IZIIS is located in Skopje, on the foothills of Vodno mountain, in a research-educational centre equipped with laboratories. Out of the total developed area, about 2500 m2 are covered by laboratories, while 750 m2 represent premises for education and training consisting of a modern library, classrooms and computer center.
IZIIS has five laboratories that are used for development of experimental methods and techniques for investigation of the behaviour of structures under the effect of different types of static and dynamic loads.
Dynamic Testing Laboratory - The strategic role in this laboratory is given to the two-componental seismic shaking table, which is used for dynamic testing of structures, equipment, substructures, etc. The laboratory is also equipped with two smaller shaking tables, equipment for quasi-static testing of materials, elements, substructures and structures as well as a system for acquisition and processing of data.
Geophysical Laboratory – This laboratory is intended for special field measurements in the field of engineering seismology and geophysics as are investigations by use of seismic refraction, reflection and tomography, measurement of microtremors and geoelectric resistance.
Laboratory for Dynamics of Soils -This laboratory provides data on the
dynamic characteristics of soils necessary for definition of the dynamic strength
and stability, the soil liquefaction potential and the soil – structure interaction. In
cooperation with the other IZIIS’ laboratories, tests on large scale models as well
as other specific tests in the field of dynamics of soils and foundation are carried
out in this laboratory.
Strong Motion Laboratory – This laboratory enables maintenance of the national strong motion instrument network, acquisition, processing and archiving of recorded data on strong earthquakes as well as maintenance of instruments installed on structures of capital importance for the country and the region.
Mobile Laboratory for Non-destructive Tests and Measurement of
Vibrations – This laboratory enables measurement of natural frequencies and
vibrations of actual structures and models through techniques of ambient and
forced vibrations and identification of structural systems with quality and quantity
of built-in materials.
Syllabus of Doctoral Studies Earthquake Engineering
APPENDIX 1
LIST OF SUBJECTS AND STAFF
SYLLABUS OF DOCTORAL STUDIES - EARTHQUAKE ENGINEERING - List A – GENERIC SUBJECTS
Code of
DS Scientific-Research Methodology 4 Offered by the UKIM's School of Doctoral Studies
DS Course on Scientific-Research Ethics 4 Offered by the UKIM's School of Doctoral Studies
DS Management of Scientific-Research Project and
Writing Scientific-Research Papers 4 offered by the UKIM’s School of Doctoral Studies
DS-ZI-101 20 Project Planning and Management 4 Prof. Dr. Mihail Garevski
DS-ZI-102 20 Contemporary Computer Tools in Structural and
Continuum Analysis 4
Prof. Dr. Viktor Hristovski
Assoc. Prof. Dr. Violeta Mircevska Assoc. Prof. Dr. Roberta Apostolska Assoc. Prof. Dr. Vlatko Sesov DS-ZI-103 20
Advanced Programming Environment For Effective Engineering Education And Innovative
Research
4 Assoc. Prof. Dr. Zoran Rakicevic
DS-ZI-104 20 Fundamentals of Earthquake Engineering and
Engineering Seismology 4
Prof. Dr. Mihail Garevski
Prof. Dr. Golupka Necevska-Cvetanovska Prof. Dr. Zoran Milutinovic
Prof. Dr. Snezana Stamatovska DS-ZI-105 20 Introduction to MATLAB and its Application for
Engineering Analysis 4 Dr. Katerina Manova, senior scientific collaborator
DS-ZI-106 20 Acquisition, Processing and Interpretation of
Experimental Data 4
Prof. Dr. Ljubomir Taskov
Assoc. Prof. Dr. Lidija Krstevska
Prof. Dr. Snezana Stamatovska
Assoc. Prof. Dr. Zoran Rakicevic
A1-3
SYLLABUS OF DOCTORAL STUDIES - EARTHQUAKE ENGINEERING - List B - SUBJECTS IN THE SCIENTIFFIC FIELD
Code of subject
Lecture
hours Subject
Number of ECTS credits
Lecturers
DS-ZI-201 30 Dynamics of Structures on Earthquake
Engineering 5 Prof. Dr. Ljubomir Taskov Assoc. Prof. Dr. Lidija Krstevska DS-ZI-202 30 Analysis of Structures 5 Prof. Dr. Danilo Ristic
Prof. Dr. Viktor Hristovski
DS-ZI-203 30 Advanced Engineering Materials 5
Prof. Dr. Veronika Sendova
Assoc. Prof. Dr. Roberta Apostolska Dr. Biserka Dimiskovska, senior scientific collaborator
DS-ZI-204 30 Earthquake Resistant Design of Building
Structures-General Pinciples 5 Prof. Dr. Golupka Necevska-Cvetanovska Prof. Dr. Zivko Bozinovski
DS-ZI-205 30 Engineering Seismology 5 Assist. Prof. Dragi Dojcinovski Prof. Dr. Snezana Stamatovska DS-ZI-206 30 Soil and Foundation Dynamics 5 Assoc. Prof. Dr. Vlatko Sesov
Prof. Dr. Mihail Garevski
DS-ZI-207 30 Seismo-Geologic Research 5
Dr. Gavril Mirakovski
Dr. Dusko Aleksovski
Dr. Katerina Manova
SYLLABUS OF DOCTORAL STUDIES - EARTHQUAKE ENGINEERING - List B (continuance) SUBJECTS IN THE FIELD OF RESEARCH
Code of subject
Lecture
hours Subject
Number of ECTS credits
Lecturers
DS-ZI-301 30 Experimental Mechanics 5
Assoc. Prof. Dr. Lidija Krstevska Prof. Dr. Ljubomir Taskov
Assoc. Prof. Dr. Zoran Rakicevic DS-ZI-302 30 Finite Element Analysis 5 Prof. Dr. Viktor Hristovski
Assoc. Prof. Dr. Violeta Mircevska DS-ZI-303 30 Aseismic Design of Reinforced Concrete, Steel
and Masonry Structures 5
Prof. Dr. Golupka Necevska-Cvetanovska Assoc. Prof. Dr. Roberta Apostolska Prof. Dr. Veronika Sendova
DS-ZI-304 30 Seismic Risk and Vulnerability Analysis 5 Prof. Dr. Zoran Milutinovic DS-ZI-305 30
Planning and Design of Transportation Systems and Other Infrastructure Systems in Seismic
Regions
5 Prof. Dr. Daninlo Ristic Prof. Dr. Vlado Micov
DS-ZI-306 30 Aseismic Design of Dams 5 Assoc. Prof. Dr. Violeta Mircevska Prof. Dr. Mihail Garevski
DS-ZI-307 30 Design and Analysis of Structures with Seismic
Isolation and Passive Energy Dissipation Systems 5 Prof. Dr. Mihail Garevski
Assoc. Prof. Dr. Zoran Rakicevic DS-ZI-308 30 Strong Earthquakes Seismology and Seismic
Microzoning 5
Assist. Prof. Dragi Dojcinovski Assoc. Prof. Dr. Vlatko Sesov Prof. Dr. Zoran Milutinovic DS-ZI-309 30 Management of Urban Disasters and
Strategic Planning 5 Prof. Dr. Zoran Milutinovic
Prof. Dr. Mihail Garevski
A1-5
SYLLABUS OF DOCTORAL STUDIES - EARTHQUAKE ENGINEERING - List B (continuance) – SPECIFIC SUBJECTS
Code of subject
Lecture
hours Subject
Number of ECTS credits
Lecturers
DS-ZI-401 30 Seismic Resistance of Existing
Reinforced Concrete Building Structures 5 Prof. Dr. Golupka Necevska-Cvetanovska Assoc. Prof. Dr. Roberta Apostolska DS-ZI-402 30 Seismic Stability of Existing Masonry Buildings 5 Prof. Dr. Veronika Sendova
Prof. Dr. Zivko Bozinovski DS-ZI-403 30 Precast and Prefabricated RC Structures 5 Prof. Dr. Zivko Bozinovski
Prof. Dr. Golupka Necevska-Cvetanovska
DS-ZI-404 30 Structural Control 5 Assoc. Prof. Dr. Zoran Rakicevic
Prof. Dr. Mihail Garevski DS-ZI-405 30 Foundation Engineering, Soil Structure Interaction 5
Assoc. Prof. Dr. Vlatko Sesov Prof. Dr. Mihail Garevski
Assoc. Prof. Dr. Violeta Mircevska DS-ZI-406 30 Reliability of Structures 5 Prof. Dr. Snezana Stamatovska DS-ZI-407 30 Repair and Strengthening of Structures 5
Prof. Dr. Zivko Bozinovski Prof. Dr. Veronika Sendova
Prof. Dr. Golupka Necevska-Cvetanovska DS-ZI-408 30 Repair and Strengthening of Engineering
Structures 5
Prof. Dr. Vlado Micov
Prof. Dr. Viktor Hristovski
Prof. Dr. Daninlo Ristic
SYLLABUS OF DOCTORAL STUDIES - EARTHQUAKE ENGINEERING -
List B (continuance) – SPECIFIC SUBJECTS
Code of subject
Lecture
hours Subject
Number of ECTS credits
Lecturers
DS-ZI-409 30 Protection of Historic Buildings and Monuments
Due to Man-made and Natural Disasters 5 Prof. Dr. Veronika Sendova Prof. Dr. Zivko Bozinovski
DS-ZI-410 30 Boundary Element Method 5 Assoc. Prof. Dr. Violeta Mircevska Prof. Dr. Viktor Hristovski
DS-ZI-411 30 Technology for Protection of Environment 5
Dr. Biserka Dimiskovska, senior scientific collaborator
Prof. Dr. Mihail Garevski DS-ZI-412 30 Seismic Stability of Steel Structures 5
Assoc. Prof. Dr. Roberta Apostolska Prof. Dr. Golupka Necevska-Cvetanovska Prof. Dr. Vlado Micov
DS-ZI-413 30 Rock Mechanics 5 Assoc. Prof. Dr. Violeta Mircevska
Prof. Dr. Mihail Garevski DS-ZI-414 30 Advanced Displacement Based Seismic Design
Methodologies 5 Assoc. Prof. Dr. Roberta Apostolska
Prof. Dr. Golupka Necevska-Cvetanovska
Syllabus of Doctoral Studies
Earthquake Engineering
LIST A – GENERIC SUBJECTS
Subject: PROJECT PLANNING AND MANAGEMENT
Code of subject Status of subject
Semester
Number of ECTS
credits
Lecture hours
DS-ZI-101
Optional
I 5 20
Doctoral studies in the field of: Technical Sciences Syllabus: Earthquake Engineering
Name and surname of professors:
Principal lecturer in the subject:
Prof. Dr. Mihail GAREVSKI
Other lecturers:
‐/‐
Contents of the subject:
Presently, there is an increasing need for project planning and management in all spheres of human life. The projects are becoming increasingly complex and complicated imposing the need for training of staff to deal with this issue in future. Project planning and management is equally necessary in the practice of construction of complex structures or structures requiring big investments. Application of knowledge and planning of projects is necessary even in the case of carrying out big scientific‐research and educative projects (large scale local and international projects). The contents proposed per this subject is as follows:
− Project Management Environment;
− Project organization;
− Planning and managing of human and other resources;
− Financial planning and managing of projects;
− Project verification;
− Project communications;
− Computer applications in project design.
Forms of lecturing:
Lectures Practicums Numerical and
graphic assignments softwareUse of Practicums in
the Laboratory Seminar papers Field lecturing
YES ‐/‐ ‐/‐ YES ‐/‐ YES ‐/‐
Mode and checking of knowledge:
Regular
attendance of lectures Obligatory
assignments Colloquia Seminar papers Written examination Oral examination
5% ‐/‐ ‐/‐ 30% 50% 15%
Literature:
Obligatory:
Prof. Dr. M. Garevski, Lecture Notes
Additional:
Selected books, publications and papers
Subject:
CONTEMPORARY COMPUTER TOOLS IN STRUCTURAL AND CONTINUUM ANALYSIS
Code of subject Status of subject Semester Number of ECTS
credits Lecture hours
DS-ZI-102 Optional I 4 20
Doctoral studies in the field of: Technical Sciences Syllabus: Earthquake Engineering
Name and surname of professors:
Principal lecturer in the subject:
Dr.Viktor Hristovski, Full Time Professor
Other lecturers:
Dr. Violeta Mircevska, Associate Professor Dr. Roberta Apostolska, Associate Professor Dr. Vlatko Sesov, Associate Professor
Contents of the subject:
1. Introduction to using the original computer software FELISA/3M for linear and nonlinear static and dynamic analysis of structures and continuums as well as proportioning of RC and steel structures according to the MK regulations developed at IZIIS Skopje, Windows and Linux versions.
2. Description of a series of original computer packages for design, proportioning and analysis of RC cross-sections, analysis of dams, etc., useful for the engineering practice, developed at IZIIS – Skopje.
3. Introduction to using commercial software PLAXIS for 2D site response analysis in time domain as well as 1D and 2D analysis by conventional approach, in frequency domain, for soil continua.
4. Introduction to using commercial software ANSYS and FLAC with the possibility of incorporation of moduli programmed in the FORTRAN program language.
5. Introduction to application of commercial program packages SAP2000 intended for static and dynamic analysis of structures and PERFORM-3D for nonlinear analysis and evaluation of behavior of 3D structures.
Forms of lecturing:
Lectures Practicums Numerical and
graphic assignments Use of software Practicums in the laboratory
Seminar
papers Field lecturing
Yes Yes Yes Yes No Yes No
Mode and checking of knowledge:
Regular attendance of lectures
Obligatory
assignments Colloquia Seminar
papers Written examination Oral examination
5 % 5 % No 20 % 35 % 35 %
Literature:
Obligatory:
Manuals for computer programmes FELISA/3M, PLAXIS, ANSYS, FLAC, SAP2000, PERFORM-3D
Additional: The Finite Element Method, O.C.Zienkiewitz and R.L. Taylor, 4th edition, 1989
Subject:
CONTEMPORARY COMPUTER TOOLS IN STRUCTURAL AND CONTINUUM ANALYSIS
Code of subject Status of subject Semester Number of ECTS
credits Lecture hours
DS-ZI-102 Optional I 4 20
Doctoral studies in the field of: Technical Sciences Syllabus: Earthquake Engineering
Name and surname of professors:
Principal lecturer in the subject:
Dr.Viktor Hristovski, Full Time Professor
Other lecturers:
Dr. Violeta Mircevska, Associate Professor Dr. Roberta Apostolska, Associate Professor Dr. Vlatko Sesov, Associate Professor
References referring to competence of the lecturers:
[1] Hristovski, V. and Noguchi, H., “FEM Progressive Failure Simulation of Reinforced Concrete Members on Shear”, Japan Concrete Institute (JCI) Conference “Ecology – Concrete 2002”
Proceeding Vol. 24, 19-21 June 2002 in Tsukuba, Japan
[2] Hristovski, V. and Noguchi, H., “Comparative Study of FEM Based Reinforced Concrete Analytical Models And Their Numerical Implementation: Software Package FELISA/3M”, first fib Congress -
“Concrete Structures in the 21st Century”, 13-19 October 2002, Osaka, Japan
[3] Hristovski, V. and Noguchi, H., “Discrete Modeling of Contact Zones Between RC Members With Different Thickness", VSU 2003, 65 Anniversary International Conference, Proceedings, Vol. I, pp.
II-170-175, Sofia, Bulgaria, October 30-November 1, 2003
[1] Mircevska, V., Bickovski, V., Garevski M." A 3D Nonlinear Analysis of a Rock-Fill Dam Based on IZIIS Software”, ACTA GEOTECHICA SLOVENICA 2007/2 vol.
[2] Mircevska V, Bickovski V, Garevski M,”Some suggestions for generation of 3D model of dams that is used in the IZIIS-software, European Plaxis Users Meeting,Karlsruhe November 2009
[3] Mircevska V., Bickovski V., M. Garevski ,”Some comments about the safety coefficient”, European Plaxis Users Meeting, Karlsruhe November 2009
[1] Sesov Vlatko, Zeljko Zugic, Repair of landslide “Umka-Duboko” on motorway E-763 - seismic performance assessment, International Conference on Performance-Based Design in Earthquake Geotechnical Engineering — from case history to practice — IS-Tokyo2009, Japan
[2] Sesov Vlatko, Ikuo Towhata and Ramin Motamed, “Study on p-y curve for piles subjected to lateral flow of liquefied ground”, 4th International Conference on Earthquake Geotechnical Engineering Thessaloniki – Greece - June 25-28, 2007
[1] R.Apostolska, G. Necevska-Cvetanovska and V. Sendova, "Methodology for rehabilitation and seismic strengthening of St. Clement's Church, St. Panteleymon Plaoshnik - Ohrid ", Proc. of the 14WCEE, October 12-17, 2008, Beijing, China.
[2] R. P. Apostolska , Z. P. Bonev, D. Blagoev, E. Vasseva and G. Necevska-Cvetanovska, "Design seismic response evaluation for 2D frames and 3D wall systems with flexible foundation using capacity spectrum method ", Proc. of the International Symposium witin the COST C26 "Urban Habitat Constructions under Catastrophic Events", Malta, October 23-25, 2008.
Subject:
ADVANCED PROGRAMMING ENVIRONMENT FOR EFFECTIVE ENGINEERING EDUCATION AND INNOVATIVE RESEARCH
Code of subject Status of subject Semester Number of ECTS
credits Lecture hours
DS-ZI-103 Optional I 4 20
Doctoral studies in the field of: Technical Sciences Syllabus: Earthquake Engineering
Name and surname of professors:
Prncipal lecturer in the subject: Associate Professor Dr. Zoran Rakicevic Other lecturers:
Contents of the subject:
National Instruments LabVIEW 1. What is LabVIEW?
Basic Fetures: Faster Programming; Hardware Integration; Advance Analysis; Multiple Targets and OS;
Multiple Programming Approaches; Professional User Interfaces; Multicore Programming; Support and Services; Community.
2. How Can I Use NI LabVIEW?
Application: LabVIEW for Acquiring Data and Processing Signals; LabVIEW for Controlling Instruments;
LabVIEW for Automating Test and Validation Systems; LabVIEW for Measuring and Controlling Industrial Systems; LabVIEW for Designing Embedded Systems; LabVIEW for Teaching and Research
3. NI LabVIEW Product Family
Add-On Modules and Toolkits: Embedded Design; Control Design and Simulation; Image and Signal Processing; Industrial Monitoring and Control; Report Generation and Data Storage.
Forms of lecturing:
Lectures Practicums Numerical and
graphic assignments Use of
software Practicums in
the Laboratory Seminar
papers Field lecturing
yes yes yes yes
Mode and checking of knowledge:
Regular
attendance of lectures Obligatory
assignments Colloquia Seminar
papers Written examination Oral examination
yes yes yes
Literature:
Recommended:
Bishop, R. H. 2010. Learning with LabVIEW 2009. Prentice Hall Bishop, R. H. 2010. LabVIEW 2009 Student Edition. Prentice Hall
Bitter, R., T. Mohiuddin, and M. Nawrocki. 2007. LabVIEW Advanced Programming Techniques, Second Edition.
CRC Press LLC Taylor & Francis Group.
Blume, P. A. 2007. The LabVIEW Style Book. Pearson Education, Inc.
Essick, J. 2008. Hands-on introduction to LabVIEW for scientists and engineers. Oxford University Press.
Johnson, G. W., and R. Jennings. 2006. LabVIEW Graphical Programming, Fourth edition. McGraw-Hill Larsen, R. 2010. LabVIEW for Engineers. Prentice Hall
Ponce-Cruz, P., Ramírez-Figueroa, F. D. 2009. Intelligent Control Systems with LabVIEW. Springer
Travis, J., and J. Kring. 2006. LabVIEW for Everyone: Graphical Programming Made Easy and Fun. Prentice Hall.
Engineering Education Resources with LabVIEW –ni.com/academic; ni.com/news
Subject:
ADVANCED PROGRAMMING ENVIRONMENT FOR EFFECTIVE ENGINEERING EDUCATION AND INNOVATIVE RESEARCH
Code of subject Status of subject Semester Number of ECTS
credits Lecture hours
DS-ZI-103 Optional I 4 20
Doctoral studies in the field of: Technical Sciences Syllabus: Earthquake Engineering
Name and surname of professors:
Principal lecturer in the subject: Associate Professor Dr. Zoran Rakicevic Other lecturers:
References referring to competence of the lecturers:
Associate Professor Dr. Zoran Rakicevic
Head of Dynamic Testing Laboratory, since 2006
18 years working experience in the Dynamic Testing Laboratory (Dynlab) at IZIIS, where the main hardware for acquisition of experimental data is from National Instruments, Inc, USA. The software for data acquisition, signal procesing anad analysis, system identification, control and simulation has been developed by Dynalb staff using LabVIEW. Assoc. Prof. Dr. Zoran Rakicevic has active engagement in the delopment of the software for signal processing and system indetification using LabVIEW. He has been used LabVIEW and additional modules and toolkits for the last 6 years.
Rakicevic, Z., (with collaborators) (2008): Shaking Table Testing of Wienerberger Unreinforced Masonry Models Without and With Antiseismic Devices, IZIIS Report 2008-32.
Rakicevic Z., Zlateska, A., Jurukovski D. (2009): Shaking Table Effectiveness Testing of GERB PDD (Prestressed Damping Device) Control System (2009), IZIIS Report 2009-40.
Rakicevic Z. & Mateski, V. (2009): SEISMIC QUALIFICATION by Time History Shaking Table Testing of Combined Instrument Transformer VAU–420 Manufactured by KONČAR Instrument transformers Inc., IZIIS Report 2009-59.
Subject: FUNDAMENTALS OF EARTHQUAKE ENGINEERING AND ENGINEERING SEISMOLOGY
Code of subject Status of subject Semester Number of ECTS
credits Lecture hours
DS-ZI-104 Optional
I 4 20
Doctoral studies in the field of: Technical Sciences Syllabus: Earthquake Engineering
Name and surname of professors:
Principal lecturer in the subject: Prof. Dr. Mihail GAREVSKI
Other lecturers: Prof. Dr. Golubka N. CVETANOVSKA
Prof. Dr. Zoran MILUTINOVIC
Prof. Dr. Snezana STAMATOVSKA
Contents of the subject:
Seismic hazard, characteristics and consequences of seismic effects: Seismicity of the World and Macedonia, characteristics and consequences of seismic effects (parameters, wave types, potential chain of collateral hazards, characteristics of earthquake damage to structures, infrastructure and urban‐social systems), review of significant earthquakes.
Concept of integral protection against seismic effects: Subject and main objectives of seismology and earthquake engineering, definition and control of seismic risk, topical concepts of seismic risk management (physical and urban planning, seismic protection of systems, compounds and structures).
Engineering aspects of seismic protection of structures: Seismic protection and mitigation of seismic risk (legislative frame, regulations), seismic protection and regulations (concepts, genesis, structure), recent approaches to planning and design of seismically resistant structures (main assumptions, economic aspects of threats, criteria and structural aspects of seismic design, deterministic design strategies, “performance based design” of structures) instrumentation and monitoring of structures.
Seismological aspects of protection of structures: Regional seismicity, zoning and microzoning, regional seismicity and regulations, principles and criteria of protection (main factors and segments of
Lectures Practicums Numerical and
graphic assignments softwareUse of Practicums in
the Laboratory Seminar papers Field lecturing
YES ‐/‐ ‐/‐ ‐/‐ ‐/‐ YES ‐/‐
Mode and checking of knowledge:
Regular
attendance of lectures Obligatory
assignments Colloquia Seminar papers Written examination Oral examination
10% ‐/‐ ‐/‐ 50% 20% 20%
Literature: Obligatory: Subject Lecturer’s Lecture Notes
Additional: Selected books, publications and papers
Subject: Introduction to Matlab and its application for engineering analysis
Code of subject Status of subject Semester Number of ECTS
credits Lectures hours
DS-ZI-105 Optional I 4 20
Doctoral studies in the field of: Technical sciences Syllabus : Earthquake Engineering
Name and surname of professors:
Principal lecturer in the subject: d-r Katarina MANOVA, dipl.ing.el.
Other lecturers:
Contents of the subject:
The course provides focussed introduction to Matlab and its application to problem solving in engineering and applied mathematics.
I. Introduction to Matlab
Getting started with Matlab: Some useful commands; Syntax; Basic operators, numbers and formats.
Using Matlab in linear algebra: Vectors and vector operations in Matlab; Basic matrix operations in Matlab, determinants, inverse and transpose of matrices, special matrices; Eigenvalues and eigenvectors of matrices;
Numerical Analysis with Matlab: Matlab functions; Interpolations; Solving systems of linear equations;
Solving of nonlinear functions and equations; Numerical integrations and differentiations; Ordinary differential equations.
Matlab graphics: 2-D graphics, basic plots, multiplots, subplots; 3-D graphics, plotting three-dimensional objects and surfaces.
Flow-control statements in Matlab: for loop; while loop; if statement Programming in Matlab: Scripts and function m-files
II. Application in field of student's interest Forms of lecturing:
Lectures Practicums Numerical and
graphic assignments Use of
software Practicums in
the laboratory Seminar
papers Field lecturing
yes yes yes yes Yes yes /
Mode and checking of knowledge:
Regular
attendance of lectures Obligatory
assignments Colloquia Seminar
papers Written examination Oral examination
20% 30% 50% 50%
Literature:
Obligatory: "MATLAB Primer" , Kermit Sigmon
"An Introduction to MATLAB", David F. Griffiths
"An Introduction to MATLAB", David F. Griffiths