-213. Reinsalu, E. (1999). Stochastic Modelling in
Estonian Oil Shale Mining Economics. Oil Shale, 16(4), 377-382. Reinsalu, E. (1998). Criteria and Size of Estonian
Oil Shale Reserves. Oil Shale, 15(2), 111-133. |
Appendix 5 Jüri Pastarus, cv
|
Curriculum Vitae (CV) |
||
|
1. |
First Name |
Jüri-Rivaldo |
|
2. |
Surname |
Pastarus |
|
3. |
Institution |
|
|
4. |
Position |
Associate Professor |
|
5. |
Date of birth |
26.12.1947 (day.month.year) |
|
6. |
Education |
1971, high, Tallinn Polytechnic Institute (TPI), electrical engineer |
|
7. |
Research and |
1985 - present, Tallinn Technical University, Department of Mining,
Associate Professor |
|
8. |
Academic degree |
Doctor of Science in Engineering (Dr.Eng.). |
|
9. |
Dates and sites of |
|
|
10. |
Honours/awards |
1990 - Associated Professor, |
|
11. |
Research-administrative |
Member of International Organizing Committee of International
Symposium "Environmental Issues and Waste Management in Energy and
Mineral Production" (SWEMP). |
|
12. |
Supervised dissertations |
Pavel Sokolv, MSc, 2004, superv. Jüri-Rivaldo
Pastarus. Kambriploki pikaajaline prognoosimeetod konvergentsikőverate järgi.
Tallinna Tehnikaülikool Sergei Sabanov, MSc, 2004, superv. Jüri-Rivaldo
Pastarus. Töötava kambriploki tehnoloogiline stabiilsusseire. Tallinna
Tehnikaülikool Igor Halilov, MSc, 2002, superv. Jüri-Rivaldo
Pastarus. Kivimite omaduste uurimine elastsete lainetega. Tallinna
Tehnikaülikool |
|
13. |
Current research program |
Minig technology and rock mechanics problems in oil shale,
phosphorite, granite, graphite and minera building material deposits.
Numerical modeling. Sability analysis and prognosis of the surface and
undrground constructions. Mining influence on environment. Risk management:
risk assessment (risk analysis, risk evaluation), risk mitigation. |
|
14. |
Current grant funding |
2002-2005, Grant No. G5164, Stability prediction and environmental
consequences of the mined out area |
|
15. |
List of most important publications |
Pastarus, J.-R. Improved underground mining design
methods in Estonian oil shale deposit. Proc. of the 5nd International
Conference "Environment. Technology. Resources." (Noviks, G. ed.).
Rezekne Augstskolas Izdevnieciba, Pastarus, J.-R., Sabanov, S. Concept of risk
assessment for Estonian oil shale mines. Proc. of the 5nd International
Conference "Environment. Technology. Resources." (Noviks, G. ed.).
Rezekne Augstskolas Izdevnieciba, Pastarus, J.R., Astapov, P. Killustiku ja plokkide
kaevandamine Maardu graniidimaardlas. Ehitusmaterjalide kaevandamine ja
varud. Eesti Mäekonverents 2005. 15.aprill 2005. (Valgma, I.) Pastarus, J.R., Sabanov, S. A method for securing
working mining block stability in Estonian oil shale mines. Proc. of the Pastarus, J.-R. Allmaakaevandamise tehnoloogia
őpetamine TTÜ-s ja mujal maailmas. Mäeinseneride ettevalmistus ja
kvalifikatsioon. Eesti Mäekonverents 2004. 19.märts 2004. (Valgma, I.). Pastarus, J.-R. Improved method of predicting long-term
stability of the mining blocks in Estonian oil shale mines. Proc. of the
International Conference “Scientific achievements for wellbeing and
development of society. Enabling environment for society wellbeing”. (Noviks,
G. ed.). Rezekne Augstskolas Izdevnieciba, Pastarus, J.-R. Mining block stability monitoring by
roof-to-floor convergence. Proc. of the 8th International Symposium on
Environmental Issues and Waste Management in Energy and Mineral Production –
SWEMP 2004. (Pasamehmetoglu, A.G., Özgenoglu, S., Yesilay, A.Y. eds.). Kozan
Ofset, Adamson, A., Nikitin, O., Pastarus, J.-R.
Kombain-kamberkaevandamise variant. Mäemasinad ja mäetehnika. Konverentsi
ettekannete artiklid, (Valgma, Pastarus J.-R. Püsivusanalüüs kombainkaevandamisel
Eesti pőlevkivikaevandustes. Aastaraamat 2002. Tallinna Tehnikaülikool.
(Mägi, V.). TTÜ kirjastus, 2003. lk. 281-287. Pastarus, J.-R. Kamerno-stolbovaya sistema
razrabotki mestorozhdenij i ee vliyanie na okruzhayushchuyu sredu.
Scientific, Technological and Production Journal: Mine Surveying and
Subsurface use. Pastarus, J.-R. Long-term stability monitoring of
the mining blocks in Estonian oil shale mines. Proc. of the 4nd International
Conference "Environment. Technology. Resources." (Noviks, G. ed.).
Rezekne Augstskolas Izdevnieciba, Pastarus, Yu.-R. V., Nikitin, O.V. Estimation
methods for stability of mining excavations (on the example of shailoil
deposit in Nikitin, O., Pastarus, J.-R. Some technological
aspect of room-and-pillar mining in Estonian oil shale mines. Proc. of the
11th International Symposium on Mine Planning and Equipment Selection 2002.
(Kebo, V., Farana, S, Smeetny, A. and Strakor, E. eds.). VĐB-TUO,
Bouzov/Czech Republic, 9-11 September 2002, p.149-153. Pastarus, J.-R. 7th International Symposium on
Environmental Issues and Waste Management on Energy and Mineral Production
(SWEMP 2002). Oil Shale, Vol.19., No.4. Pastarus, J.-R. Fracture process in pillars. Proc.
of the International Conference on Structural Integrity and Fracture (SIF
2002). (Dyskin, A. V. and Hu, X., Sahouryeh, E., eds.). A. A.
Balkema/Lisse/Abingdon/Exton(PA)/ Pastarus, J.-R., Nikitin, O. Environmental issues
prediction methods for Estonian oil shale mines. Proc. of the International
Conference "Environment and Society" (Noviks, G. ed.). Rezekne
Augstskolas Izdevnieciba, Pastarus, J.-R., Nikitin, O. Methods of mining block
stability analysis for room-and-pillar mining with continuous miner in
Estonian oil shale mines. Proc. Of the 7th International Symposium on
Environmental Issues and Waste Management in Energy and Mineral Production
(SWEMP 2002). (Ciccu, R., eds.). Grafiche Ghiani, Nikitin, O., Pastarus, J.-R. Altkaevandatud
kvaasistabiilsete alade stabiilsuse prognoosi vőimalused. Eesti
maapőuekasutuse päevaprobleemid. Konverentsi ettekannete artiklid. (Reinsalu,
E.). Jäneda, 9. November 2001, lk. 28-31. Pastarus, J.-R., Nikitin,O. Mining block stability
estimation in Estonian oil shale mines. Proc. of the International Symposium
on Geotechnical Issues of Underground Space Use for Environmentally Protected
World. (Pyvnyak, V., Singhal, R. and Ozdenir, A. eds.). NMUU, Pastarus, J.-R., Tomberg,T. Mining block stability
analysis in Estonian oil shale mines by statistical methods. . Proc. of the
3nd International Conference "Environment. Technology. Resources."
(Noviks, G. ed.). Rezekne Augstskolas Izdevnieciba, Pastarus, J.-R., Toomik,A. Roof and pillar stability
prognosis in Estonian oil shale mines. Rock Mechanics. Proc. of the ISRM
Regional Symposium EUROCK 2001 “Rock Mechanics a challenge for society”.
(Särkkä, P. and Eloranta, P., eds.). A.A.Balkema/Lisse/Abingdon/Exton(PA)/ 5.Pastarus,J.-R. Nikitin,O., Pastarus,J.-R., Sokolov,P. Monitoring
and stability analysis in Estonian oil shale mines. Proc. of the 11th
International Congress of the International Society for mine Surveying (ISM)
“Mine Surveying and the Protection of Mining Areas in the Third Millennium”.
(Kebo, V., Farana, S, Smeetny, A. and Strakor, E. eds.). Widziat Geolozji Gornicze,
Nikitin,O., Pastarus,J.-R., Tomberg,T. Maa seisundi
juhtimine kamberkaevandamisel. Pőlevkivi talutav kaevandamine. Konverentsi
ettekannete teesid ja artiklid. (Reinsalu, E). Jőhvi, 26 mai 2000, lk.37-40. Pastarus,J.-R., Toomik,A. Environmental issues in
oil shale mining. Proc. of Pastarus,J.-R., Toomik,A. Subsidence prediction in |
Appendix 6 Ülo Sőstra, cv
|
Curriculum
Vitae (CV) |
||
|
1. |
First Name |
Ülo (Ylo) |
|
2. |
Surname |
Sőstra (Systra) |
|
3. |
Institution |
|
|
4. |
Position |
associated
professor |
|
5. |
Date of birth |
06.01.1940
(day.month.year) |
|
6. |
Education |
|
|
7. |
Research and |
Institute of
Geology, Karelian branch, Akademy of Sciences USSR |
|
8. |
Academic degree |
Candidate of
geol.-min.science |
|
9. |
Dates and sites
of |
|
|
10. |
Honours/awards |
Honour List of
the |
|
11. |
Research-administrative |
A member of the
Commission of the Academy of Sciences for the structural geology and
geometrical analyses of Precambrian -1978-2000 |
|
12. |
Supervised
dissertations |
Andres
Kask, MSc, 2005, superv. Ülo Sőstra. "Liiva kuhjumine Tallinna ja Muuga
lahe piirkonnas". TTÜ mäeinstituut Viktoria
Kulikova, DSc, 1996, superv. Ülo Sőstra. "Eelkambriumi magmatismi
evolutsioon Balti kilbi kaguäärel". Mäeinstituut, St.Peterburg Olga
Malodushnaja, MSc, 1992, superv. Ülo Sőstra. "Mitmekordse kurrutusega
alade struktuurse kaardistamise iseärasused". Geoloogia Instituut, Veniamin
Travin, MSc, 1982, superv. Ülo Sőstra. "Hankusjärve sünklinaali
Jatuuliumi kvartsiitide ja liivakivide mikrostruktuuriline analüüs".
Geoloogia Instituut, Nadeţda
Skornjakova, MSc, 1977, superv. Ülo Sőstra. "Koonilised kurrud
Pőhja-Karjala keerulise mitmekordse kurrutusega Eelkambriumi
moodustistes". Geoloogia Instituut, |
|
13. |
Current research
program |
Tectonics and
structural evolution of the Fennoscandian Shield ant its marginal zones in
Precambrian and Phanerozoic |
|
14. |
Current grant
funding |
ESF No 5921
"Traces of Caledonian volcanism in Estonian and Baltoscandian
sedimentary rocks and their use in correlation of geological sections,
sedimentology and palaeogeography" - 2004-2006. |
|
15. |
List of most
important publications |
Systra,
Y. & Perens, R. 2005. Groundwater in the hard bedrocks of Сыстра,
Ю.Й. 2005.
Закономерности
формирования
каледонских
надвигов
района
Кильписъярви
(Северная
Финляндия) -
Скиботн
(Северная
Норвегия). - В
кн.:
Тектоника
земной коры
и мантии. Тектонические
закономерности
размещения
полезных
ископаемых.
Материалы
ХХХШ Тектоническо-го
совещания, т.2.
Москва, ГЕОС.
С.248-251. Сыстра,
Ю.Й. 2005.
Сравнительный
анализ
структурных
событий
Беломорского
пояса,
Карельского
кратона и
Свекофеннской
области. - В кн.:
Беломорский
подвижный пояс
и его
аналоги:
геология,
геохронология,
геодинамика,
минерагения.
Материалы
научной
конференции
и
путеводитель
экскурсии.
Российская
академия
наук,
Петрозаводск.
С.291-295. Makarikhin,
V.V, Systra, Y.J. 2004. Unique landscapes of Makarikhin,V.,
Suominen,V.,Systra,Y. 2004. Unique objects of the Early Precambrian in the
Eastern Fennoscandian Shield. 32nd IGC Florence 2004, Scientific Sessions:
abstracts (part 1), p.580. Systra,
Y. 2004. Structural study of the Finnish Caledonides in the Kilpisjärvi-Halti
area. GFF, v.126, p.1, p.87-88. Systra,
Y., Systra, Systra,
Y.J. 2004. Geological background for biodiversity in the eastern Systra,
Y.J. 2004. Part 1. Earth crust and upper mantle deep structure. Chapter 1. Läänelaid
A., Sőstra Ü. 2003.Geoloogilise fooni mőju bioloogilisele
mitmekesisusele.-Kaasaegse ökoloogia probleemid. Eesti ökoloogia
globaliseeruvas maailmas. Eesti IX Ökoloogiakonverentsi lühiartiklid, Sőstra,
Ü. 2003. Eesti tektooniline areng Fennoskandia kilbi äärealal. Rmt.:
Plado,J., Puura, Sőstra,
Ü. 2003. Fennoskandia kilbi kaguosa ja tema ääreala tektoonika ning
süvastruktuur. –TTÜ Aastaraamat 2002, lk.270-274. ISSN 1406-4529. Systra
Y. 2003. Geological background for biodiversity in eastern Fennoscandia. In:
Biodiversity and conservation of boreal nature. Proceedings of the 10 years
anniversary symposium of the Nature Reserve Friendship. Heikkilä R. &
Lindholm T. (eds). The Finnish Environment, 485. pp.58-61. Systra
Y.J. 2003. Geologic characteristics. In:Biotic diversity of Systra,
Y.2003. Groundwater in fractured rocks of the Karelian Region (NW Russia) and
Systra,
Ylo. 2003. Ultrafresh water in crystalline rocks of Fennoscandia as Standard
for Groundwater. - In: Schriftenreihe der Deutschen Geologischen
Gesellschaft, Helf 28. Röhling,H.-G.and Steinback,V. (eds.). MAEGS 13,
Geoscience and the European Water Framework Directive, 10.-13.09.2003 in Sorjonen-Ward
P., Systra Y.J. 2002. Tectonics and deep structure of the southeastern
Fennoscandian Shield and its marginal zone. - In: The deep structure and
geodynamics of Fennoscandia and marginal and intraplatform transition zones.
Proceedings of the 8th International conference, 16-20.09.2002, Sőstra,
Ü. 2002. Tektooniliste nähtuste uurimisvőimalustest Devoni avamusalal Piusa
jőe keskjooksu näitel. - Eesti Geoloogia Selts, Bülletään, 6/02, Tektoonika
ja keskkond. Borodulina
G.S. & Systra Y.J.2001. Spring along the Astervajärvi nature path in Systra
Y.J., Pozhilenko V.I., Sharov N.V., Zamozhnyaya N.G., Stupak V.M. 2001.
Geology and deep structure of the earth crust along the seismic profile 4B
Kem'-Kalevala - Finnish-Russian border.- In: Deep structure and crustal
evolution of the eastern Fennoscandian Shield: Kem'-Kalevala reflection
profile. Alapieti,T.T.,
Systra,Y.J., Askenew; H.A.2000. The Kivakka Layered Intrusion. – Oulanka
Reports 23, 25-30. Systra,Y.J.
2000. Geological heritage of northwestern Сыстра
Ю.Й. 2000. Теория
тектоники
плит и
докембрийская
история
Фенноскандинавского
щита.// Общие
вопросы
тектоники.
Тектоника
России.
Материалы XXXIII
Тектонического
совещания,
Москва, ГЕОС.
с.504-507. |
Appendix 7 Ingo Valgma, cv
|
Curriculum Vitae (CV) |
||
|
1. |
First Name |
Ingo |
|
2. |
Surname |
Valgma |
|
3. |
Institution |
|
|
4. |
Position |
associate professor |
|
5. |
Date of birth |
15.09.1971 (day.month.year) |
|
6. |
Education |
PhD, |
|
7. |
Research and |
Tallinn Technical University, associate professor, 2002-2007 |
|
8. |
Academic degree |
PhD |
|
9. |
Dates and sites of |
|
|
10. |
Honours/awards |
TTÜ development foundation scholarship, 1999 |
|
11. |
Research-administrative |
Member of the Society of Mining Professors |
|
12. |
Supervised dissertations |
|
|
13. |
Current research program |
Spatial mining analyses. Plannin and design of mines. Utilisation of
mined out areas. |
|
14. |
Current grant funding |
Using of mined out areas. G5913 |
|
15. |
List of most important publications |
M. Pensa, I. Valgma, An analysis of vegetation restoration on opencast
oil shale mines in Erg, K., Reinsalu, E., Valgma, Geotechnical Processes in Closed Oil Shale Mines. E. Reinsalu, I. Valgma,
Department of Mining, Tallinn Technical University, 82 Kopli St., Tallinn,
10412 Estonia, Oil Shale, 2003, Vol. 20, No. 3 special I. Valgma, Estonian oil shale resources calculated by GIS-method. Oil
shale. 2003 K. Koitmets, E. Reinsalu, Using Mapinfo Vertical Mapper Interpolation Techniques For Estonian Oil
Shale Reserve Calculations. Proc. International Conferance on Corporate
Finance Management in Mining Altkaevandatud maa kasutamisvőimaluse Kohtla kaevanduse näitel. Enno
Reinsalu, Mait Sepp, Arvi Toomik, Ingo Valgma. Mida tähendab kaevanduste
sulgemine keskkonnale? Lk 15-21, Jőhvi, 25 mai 2001 Valgma, I., Map of oil shale mining history in Valgma I. Maakatte kujundamine avakaevandamisel. Pőlevkivi talutav
kaevandamine. Jőhvi. 26 mai 2000 Valgma I. Map of oil shale mining history in Estonia, Proc. I. 5th Mining
History Congress, Greece, Milos Conference Centre- George Eliopoulos, 2000,
116…119 Valgma I. Oil shale mining in Valgma I. Post-stripping processes and the landscape of mined areas in
Estonian oil shale open-casts. Oil Shale, 2000, Vol. 17, No. 2, 201…212 |
Appendix 8 Katrin Erg, cv
|
Curriculum Vitae (CV) |
||
|
1. |
First Name |
Katrin |
|
2. |
Surname |
Erg |
|
3. |
Institution |
|
|
4. |
Position |
Teaching assistant |
|
5. |
Date of birth |
19.12.1957 (day.month.year) |
|
6. |
Education |
High, |
|
7. |
Research and |
1980-1990 - Institute of Geology of Estonian Academy of Sciences,
engineer (1980-1984), junior researcher (1984-1988), researcher (1988-1990) |
|
8. |
Academic degree |
master (MSc.) |
|
9. |
Dates and sites of |
|
|
10. |
Honours/awards |
Science Award of Republic of Estonia in geo-bio sciences and in
agriculture, 1995 |
|
11. |
Research-administrative |
Member of International Association of Hydrological Sciences |
|
12. |
Supervised dissertations |
|
|
13. |
Current research program |
Hydrogeology and hydrochemistry |
|
14. |
Current grant funding |
Mining area using G5913, compiler |
|
15. |
List of most important publications |
Erg, K. 2005. Groundwater sulphate content changes in Estonian oil shale
mining area. – Oil Shale, 22, 3 (accepted) Erg, K. 2003. Sulphate Balance of Lakes and Shallow Groundwater in the Erg, K. 2003. Water regime in oil shale flat-lying deposit area of Erg, K., Reinsalu, E., Valgma, Erg, K., Kann, J., Raukas, A. 2001. Rational use and environmental
impacts of oil shale mining in Erg, K., Raukas, A. 2001. Groundwater management for control of
pollution: A case study for oil shale mining in |
Appendix 9 Tőnis Kattel, cv
|
Curriculum
Vitae (CV) |
||
|
1. |
First Name |
Tőnis |
|
2. |
Surname |
Kattel |
|
3. |
Institution |
|
|
4. |
Position |
assistant |
|
5. |
Date of birth |
30.11.1974
(day.month.year) |
|
6. |
Education |
M.Sc. Tallinn
University of Technology, mining, 2003 |
|
7. |
Research and |
Tallinn
University of Technology, assistant, since 2003 |
|
8. |
Academic degree |
M.Sc. |
|
9. |
Dates and sites
of |
|
|
10. |
Honours/awards |
Deutsche
Bundesstiftung Umwelt scholarship, 2005 |
|
11. |
Research-administrative |
Estonian Mining
Association, member of the board |
|
12. |
Supervised
dissertations |
|
|
13. |
Current research
program |
Recourses,
mining and processing of building minerals, reclamation of surface mining
areas |
|
14. |
Current grant
funding |
Use of mined
lands. ESF grant no 5913 |
|
15. |
List of most
important publications |
Adamson,
A., Kattel, T. 2005. Uute tehnoloogiate juurutamisel ehitusmaavarade
kaevandmisel. Ehitusmaterjalide kaevandamine ja varud, Eesti Mäekonverents
2005 kogumik, lk. 10-15 Kattel,
T. 2005. Ehituspae ressurssidest Tallinna ümbruses. Ehitusmaterjalide
kaevandamine ja varud, Eesti Mäekonverents 2005 kogumik, lk. 5-9 Valgma, Kattel,
T. 2004. Paas pőlevkivi vahekihtides ja selle eraldamine. Paas ja pőlevkivi -
üheskoos ja omaette. Artiklite kogumik. Eesti Paeliit, lk. 4-6 Kattel,
T. 2003. Design of new surface oil shale mine. Oil Shale, 2003, Vol. 20, No.
4, pp 511-514 |
Appendix 10 Hardi Torn, cv
Curriculum vitae (CV)
Family name: TORN
First names: HARDI
Date of birth: 16.07.1966
Nationality: Estonian
Civil status: married
Education:
1987
– 1992 Mining Institute of St.
Petersburg Main subjects: Geology, hydrogeology, engineering geology, mining,
tunnelling Dipl. Mining Engineer engineering geology and hydrogeology
2001 – 2003 Tallinn Technical University Main subjects: Applied geology,
geoecology, geotechnics Master of Technical Sciences Master’s Thesis
"Engineering geological conditions of the area of Radioactive Tailings
Pond in
2003 – Tallinn
Technical University Main subjects: Geoecology and geotechnics PhD study "Engineering
geological and geoecological accompaniment of rehabilitation of radioactive
tailing ponds with low radioactivity by the example of Tailings Pond in
Language skills: Estonian Russian English
Membership of professional bodies: Member of
ISSMGE, President of Estonian Geotechnical Society
Other skills: Skilled
user of Word, Excel, PowerPoint,
MicroStation, AutoCad
Estonian Chartered Engineer, certificate No
002472, issued by Estonian Association of Civil Engineers
Present position: AS Geotechnical Engineering Bureau G.I.B., Manager
Years within the firm: 12
Key qualifications: 12 years experience in soil mechanical works,
operating construction sites, and site supervision activities. He has
participated in various environmental construction projects incl. construction
and closure of landfills and waste depositories in
Specific experience in the
region: Estonia1992 – 2005, Latvia1995 – 2005, Russia1995 - 1999
Professional experience
2000 – Geotechnical Engineering
Bureau GIB Ltd Manager Project management, organizing of geotechnical projects
1999 – 2000 Geotechnical
Engineering Bureau GIB Ltd Project Manager Project management, organizing and
implementation of engineering geological investigations
1992 – 1999 Geotechnical
Engineering Bureau GIB Ltd. Engineer Organizing and implementation of
engineering geological investigations and projects
1986 – 1987 State Site
Investigation Institute of Estonia Technician Implementation of site
investigations
Other relevant information
In 1992 joined GIB Ltd and since
then carried out geotechnical investigations, soil mechanical works, operating
construction sites and site supervision activities on 200 objects in
Reference projects:
|
Date |
2000 |
|
|
Location |
|
|
|
Client |
BMGS Ltd. |
|
|
Project |
|
|
|
Position |
Project Manager |
|
|
Description |
Site investigations, pile quality control and pile load tests,
settlement calculations |
|
|
Date |
2000 |
|
|
Location |
|
|
|
Client |
Celuprojekts J/S |
|
|
Project |
Feasibility Study for New Crossing of River Daugava in |
|
|
Position |
Project Manager |
|
|
Description |
Ground investigations |
|
|
Date |
2000 |
|
|
Location |
|
|
|
Client |
Sir
Alexander GIBB & Partners |
|
|
Project |
Ballast Layer Renewal Project 2000 |
|
|
Position |
Project Manager |
|
|
Description |
Ground investigations |
|
|
Date |
2002 |
|
|
Location |
|
|
|
Client |
AS
Tallinna Sadam |
|
|
Project |
Feasibility Study of Eastward Expanding of the Port |
|
|
Position |
Project Manager |
|
|
Description |
Geotechnical investigations |
|
|
Date |
2002-2003 |
|
|
Location |
|
|
|
Client |
|
|
|
Project |
Construction of Jőelähtme landfill in |
|
|
Position |
Project Manager |
|
|
Description |
Supervision and quality control of soil mechanical works and
construction of Jőelähtme landfill. Geotechnical investigations of different alternatives of storage
area. The project of soil and ground water pollution background monitoring
network, construction and monitoring. Project of thermal regime monitoring
network, construction and monitoring. Geotechnical investigations of
tightening possibilities of the chippings of Maardu quarry. Geotechnical calculations of the project. |
|
|
Date |
1993-2003 |
|
|
Location |
|
|
|
Client |
AS
ÖkoSil, Eesti |
|
|
Project |
Silmet Nuclear Waste Depository |
|
|
Position |
Project Manager |
|
|
Description |
Geotechnical investigations in the waste depository and around it
incl. the sea, stability calculations and analysis, risk analysis, remediation
options. Project of monitoring of geodynamic processes, construction of the
network and monitoring. Activity plan for emergency situations. Detailed
investigations and field tests at Tailings pond area, Dam Crest area, Pile
Grillage area and Cut-Off Wall area. Implementation of stability calculations
and hydrogeological modelling.. Investigations connected with covering
project, selecting covering material, assessment of resources. Quality
control of permeability parametres during Cut-Off Wall construction.
Installation of geotechnical monitoring equipment. |
|
|
Date |
2001-2001 |
|
|
Location |
|
|
|
Client |
AS
MERKO |
|
|
Project |
Uikala landfill construction |
|
|
Position |
Project Manager |
|
|
Description |
Quality control and geotechnical supervision of construction works Feasibility study of construction of clay barriers of landfills from
local materials |
|
|
Date |
1999-.2000 |
|
|
Location |
|
|
|
Client |
EA
RENG AS |
|
|
Project |
Border Crossings in Valga, Luhamaa and Koidula, |
|
|
Position |
Project Manager |
|
|
Description |
Geotechnical investigations |
|
|
Date |
1995 |
|
|
Location |
|
|
|
Client |
Polar
OY |
|
|
Project |
Border Crossing Station between |
|
|
Position |
Engineer |
|
|
Description |
Geotechnical investigations |
|
|
Date |
2002-.2003 |
|
|
Location |
|
|
|
Client |
|
|
|
Project |
Analysis of landslides and risk assessment of the river banks of
rivers Pärnu and Sauga |
|
|
Position |
Project Manager |
|
|
Description |
Site investigations; Analysis of landslides and risk assessment of
the river banks |
|
|
Date |
2003- |
|
|
Location |
|
|
|
Client |
|
|
|
Project |
Pääsküla
MSW landfill |
|
|
Position |
Project
Manager |
|
|
Description |
Geotechnical investigations and expertise of preliminary closing
design. Project of monitoring of the pollution background of soil and ground
water. Preparation of the work program
of environmental impact assessment for detailed plan of the landfill area. |
|
|
Date |
2003 |
|
|
Location |
Estonia-Latvia-Lithuania |
|
|
Client |
World
Bank Group |
|
|
Project |
Managing
Natural Disaster in Europe and |
|
|
Position |
Project
Manager |
|
|
Description |
Review of the flood, earthquake and landslide risks in |
|
|
Date |
2004 |
|
|
Location |
|
|
|
Client |
AS
Eesti Pőlevkivi |
|
|
Project |
Impact
of Mining Activities to the Hydrogeological Regime and Environment in Narva,
Sirgala and Ahtme mines. |
|
|
Position |
Project
Member |
|
|
Description |
Engineering geological modelling, hydrogeological modelling,
evaluation of the results, mining technology, geotechnical design of the
filtration barrier and monitoring system. |
|
|
Date |
2004- |
|
|
Location |
|
|
|
Client |
|
|
|
Project |
Environmental
investigations and rehabilitation of Jänesselja Asphalt Factory |
|
|
Position |
Project
Manager |
|
|
Description |
Environmental investigations and rehabilitation design. |
|
|
Date |
2005- |
|
|
Location |
|
|
|
Client |
|
|
|
Project |
Environmental
investigations at Pärnu old airport area. |
|
|
Position |
Project
Manager |
|
|
Description |
Environmental investigations. |
|
|
Date |
2005- |
|
|
Location |
|
|
|
Client |
AS
Narva Power |
|
|
Project |
Closure
of Narva ash disposal No.2 (EUROPEAID/116553/D/W/EE). |
|
|
Position |
Project
Member |
|
|
Description |
Engineering geological investigations, hydrogeological
investigations, monitoring design and implementation, evaluation of the
results. |
|
Scientific articles, issued
in the proceedings of geotechnical and environmental conferences, journals:
M.Mets, H.Torn, L.Saapar, Perspectives and Problems of Geotechnical
Monitoring in
M.Mets, H.Torn, Harbour Geotechnical Problems – Ports of Muuga and
Ventspils. Baltic Geotechnics IX, Proceedings of the Ninth Baltic Geotechnical
Conference, Tallinn, Estonian Geotechnical Society, 2000, 328-335
M.Mets, H.Torn, Stability of the Dam at the Sillamäe Tailings Pond.
Turning the Problem into a Resource,
M.Mets, H.Torn, Qualities of Cambrian Clays. XII Estonian Geotechnical
Conference, Articles, Estonian Geotechnical Society, Tallinn 2002, 28-31
M.Mets, H.Torn, Impact of microorganisms on soil qualities. XII
Estonian Geotechnical Conference, Articles, Estonian Geotechnical Society,
Tallinn 2002, 46-48
M.Mets, H.Torn., The Settlements of Buildings on Pile Foundations,
Proceedings of the Ninth International Conference on Piling and Deep
Foundations, Nice, France, Presses Ponts et chaussees, 2002, 17-22, ISBN
2-85978-358-X
M.Mets, H.Torn, The Influence of Anthrophogeneous Factors to the
Geotechnical Conditions of the Soils, Proceedings of the XIII European
Conference on Soil Mechanics and Geotechnical Engineering, Prague, Czech Republic,
Czech Geotechnical Society CICE, 2003, Vol. 1, 159-166, ISBN 80-86769-04-6
Appendix 11 Helena Lind, cv
Curriculum Vitae (CV)
Name: Helena Lind
Citizenship: Estonian
Birth time and place: 18.08.1982,
Contact information: Mustamäe tee
163-47,
Education:
2005-…..
2000-2005 Tallinn University of Technology: Mining
engineering, Bachelor degree studies (4 years).
Subject of
graduation project: The Modelling of
Hydrogeological Conditions. The Case Study of Dewatering Tammiku-Kose Surface
Mine.
2003-2004 Master degree studies; European
Mining Course:
Maintenance of
Mining Equipment, Mining Technology and Economics, Numerical Mine Modelling.
Special Courses:
May 2005–
software training course of Visual ModFlow Professional (4 days)
June 2005–
advanced software training course of MapInfo Professional (2 days)
February
2004– Mines Rescue and Breathing Protection Training, Deutsche Steinkohle AG (1
day)
Working experience:
Dec. 2002. – … TUT Mining Department, labour-assistant:
Topic 1: Research
ETF 5913 „ Usage of mined
out areas” The prediction of hydro geological changes during mine
works progress at Estonian Oil Shale Company, 2004-2005 (contract nr:
July 2003 –
Estonian Oil Shale Company, Viru mine, Assistant at mine surveying department
(practice)
July 2002 –
Honours/awards:
April 2005–
Estonian Mining Society, Estonian Society of Geotechnics and The Geological Society of Estonia
competition of student projects and articles 2005, 1st place in
category of articles: “The Recovery
of aquifer at Estonian mined out oil
shale areas”
April 2005–
Estonian Mining Society, Estonian Society of Geotechnics and The Geological Society of Estonia
competition of student projects and articles 2005, 3rd place in
category of projects: “The Modelling of Hydro
geological Conditions at Oil shale mine areas ”
January 2005–
Competition of science articles of Talveakadeemia, 4th place in
Nature sciences: “The Recovery of
aquifer at Estonian mined out oil shale areas
March 2004 –
Outokumpu OY foundation scholarship for foreign studies
October 2003 –
Estonian Mining Society contribution for EMC studies
Publications:
The prediction of hydro geological changes
during mine works progress at Estonian Oil Shale Company. TUT
Mining department 2004/2005 Enno Reinsalu, Katrin Erg, Ingo Valgma, Helena Lind
and Hardi Torn
Technogenic water
body closed oil shale mines. Oil Shale 2005, vol 4. Enno Reinsalu,
Katrin Erg, Helena Lind and Ingo Valgma
Estonian Open
Pits. The
article in the book of Estonian Mining Conference 2005, TUT Mining Department 2005
EMC-European Mining Course. The article in the book of Estonian Mining
Conference 2004, TUT Mining Department 2004
Estonian
oil shale resource database compilation and calculations by GIS-method: report. TUT Mining Department 2002. Enno Reinsalu,
Katrin Erg, Helena Lind and Ingo Valgma
Professional activity:
Member
of Estonian Mining Society
Other:
Driving
licences since 2000
Appendix 12 Veiko Karu, cv
|
Curriculum
Vitae (CV) |
||
|
1. |
First Name |
Veiko |
|
2. |
Surname |
Karu |
|
3. |
Date of birth |
14.10.1981
(day.month.year) |
|
4. |
Institution |
|
|
5. |
Position |
Data manager |
|
6. |
Education |
2000 - .... |
|
7. |
Special Courses |
MapInfo for
advanced users, (2005) Applied
Groundwater Flow & Contaminant Transport Modeling, ISW International Students Week in EMC – European Mining Course in |
|
8. |
Research and |
01/2005 - .... |
|
9. |
Academic degree |
|
|
10. |
Honours/awards |
Student work
contest : reward, Eesti Mäeselts (2004). Theme: About the geology of the
"Polünotđnoe Mn shale" |
|
11. |
Computer skills |
Access,
Adobe Acrobat, AutoCAD, GIS applications, MS Excel, MS FrontPage, MS Outlook,
MS Outlook Express, MS PowerPoint, MS Word, MS Works, OpenOffice.org, Visual
Basic, Windows 2000, Windows 95/98, Windows XP |
|
12. |
Publications |
Altkaevandatud
alade püsivusarvutused üld- ja detailplaneeringu staadiumis, Keskkonnatehnika
(2005) |
Appendix 13 Aire Västrik, cv
Curriculum
Vitae (CV)
Name: Aire Västrik
Citizenship:
Birth time:
20.12.1981
Institution:
Position: Data entry assistant
Education:
2005- TUT, Mining
Engineering, master studies
2000-2005 TUT,
Mining Engineering, BSc
1997-2000 Vändra
Gymnasium
1988-1997 Kergu
Primary School
Special
Courses:
2005- Mapinfo for
advanced users, Regio
2005- Applied
Groundwater Flow & Contaminant Trantsport Modeling,
2004- ISW International Students Week in Sweeden
2003- EMC – European Mining Course in
Research and
professional experience:
11/2004-at present
UT Mining Department
01/2004-06/2004
Taxi Eesti LLC, sales person
06/2003-08/2003
Pärnu
08/2002-06/2003
Rimi Eesti LLC, sales person
06/2002-08/2002
Ltd. Estonia Mine, trainee
05/2001-06/2002
Rimi Eesti LLC, sales persone
Academic degree: BCs
Dates and sites
of earning the degrees:
2005, Tallinn University of Technology
Honours/awards:
2004- Estonian
National Culture Foundation, Boris Tamm stipend
2000- Students
work contest, Estonian Mining Society
Publications:
2005- “Landscape architecture. Quick excavation”.- Estonian
Mining Society Conference
2005- paper “Landscape architecture with mining”- Students
WinterAcademy Conference
2004- paper “Students vision about mining studies”-
Estonian Mining Society Conference
Appendix 14 The List of main manuals for the programme Applied Geology
Arold, J.,
Raukas, A., Viiding, H. Geoloogia alused.
Is used in
courses: AKG 3260 Basic Geology
AKG 3101 Geology I
Kalm, V., Kirs,
J., Kirsimäe, K., Kurvits, T. Mineraalid ja kivimid.
Is used in course: AKG 3101 Geology I
Gill, R.
Chemical fundamentals of Geology. Chapman&Hall, 1996. 300 p.
Is used in
course: AKG 3210 Geochemistry
Pirrus, E.
Eesti geoloogia.
Special manual for
course: AKG 3102 Geology II
Fetter, C.W.
Applied Hydrogeology. Macmillan Collage Publ.Comp., NY,
1994. 692 p.
Is used as source
for courses: AKG3102 Geology II
AKG3251 Hydrogeology
AKG3240 Ground-water dynamics and
protection of water quality
Pirrus, E.
Maavarade geoloogia.
Special manual for
course: AKG3103 Geology III
Supple, J.
Principles of structural geology.
1985. 538 p.
Is used as source
for courses: AKG 3220 Structural Geology
AKG 8220 Tectonics and Structural Geology
Nonner, C.J.
Introduction to Hydrogeology. The
2003. 248 p.
Is used as source
for courses: AKG3251 Hydrogeology
AKG0091
Hydrogeology
AKG3240 Ground-water dynamics and
protection
of water quality
Möbus, G. Tektonik. Eine methodische Einführung für
Studium und Praxis.
Is used as source
for courses: AKG3220 Structural Geology
AKG8220 Tectonics and Structural Geology
Hatcher, Robert D., Jr. Structural geology:
principles, concepts, and problems.
Is used as source
for courses: AKG3220 Structural Geology
AKG8220 Tectonics and Structural Geology
Turcotte, Donald L., Schubert, G. Geodynamics.
Is used as source
for courses: AKG3220 Structural Geology
AKG8220 Tectonics and Structural Geology
Strahler, A.N. Plate tectonics.
Is used as source
for courses: AKG3220 Structural Geology
AKG8220 Tectonics and Structural
Geology
Gill, R. Chemical Fundamentals of Geology.
Spencer, E.W. Geological maps: a practical guide to
the preparation and interpretation of geological maps.
Perkins, D.,
Henke, K. R. Minerals in thin section.
Lowrie, W.
Fundamentals of Geophysics.
Fetter C.W. 2002. Applied Hydrogeology, 3rd Edition,
Prentice Hall.
Bear, J.,
Verruijt, A. 1994. Theory and
applications of transport in porous media: Modeling Groundwater Flow and
Pollution. D.Reidel Publishing Company, The
Viessman, W.,
Knapp, J., Lewis,G. 1977. Introduction
to Hydrology. Harper&Row Publishers.
Sen, Z. 1995. Applied Hydrogeology for Scientists and
Engineers. CRC Press
Heath, R. C. 1983. Basic ground-water hydrology.
United Sates Geological Survey Water-Supply Paper 2220.
Appelo, C. A. J., Postma, D. 1999. Geochemistry,
groundwater and pollution. Balkema,
Is used as source
for courses: AKG0091 Hydrogeology
Dictionary of mining, mineral, and related terms / compiled by the
American Geological Institute 2nd ed,
Open
pit mine planning & design. / Vol. 1, Fundamentals /
William Hustrulid, Mark Kuchta, 1995
Open
pit mine planning & design. / Vol. 2, CSMine software
package / William Hustrulid, Mark Kuchta, 1995
Drilling
and blasting of rocks / Carlos Lopez Jimeno, Emilio Lopez Jimeno, Francisco
Javier Ayala Carcedo ; translated by Yvonne Viss, 1995
SME mining reference handbook / edited
by Raymond L. Lowrie.
SME mining engineering handbook. Vol.1.
Vol. 2 / senior editor Howard L. Hartman ; associate editors : Scott G. Britton
. 1992
Eesti Arheoloogia Ajakiri - 1406-2933, (ER)
- est.
Eesti Loodus - 0131-5862, (ER)
- est. - http://www.loodus.ee/el/
Eesti TA Toimetised.
Bioloogia - Ökoloogia - 1406-0914, (ER) - est.
Eesti TA Toimetised.
Tehnikateadused - 1406-0175, (ER) - est.
Eesti Turvas - 1023-2567, (ER)
- est.
Energeetika Uudiskiri - (ER) - est.
Keskkonnatehnika - 1406-0507, (ER)
- est. - http://www.keskkonnatehnika.ee/
Tehnikamaailm - 1406-3832, (ER)
- est.
Boreal Environment Research.
An International Interdisciplinary Journal - 1239-6095, (FI) - eng.
Connect. UNESCO-UNEP
Environmental Education Newsletter - 0250-4499, (FR) - eng.
Coal Age (Chicago, Ill.:
1996) - 1091-0646, (US) - eng.
Coal International (Colliery
Guardian) - 0010-1281, (
Ekologija - 0235-7224, (LI)
- eng.
International Journal of
Rock Mechanics & Mining Sciences & Geomechanics Abstracts - 0148-9062, (
Journal of Applied
Geophysics - 0926-9851, (NE) - eng.
Mine & Quarry - 0369-1632, (
Mining Environmental
Management - 0276-3877, (
Oil Shale - 0208-189X, (ER)
- eng.
Supple, J. Principles of structural geology.
Rock Products - 0747-3605, (US)
- eng.
Stone Review - 8750-9210, (US)
- eng.
World Tunneling &
Subsurface Excavation - 0956-8700, (
Горный
журнал - 0017-2278, (RU) - rus.
Energia Energiatekniikka
Energiatalous Energiapolitiikka - 0781-9463, (FI) - fin
Energiewirtschaftliche
Tagesfragen - 0720-6240, (GW) - ger.
Energy & Fuels - 0887-0624, (US)
- eng.
Energy World / Bulletin of
the
Environmental Science
Technology - 0013-936X, (US) - eng.
Ground Engineering - 0017-4653, (
Journal of Environmental
Engineering - 0733-9372, (US) - eng.
Journal of Environmental
Quality - 0047-2425, (US) - eng.
Natural Stone Specialist - 0039-1778, (
Tekniikan Maailma - 0355-4287, (FI)
- fin.
Tekniikan Näköalat - 0782-7350, (FI)
- fin.
Известия
Академии
Наук.
Энергетика - 0002-3310, (RU)
- rus.
Энергия
: Экономика,
техника,
экология - 0233-3619, (RU)
- rus.
On-line journals
Applied Science &
Technology Plus
Canadian Geotechnical
Journal - 0008-3674, (CN) - eng.
Coal Age (Chicago, Ill.:
1996) - 1091-0646, (US) - eng.
Energy Engineering - 0199-8595, (US)
- eng
Engineering and Mining
Journal - 0095-8948, (US) - eng.
Environment - 0013-9157, (US) - eng.
Environmental Progress - 0278-4491, (US)
- eng.
Mining Engineering - 0026-5187, (US)
– eng
Rock Products - 0747-3605, (US)
– eng
http://www.lib.ttu.ee/eng/contact.html
and http://www.ene.ttu.ee/Maeinstituut/KATALOOG/maek.htm
Appendix 15 Teaching programmes of the
Department of Mining, TUT
6543620 Applied Geology GAG – 98
(Bachelor’s Degree)
programme
4 years programme for students entered from 1998
The programme is fully accreditated up to 23.05.2009.
1 General
Studies 20,0
CP
Obligatory courses 14,0
CP
UTT3011 Organisation of study 0,0 1 1-0-0 A
EKE3710 Environmental protection 2,5 3 2-0-1 A
TET3070 Micro-
and macroeconomics 2,5 3 2-0-1 E
TMT3360 Science of risk and safety 2,5 3 2-1-0 A
AKG3260 Basic geology 2,5 3 2-0-1 A
IDK3011 Informatics I 2,5 3 1-2-0 A
IDK3012 Informatics II 1,5 2 1-1-0 E
Elective courses min 6,0 AP
TTO3160 Grounds of law 2,5 3 3-0-0 A
HHP3170 Organisational psychology 2,5 3 2-0-1 A
TMJ3330 Economics of enterprise 2,5 3 2-0-1 E
HHP3800 Communicational psychology 2,5 3 1-0-2 A
HHF3300 Ethics of engineering profession 1,5 2 2-0-0 A
2 Basic
Studies 60,0 CP
Obligatory courses 54,0 CP
YMA3720 Linear algebra 2,5 3 2-0-1 E
YMM3711 Mathematical analysis I 2,5 3 2-0-1 E
YMM3712 Mathematical analysis II 2,5 3 2-0-1 E
YMR3720 Probability theory and
math statistics 1,5 2 2-0-0 E
YMR3710 Applied mathematics 2,5 3 2-0-1 E
YFR3015 Physics I 2,5 3 1-0-2 E
YFR3016 Physics II 2,5 3 2-0-1 E
YFR3061 Physics - laboratory I 1,0 1 0-1-0 A
YFR3062 Physics - laboratory II 1,0 1 0-1-0 A
YGK3340 Descriptive geometry 2,5 3 1-2-0 E
MOE3821 Machine science I 2,5 3 2-0-1 E
MOE3822 Machine science II 2,0 2,5 2-0,5-0 E
MOE3823 Machine science - project 1,0 1 0-0-1 H
AME3140 Electrotechnics I 4,0 5 3-1-1 E
ASJ3011 Thermodynamics I 2,5 3 2-0-1 E
KKY3030 General and material chemistry 3,0 3,5 2-1-0,5 E
YGK3400 Technical drawing 1,5 2 0-2-0 H
MEK3150 Hydraulics and pneumatics 1,0 1 1-0-0 A
MTT3900 Study practice 2,0 4 0-4-0 H
MTT3091 Basic technology of metals 3,0 4 3-0-1 E
ETG3091 Geodesy I 0,0 2 1-1-0 A
ETG3092 Geodesy II 3,5 2 1-1-0 E
EEG3371 Geotechnics I 0,0 4 3-1-0 A
EEG3372 Geotechnics II 4,5 2 2-0-0 E
EMH3060 Hydraulics and hydrometrics 2,5 3 2-1-0 E
Elective
courses min 6,0
CP
ASE3051 Fuels and theory of combustion 2,5 3 2-0-1 E
AST3040 Renewable energy resources 1,5 2 2-0-0 A
AKM3500 Mining data analyses 2,0 2,5 1-0-1,5 A
EKE3030 Chemistry of water and 3,0 3,5 2,5-1-0 E
Microbiology
YGK3390 Mining engineering graphics 1,5 2 0-2-0 A
3 Core
Studies 36,5
CP
Obligatory study 36,5
CP
AKG3101 Geology I 3,5 4 3-1-0 A
AKG3102 Geology II 2,5 3 2-1-0 E
AKG3103 Geology III 2,5 3 2-1-0 E
AKG3210 Geochemistry 2,5 3 2-1-0 E
EKE3050 Hydrology and water buildings 4,0 5 4-0-1 E
AKG3220 Structural geology 2,5 3 2-1-0 A
AKG3251 Hydrogeology 2,5 3 1-1-1 A
ETG3731 Geodesy of mines 1,5 2 1-0-1 A
AKM3320 Mechanics of rocks 2,5 3 2-0,5-0,5 E
AKR3430 Applied geology equipment 2,5 3 2-0-1 A
AKM3540 Mining economics 2,5 3 2-0-1 E
AKM3551 Mining of mineral deposits 3,5 4 2-1-1 E
AKR3340 Mining processing 2,0 2,5 1,5-0-1 A
AKG3230 Geological study of deposits 2,0 2 1-1-0 A
4 Special Studies 18,5 CP
Obligatory study 8,0 CP
AKG3240 Dynamics of ground-water and 2,5 3 2-1-0 E
water protection
AKG3270 Applied geology – project 2,0
0 0-0-0 H
AKM3220 Study of mineral resources 3,5 4 2-1-1 E
Elective subjects min
10,5 CP
(Obligatory elect
min 1 project)
AKG3104 Geology – project 1,5 0 0-0-0 H
EEG3380 Ground mechanics and fundaments 3,5 4 3-1-0 E
of bridges
AKG3252 Hydrogeology – project 1,5 0 0-0-0
H
AKM3552 Deposit mining – project 1,5 0 0-0 0 H
AKR3420 Underground building 2,5 3 2-0-1 A
AKM3532 Mining economics II 2,5 3 1-2-0
A
EPT3430 Building of environmental
objects 4,0 5 3-0-2 E
and their economics
EKV3040 Prevention of the environmental 3,0 3,5 2,5-0-1 A
pollution
ETG3732 Geodesy of mines - course paper 0,5 0
0-0-0 H
5 Practice
Obligatory courses 4,0 CP
AKG310P Geology - field course 0,5 1 week A
ETG3733 Geodesy of mines - practice 0,5 1 week H
AKG328P Geological field course 3,0 3 week H
AKG380P Work practice in mines or geologic 0,0
organizations (outside
of programme)
Nominal study time – 4 years.
7543620 Applied
Geology GAGM (Master’s Degree) programme
Needs to be
accreditation.
A General
study min 5,0 CP
Elective courses
HLI8750 English for science
2,0 2,5 0-0-2,5 E
HLS8760 German for science 2,0 2,5 0-0-2,5 E
HLS8770 French for science 2,0 2,5 0-0-2,5 E
Economics (free
choice) 0-3,0
Humanities (free choice) 0-3,0
B Basic
study min 10,0 CP
Elective
courses
Mathematics (free
choice)
IDK8060 Informatics, special 3,5 4 2-0-2 A
Master’s Course
IDU8370 Introduction into 3,5 4
2-0-2 E
systems of
information
ASJ8030 Fuels, combustion and 2,5 3 3-0-0 E
protection of
environment
AKG8200 Mineral resources of
C Core
study min 8,0 CP
Elective courses
AKG8210 Geological studies 4,0 4 2-1-1 A
in laboratory
AKG8070 Service of geological 4,0 4 1-1-2 H
information
AKG8230 Mining in
D Special
study min 17,0 CP
AKM8260 Mining legislation 4,0 2 1-0-1 E
AKG8220 Tectonic and structural 3,0 3 1-0-2 E
geology
AKG8230 Landscape geochemistry 3,0 2 2-0-0 E
AKM8270 Environmental protection and 3,0 2 2-0-0 A
recultivation in mining industry
AKG8050 Special course of mining 3,0 0 0-0-0 H
geology
AKG8060 Geological aspects of waste 3,0 0 0-0-0 H
management
AKM8241 Mining analysis 3,0 3 1-0-2 A
AKR8211 Rock massive control I 4,0 4 2-0-2 E
Participating
in conferences and seminars with papers up to 6,0 CP
(With according to
supervisor choice)
AKR8100 Scientific seminars 2,0 0 0-0-0 A
Nominal time of
study – 2 years.
-----------------------------------------
In programmes: E –
examination
A – credit
(preliminary examination)
H – graded credit
5,0 – CP
4 2-1-1
total hours weekly: lectures – laboratory works-exercises
Programme
for Bachelor in Geotechnology from year 2002
Code 6543621
Ministry of Education and Science
Code AAGB02 (TUT)
The programme is fully accreditated up to 23.05.2009.
Curriculum of
Faculty/College Faculty of Power Engineering
Study domain Geotechnology
Study field Geotechnology
Title of
curriculum Geotehnoloogia
(in Estonian)
Geotechnology
(in English)
Level of
curriculum: Bachelor
Degree
Capacity of
curriculum: 120 CP
Nominal study
period: 3 years
Admission
requirements: secondary school got in
Degrees granted: Bachelor of Science in
Engineering
Approved in the
Council of Faculty of Power Engineering
…………………………….
(Faculty
or College) (date)
Dean of the
Faculty / Director of the College:
O.Liik……………………………………..
(name) (signature)
1. Version of the
curriculum AAGB, valid from 2002 admission
2. Educational
aims of the curriculum
Acquiring
knowledge: on fundamentals of natural and exact sciences in extent of contents
and volume needed to acquire fundamentals of technical sciences and knowledge
on speciality; on fundamentals of technical sciences in extent of contents and
volume proper to the domain of geotechnological engineering which are needed to
continue studies in master level or to work as an engineer and for continuing
education; on general rudiments of humanities and social sciences; on relations
of human being, natural environment and technology to understand the essence of
the profession of engineer and its professional responsibility as well as
positive and negative aspects of engineering; on major sources of professional
information and their use; on principles to draft engineering projects.
Obtaining skills: for expression itself in voice and writing; for
intercommunication in mother tongue and at least in one of foreign languages;
for using modern information technology; to study, provide and analyse
information and evaluate expediency of new knowledge by itself; to arrange work
and objectively evaluate its results, to implement what he has learnt in
realising projects on the field of mining and geological engineering.
To prepare students for continuing
studies on master level in TUT or abroad.
3. Structure of
the curriculum:
Part of the curriculum
Code Type CP
-------------------------------------------------
General studies 11,5
Basic studies 40,0
-------------------------------------------------
Total 51,5
-------------------------------------------------
Core studies 41,0
Special studies 15,5
Free choice
courses 3,0
-------------------------------------------------
Total classroom studies 111,0
incl. Optional 9,0
common domain studies 103,0
-------------------------------------------------
Practice 4,0
Graduation thesis 5,0
-------------------------------------------------
Total 120,0
4. List of
specializations -
5. Conditions of
completion of basic studies and those of changing stages of studies:
Completion of main courses of basic
studies: duration 4 semesters
Beginning of specialization: - CPs
Transfer to the completion stage: 100 CPs.
6. Conditions of
graduation:
Fulfilling the
study programme for students is required extent with the weighted mark no less
than 2.0. Performances no older than two nominal study periods are considered.
Diploma cum laude will be given to graduates who have performed all
examinations to marks “
7. List of courses according to curricular parts:
|
Code |
Title of courses |
CP |
Weekly hrs |
Lec |
Lab |
Pr.cl. |
Final exam |
Spri/autumn. |
Stand.Sched.sem |
|
AKM0010 |
Introduction to
geotechnology |
2.5 |
3.0 |
2.0 |
0.0 |
1.0 |
A |
S |
1 |
|
HHF3070 |
Philosophy |
1.5 |
2.0 |
1.0 |
0.0 |
1.0 |
A |
SK |
1 |
|
HLX0020 |
Foreign language |
2.0 |
2.5 |
0.0 |
0.0 |
2.5 |
E |
S |
5 |
|
TET3070 |
Micro- and
macroeconomics |
2.5 |
3.0 |
2.0 |
0.0 |
1.0 |
E |
SK |
2 |
|
TMT3360 |
Science of risk
and safety |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
A |
K |
2 |
|
UTT0010 |
Organisatsion of
studies |
0.5 |
1.0 |
0.5 |
0.0 |
0.5 |
A |
S |
1 |
Compulsory courses 11.5 CP
2
Basic studies
|
AME3130 |
Electrical
engineering |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
E |
K |
4 |
|
IDK0011 |
Informatics I |
2.5 |
3.0 |
1.0 |
2.0 |
0.0 |
A |
S |
1 |
|
IDK0012 |
Informatics II |
2.5 |
3.0 |
1.0 |
2.0 |
0.0 |
E |
K |
2 |
|
KKY3030 |
General and
material chemistry |
3.0 |
3.5 |
2.0 |
1.0 |
0.5 |
E |
S |
3 |
|
MHD0010 |
Engineering
Mechanics |
4.0 |
5.0 |
2.0 |
0.0 |
3.0 |
E |
S |
3 |
|
MHT0030 |
Applied
statistics |
2.5 |
3.0 |
2.0 |
0.0 |
1.0 |
H |
S |
3 |
|
YFR0011 |
Physics I |
4.0 |
5.0 |
2.0 |
1.0 |
2.0 |
E |
SK |
1 |
|
YFR0012 |
Physics II |
4.0 |
5.0 |
2.0 |
1.0 |
2.0 |
E |
SK |
2 |
|
YGK3340 |
Descriptive
geometria |
2.5 |
3.0 |
1.0 |
2.0 |
0.0 |
E |
S |
1 |
|
YGK3350 |
Technical
drawing |
2.0 |
2.5 |
0.0 |
2.5 |
0.0 |
H |
K |
2 |
|
YMA3710 |
Linear algebra |
3.5 |
4.0 |
2.0 |
0.0 |
2.0 |
E |
SK |
1 |
|
YMM0012 |
Mathematical analysis
II |
3.5 |
4.0 |
2.0 |
0.0 |
2.0 |
E |
K |
2 |
|
YMM3731 |
Mathematical
analysis I |
3.5 |
4.0 |
2.0 |
0.0 |
2.0 |
E |
S |
1 |
Compulsory courses 40 CP
3 Core studies
|
AKG0010 |
Introduction to
Geology |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
E |
S |
1 |
|
AKG0020 |
Minerals and
Rocks |
2.5 |
3.0 |
2.0 |
0.0 |
1.0 |
A |
K |
2 |
|
AKG0030 |
Elements of
engineering geology |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
A |
S |
3 |
|
AKG0070 |
Geology -
project |
1.0 |
0.0 |
0.0 |
0.0 |
0.0 |
H |
K |
6 |
|
AKM0101 |
Mineral
economics |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
E |
S |
5 |
|
AKM0102 |
Mineral
economics - project |
1.0 |
0.0 |
0.0 |
0.0 |
0.0 |
H |
K1 |
6 |
|
AKM0120 |
Blasting |
2.5 |
3.0 |
1.0 |
1.0 |
1.0 |
E |
K |
4 |
|
AKM0130 |
Rock breaking
and processing |
3.5 |
4.0 |
2.0 |
1.0 |
1.0 |
E |
K |
4 |
|
AKM0140 |
Rock mechanics |
2.5 |
3.0 |
2.0 |
0.5 |
0.5 |
E |
K |
2 |
|
EPM3500 |
Building
materials |
4.0 |
5.0 |
3.0 |
2.0 |
0.0 |
E |
S |
3 |
|
ETG0011 |
Fundamentals
surveying I |
1.5 |
2.0 |
1.0 |
1.0 |
0.0 |
A |
S |
3 |
|
ETG0012 |
Fundamentals
surveying II |
2.0 |
2.5 |
1.5 |
1.0 |
0.0 |
E |
K |
4 |
|
MTT0010 |
Technology of
Engineering Materials |
4.0 |
5.0 |
3.0 |
1.0 |
1.0 |
E |
K |
4 |
Compulsory courses 32 CP
|
AKM0150 |
Environmental
protection of mining |
3.0 |
6.0 |
2.0 |
2.0 |
2.0 |
A |
K1 |
6 |
|
EMH0020 |
Hydraulics and
hydrology |
3.5 |
4.0 |
3.0 |
0.0 |
1.0 |
E |
S |
5 |
|
EMH0031 |
Hydraulics I |
3.0 |
3.0 |
2.0 |
1.0 |
0.0 |
E |
K |
4 |
|
EMH0040 |
Pumps and
ventilators |
3.0 |
3.5 |
2.5 |
1.0 |
0.0 |
E |
S |
5 |
|
MES0080 |
Hydraulics and
pneumatics |
3.0 |
3.5 |
2.5 |
1.0 |
0.0 |
E |
S |
5 |
Optional courses 15.5 CP, at
least 9 CP
4
Special studies
1 Geotechnology
|
AKM0020 |
Mining |
4.0 |
5.0 |
3.0 |
1.0 |
1.0 |
E |
S |
5 |
|
AKM0160 |
Mining machinery |
4.0 |
5.0 |
3.0 |
1.0 |
1.0 |
E |
S |
5 |
Compulsory courses 8 CP
|
AKG0040 |
Geology of |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
E |
K |
4 |
|
AKG0060 |
Geol.of Mineral
Deposits |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
E |
S |
5 |
|
AKG0150 |
Environmental
geology |
2.5 |
3.0 |
2.0 |
1.0 |
0.0 |
E |
S |
5 |
|
AKM0030 |
Geostatistic |
2.0 |
2.5 |
1.0 |
1.5 |
0.0 |
A |
K |
4 |
|
AKM0170 |
Rock engineering |
2.5 |
6.0 |
4.0 |
0.0 |
2.0 |
A |
K1 |
6 |
Optional courses 12 CP, at
least 7.5 CP
7
Practice
|
AKG0050 |
Geological field
practice |
0.5 |
0.0 |
0.0 |
0.0 |
0.0 |
A |
K |
2 |
|
AKM0110 |
Training
practice in mine |
0.5 |
0.0 |
0.0 |
0.0 |
0.0 |
H |
K |
4 |
|
ETG0013 |
Geodesy
measuring practice |
1.5 |
0.0 |
0.0 |
0.0 |
0.0 |
A |
S |
5 |
|
MTT0020 |
Workshop
Training |
1.5 |
3.0 |
0.0 |
3.0 |
0.0 |
H |
K |
4 |
Compulsory courses 4 CP
Programme
for Master Degree in Geotechnology from year 2005
Code 7443621
(Ministry)
Needs to be
accreditated
Code AAGM02 (TUT)
Curriculum of
Faculty/College Faculty of Power Engineering
Study domain Geotechnology
Study field Geotechnology
Title of
curriculum Geotechnoloogia
(in Estonian)
Level of
curriculum: Master
Degree
Capacity of
curriculum: 80 CP
Nominal study
period: 2 years
Admission
requirements: bachelor degree or
corresponding to it qualification
Degrees granted: Master of Science in
Engineering (MSc)
Approved by the
Council of the Faculty of Power Engineering (Faculty or College) (date)
Dean of the
Faculty / Director of the College: O.Liik ……………………………….………..
(name) (signature)
1. Version of the
curriculum AAGM, valid from 2005 admission
(year)
2. Educational
aims of the curriculum
Acquiring knowledge: on fundamentals
of the speciality in extent of contents and volume needed for self-sufficient
creative work and/or for continuing studies (doctor degree level, continuing
education); on specificity of geotechnology (mining and geological
engineering), primarily knowledge to draft and manage engineering projects, to
plan and accomplish studies (experiments), to analyse results, etc.; on
fundamentals of humanities and social sciences to enable participation in
social and cultural life. Obtaining skills: for using knowledge and information
technology to solve creatively complicated tasks on speciality; for making
self-sufficient technical decisions, for drafting and managing engineering
projects on the speciality; for participation in team work of interdisciplinary
projects including international ones; to evaluate innovativity, usefulness and
economical effectiveness of work results; for working as a leading manager or
an entrepreneur; for communication and continuing studies at least in one
foreign language.
To give knowledge and skills for
self-dependent creative work based on modern scientific results on the
speciality of geotechnological engineering or for continuing studies on doctor
degree level or in continuing education.
3. Structure of
the curriculum:
Part of the curriculum
Code Type CP
-------------------------------------------------
A General studies 7,0
B Basic studies
4,5
-------------------------------------------------
Total 11,5
-------------------------------------------------
C Core studies 7,0
D Special studies 28,5
E Free choice courses 5,0
-------------------------------------------------
Total classroom studies 52,0
incl. Optional 10,0
common domain studies 25,5
-------------------------------------------------
G Practice 3,0
F Graduation thesis 25,0
-------------------------------------------------
Total
80,0
4. List of
specializations
Mining
Applied Geology
5. Conditions of
completion of basic studies and those of changing stages of studies:
Completion of main courses of basic
studies:
Beginning of specialization: 0 CPs
Transfer to the completion stage: 50
CPs.
6. Conditions of
graduation:
Fulfilling the
study program in required extent with the weighted mean mark no less than 2.0.
Performances no older than two nominal study periods are considered. Diploma
cum laude will be given to graduates who have performed all examinations to
marks “
Doctoral
programme for Power Engineering and Geotechnology from year 2002
Code 8542540
(Ministry)
Code AAED02 (TUT)
The programme
is fully accredited up to 31.01.2010.
Curriculum of
Faculty/College Faculty of Power Engineering
Study domain Engineering,
production and building
Study field Engineering
Title of
curriculum Energia- ja
geotehnika (in Estonian)
Power
Engineering and Geotechnology (in English)
Level of
curriculum: Doctor Degree
(bachelor,
master, doctor or engineer)
Capacity of
curriculum: 160 CP
Nominal study
period: 4 years
Admission
requirements: master degree or corresponding to it qualification
Degrees granted: Doctor of Philosophy (PhD)
Approved by the
Council of the Faculty of Power Engineering 21.01.2002
(Faculty
or College) (date)
Dean of the
Faculty / Director of the College: O.Liik …………………………….………..
(name) (signature)
Endorsed by the
TTU Council: 19.02.2002,
№ 24
Contents of the Curriculum
Version of the
curriculum: AAED02, valid from 2002 admission
2. Educational aims of the curriculum
Common aims:
Preparing leading
specialists for state institutions and national economy
Preparing teachers
and scientists for universities and research institutions
Doctoral study is
the highest study level of the university education based on scientific
treatment during which students acquire competencies needed for research,
development or original creative work and for work as a self-dependent
professional.
The doctoral
thesis of a doctor degree applicant is a substantive research work which solves
a relevant problem in scientific domain of power engineering and geotechnology.
3. Structure of the curriculum:
Code Type CP
--------------------------------------------------
K General studies 0,0-6,0
L Basic studies 0,0-6,0
--------------------------------------------------
Total 6,0
--------------------------------------------------
N Special studies 34,0
--------------------------------------------------
Total classroom studies 40,0
incl. optional
(without special studies) 6,0
---------------------------------------------------
P Graduation thesis 120,0
----------------------------------------------------
Total 160,0
4. List of
specializations
1. Power Engineering and
Geotechnology
5. Conditions
of completion of basic studies and those of changing stages of studies:
Studies are performed as a rule
during the first two years of the doctoral studies
6. Conditions
of graduation:
Performance of a
special seminar, professional practice and at least three examinations;
At least 75% of
studies (in CP-s) have to be performed on the doctoral study level;
Performances of
grade 2 (satisfactory) or higher are considered ;
Fulfilling the
study program in required extent and successful defense of the doctoral thesis
according to regulations established by the Council of TTU.
7. List of courses
according to curricular parts:
|
Code |
Title of course |
CP |
Weekly hrs |
Lect.-Lab.-Pract.classes |
Final test, exam
|
Spring/ Autumn
sem. |
General studies 0,0-6,0
CP
Optional courses
HHF9030 Philosophy of science 2,5 3 1,5-0-1,5
EA
HHP9010 Psychology of personnel 2,5 3 2-0-1 AA
management and
leadership
HHP9020 Didactics of high school 2,5 3 1-0-2 AS
HUP9010 Science and educational 2,5 3 2-0-1 AS1
System management
TMK8310 Project management 3,0 3 2-0-1 EA2
Basic studies 0,0-6,0
CP
Optional courses
AME8110 Special course on electromagnetic 4,0 3 2-0-1 EA
compatibility
AME8120 Special course of electrotecnics II 3,5 3 2-0-1 EAS
YMM9060 Mathematics I 3,5 4 3-0-1 EA
YMR9140 Mathematics II 3,5 4 3-0-1 ES
Special studies 34,0 CP
Optional courses
AAR9130 Doctoral degree course workshop 4,0 0 0-0-0 AAS
AAR9700 Man-machine interaction 5,0 2 2-0-0 EAS
AAR9710 Control of industrial systems 5,0 2 2-0-0 EAS
AAR9720 Optimal motion control 5,0 2 2-0-0 EAS
AAR9730 Workshop on industrial automation 5,0 0 0-0-0 AAS
AAR9140 Professional practice 4,0 0 0-0-0 AAS
AAV9700 Energy and environment 5,0 2 2-0-0 EAS
AAV9710 Energy storage and conservation 5,0 2 2-0-0 EAS
methods
AAV9720 Generalized converters of 5,0 2 2-0-0 EAS
Electrical energy
AAV9730 Workshop on electrical drives and 5,0 0 0-0-0 AAS
electricity supply
AEK9220 Theories of breakdown in dielectrics 5,0 4 3-0-1 EA
AEK9230 Special course of high voltage 5,0 4 3-0-1 ES
engineering
AEK9240 Doctoral degree course workshop 4,0 0 0-0-0 AAS
AES9691 Scientific seminar on electrical 5,0 2 0-0-2 AA
power engineering I
AES9692 Scientific seminar on electrical 5,0 2 0-0-2 AS
power engineering II
AES9730 Fuzzy systems 5,0 4 3-0-1 ES
AES9740 Power system cybernetics 5,0 4 3-0-1 EA
AES9750 Special course on power system 5,0 4 3-0-1 EA
optimisation
AES9760 Special course on transients in 5,0 4 3-0-1 EA
power system
AES9770 Management of power system 5,0 4 3-0-1 EA
AES9780 Professional practice 4,0 0 0-0-0 AAS
AKG9040 Environmental protection special 5,0 4 0-0-4
AAS
course
AKG9050 Mining geology special course 5,0 4 0-0-4 AAS
AKG9060 Geotechnics special course 5,0 4 0-0-4 AAS
AKG9070 Hydrogeology special course 5,0 4 0-0-4 AAS
AKG9100 Scientific seminars 5,0 0 0-0-0 AAS
AKM9010 Mining environmental planning 5,0 4 2-0-2 EAS
AKM9020 Planning of surface and 5,0 4 2-0-2 EAS
Underground mines
AKM9100 Scientific seminars 5,0 0 0-0-0 AAS
AKM9120 Special seminars 4,0 0 0-0-0 AAS
AKM9110 Professional practice 4,0 0 0-0-0 AAS
AKR9030 Technological structure of mine 5,0 4 2-0-2 EAS
AKR9040 Rock engineering special course 5,0 4 2-0-2 EAS
AME9030 Special course of converter technics 5,0 3 2-1-0 ES
AMM9010 Stabilization of network for power 5,0 4 4-0-0 EA
supply
AMM9020 Controlled compensation of power 5,0 4 4-0-0 EA
lines
AMM9030 Professional practice 4,0 0 0-0-0 AAS
AMM9040 Special seminars of electrotechnics 4,0 2 0-0-2 AAS
AMM9050 Scientific seminar of electrotechnics
I 5,0 0 0-0-0 AAS
AMM9060 Scientific seminar of electrotechnics II
5,0 0 0-0-0 AAS
Obligatory
subjects are special seminar and professional practice.
Appendix 16 Register of Economic Activities Act
Passed 11 February
2004
(RT1 I
2004, 12, 79),
Entered into force
15 April 2004.
Chapter 1
General Provisions
§ 1. Scope of
application of Act
(1)
This Act sets out the composition of data in the register of economic activities
and the general bases for the maintenance of the register of economic
activities and the exercise of supervision thereover.
(2)
Where proceedings for the registration in the register of economic activities
of persons and bodies operating in areas of activity subject to special
requirements or for the disclosure of information concerning activity licences
are regulated by another Act, this Act applies with the specifications arising
from the other Act.
(3)
The Administrative Procedure Act (RT I 2001, 58, 354; 2002, 53, 336; 61, 375;
2003, 20, 117; 78, 527) applies to the administrative procedure prescribed in
this Act, taking into account the specifications arising from this Act.
§ 2. Register of
economic activities and purpose of maintenance thereof
(1)
The register of economic activities (hereinafter register) is founded for the
purposes of keeping account of, in a manner available to the public, and
exercising supervision over undertakings operating in areas of activity subject
to special requirements, and bodies, foundations and non-profit associations
specified by law (hereinafter undertakings).
(2)
An area of activity subject to special requirements is an area of economic
activity in which operation requires registration in the register of economic
activities or an activity licence, as provided by law.
Extract of the Economic Activities Registry
|
Name of enterpriser |
|
|
Registry code |
74000323 |
|
Address of
enterpriser |
Ehitajate tee 5
5, Mustamäe, |
|
Phone |
6203850 |
|
Fax |
6203696 |
|
E-mail |
|
Area of activity |
Mining, Mine
design and planning of mines and secondary usage of mine working |
|
Registry number |
KKP000002 |
|
Registration
date |
18.06.2004 |
|
Responsible
specialist |
Alo Adamson |
|
Area of activity |
Civil
engineering, expertise constructions |
|
Registry number |
EEK000023 |
|
Registration
date |
18.06.2004 |
|
Additional
information |
Geological
engineering, hydrogeological and geotechnical |
|
Responsible
specialist |
Mait Mets |
|
Area of activity |
Civil
engineering, expertise construction projects |
|
Registry number |
EEK000021 |
|
Registration
date |
18.06.2004 |
|
Additional
information |
Geological
engineering, hydrogeological and geotechnical |
|
Responsible
specialist |
Mait Mets |
|
Area of activity |
Civil
engineering, research of geological and building geodesy. |
|
Registry number |
EEK000010 |
|
Registration
date |
18.06.2004 |
|
Additional
information |
Geological
engineering, hydrogeological and geotechnical |
|
Responsible
specialist |
Mait Mets |
|
Area of activity |
Civil
engineering, Proprietary supervision |
|
Registry number |
EEK000070 |
|
Registration
date |
18.06.2004 |
|
Additional
information |
Geological
engineering, hydrogeological and geotechnical |
|
Responsible
specialist |
Mait Mets |
|
Area of activity |
Civil
engineering, designing and planning |
|
Registry number |
EEK000079 |
|
Registration
date |
18.06.2004 |
|
Additional
information |
Geological
engineering, hydrogeological and geotechnical |
|
Responsible
specialist |
Mait Mets |
Appendix 17 7543620 Applied Geology
Code 7543620 Applied Geology
(ministry)
GAGM 98 (TUT)
Needs to be accreditation.
CURRICULUM
OF
Faculty: Faculty of
Power Engineering
|
Title of curriculum: |
Rakendusgeoloogia (in
Estonian) |
|
|
Applied
Geology (in English) |
|
Level of curriculum: |
Master |
Capacity of curriculum: 80 CP
Nominal study period: 2 years
Language of Instruction: Estonian
Admission requirements:
bachelor degree or corresponding to it qualification
|
Degrees granted: |
|
Master
of Engineering |
|
Master
of Science in Engineering |
|
Master
of Science in Natural Sciences |
1.
Version of the curriculum: GAGM98 (valid from 1997/1998)
2. Structure of the curriculum:
|
Part of the curriculum |
||
|
Code |
Type |
CP |
|
A |
General studies |
5 |
|
B |
Basic studies |
10 |
|
C |
Core studies |
8 |
|
D |
Special studies |
17 |
|
F |
Graduation thesis |
40 |
|
|
Total |
80 |
7543620
Applied Geology GAGM (Master’s Degree) programme
A General
study min 5,0 CP
Elective courses
HLI8750 English for science
2,0 2,5 0-0-2,5 E
HLS8760 German for science 2,0 2,5 0-0-2,5 E
HLS8770 French for science 2,0 2,5 0-0-2,5 E
Economics (free choice) 0-3,0
Humanities (free choice) 0-3,0
B Basic
study min 10,0 CP
Elective courses
Mathematics (free
choice)
IDK8060 Informatics, special 3,5 4 2-0-2 A
Master’s Course
IDU8370 Introduction into 3,5 4
2-0-2 E
systems of information
ASJ8030 Fuels, combustion and 2,5 3 3-0-0 E
protection of
environment
AKG8200 Mineral resources of
C Core
study min 8,0 CP
Elective
courses
AKG8210 Geological studies 4,0 4
in laboratory
AKG8070 Service of geological 4,0 4
information
AKG8230 Mining in
D Special
study min 17,0 CP
AKM8260 Mining legislation 4,0 2 1-0-1 E
AKG8220 Tectonic and structural 3,0 3 1-0-2 E
geology
AKG8230 Landscape geochemistry 3,0 2 2-0-0 E
AKM8270 Environmental protection and 3,0 2 2-0-0 A
recultivation in mining industry
AKG8050
Special course of mining 3,0 0 0-0-0 H
geology
AKG8060
Geological aspects of waste 3,0 0 0-0-0 H
management
AKM8241 Mining analysis 3,0 3 1-0-2 A
AKR8211 Rock massive control I 4,0 4 2-0-2 E
Participating
in conferences and seminars with papers up to
6,0 CP
(With according to
supervisor choice)
AKR8100 Scientific seminars 2,0 0 0-0-0 A
-----------------------------------------
In
programmes: E – examination
A – credit
(preliminary examination)
H – graded credit
5,0 – CP
4
Table 6
Teachers of programme GAGM 98
GAGM98 őppekava őppejőudude nimekiri
|
Code |
Discipline in Estonian |
Teacher |
Degree |
Experience, years |
|
HLI8750 |
English for
science |
Assoc. prof. M. Uibo, lecturer M. Sepp |
|
|
|
HLS8760 |
German for
science |
Lecturer R. Veskimeister |
|
|
|
HLS8770 |
French for
science |
Lecturer L. Tomasberg |
|
|
|
|
Economics |
|
|
|
|
|
Humanities |
|
|
|
|
|
Mathematics |
|
|
|
|
IDK8060 |
Mathematics
Informatics |
Assoc. prof. J. Vilipőld |
|
|
|
IDU8370 |
Introduction to
information systems |
Lecturer K. Rava |
|
|
|
ASJ8030 |
Fuels,
combustion and environmental protection |
Prof. emeritus K. Hääl, Lecturer P. Parre |
PhD |
|
|
AKG8200 |
Mineral
resources of |
Prof. emeritus E. Reinsalu |
PhD |
12 |
|
AKG8210 |
Geological
studies in laboratory |
Prof. emeritus E.Pirrus, assoc. prof. T. Kiipli |
PhD |
4 |
|
AKG8070 |
Service of
geological information |
Prof. emeritus E.Pirrus |
PhD |
|
|
AKG8230 |
Mining in |
Assoc. prof. Ü. Sőstra |
PhD |
8 |
|
AKM8260 |
Mining
legislation |
Prof. emeritus E.Reinsalu |
PhD |
12 |
|
AKG8220 |
Tectonic and
structural geology |
Assoc. prof. Ü. Sőstra |
PhD |
8 |
|
AKG8230 |
Landscape
geochemistry |
Assoc. prof. Ü. Sőstra |
PhD |
8 |
|
AKM8270 |
Environmental
protection and recultivation in mining industry |
Prof. emeritus E. Reinsalu |
PhD |
12 |
|
AKG8050 |
Special course
of mining geology |
Prof. emeritus E. Pirrus |
PhD |
|
|
AKG8060 |
Geological
aspects of waste management |
prof. M. Mets |
PhD |
|
|
AKM8241 |
Mining analysis |
Prof. emeritus E. Reinsalu |
PhD |
12 |
|
AKR8211 |
Rock massive
control I |
Assoc. prof. J. Pastarus |
PhD |
32 |
|
AKR8100 |
Scientific
seminars |
|
|
|
