CURRICULUM VITAE
1. SURNAME: PIETRUSZKA
2. NAME(s):
Krzysztof
3. DATE OF BIRTH:
4. HOME ADDRESS:
TELEPHONE: +48 12 6363205
e-mail:
pietrusz@uci.agh.edu.pl
webpage: http://galaxy.uci.agh.edu.pl/~pietrusz/
http://vipkp.spaces.live.com/
5. BACHELORS
University of Mining and Metallurgy, Krakow, Poland, Faculty of Mining Surveying and
Environmental Engineering, Geodesy and Cartography, Engineering and Industrial Surveying,
1965-1970
6. POSTGRADUATE
doctoral studies, Geodesy and Cartography, Engineering and Industrial Surveying, 1976-1981
7.COMPUTER SKILLS :
 using professional software in Finite Element Method (ABAQUS, , and MSC
PATRAN , Hibbit Karlsson & Sorensen HKS, USA) ,
 programming in PASCAL,
 AutoCAD software
 Microsoft Office software
 knowledge of basic programs in UNIX and Windows systems
8. LANGUAGES/LEVEL OF PROFICIENCY
ENGLISH:
Written: good
Spoken:
good
9. PRESENT PROFESSIONAL DATA
POSITION:
 Academic teacher and scientific staff
 1999-2002 - Vice dean of the Faculty of Mining Surveying and Environmental
Engineering in University of Mining and Metallurgy in Krakow, Poland
10. FIELD OF SPECIALIZATION :
 Surveying
 Engineering and Industrial Surveying
 Mining Surveying
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Using Finite Element Method in modelling results of the deformations in building
constructions, rock mass and surface at mining areas,
Processing of geodetic observation results using the method of generalised matrix
inverse and generalised matrix inverse
Building deformations,
Deformations at mining areas,
Mining areas protections,
Rock mass deformations during mining activities,
Surface subsidence at mining areas,
12. MAIN PROFESSIONAL ACHIEVEMENTS :
 Ph. D. – 1981 University of Mining and Metallurgy, Krakow, Poland, on subject:
Modelling a deformations of the constructions using Finite Element Method
 M. A. – 1971, University of Mining and Metallurgy, Krakow, Poland, Engineering
and Industrial Surveying
 Supervisor of Grant in Polish State Committee for Scientific Research ( 1994-1996)
Subject: 3-dimensional description of rock mass and surface subsidence deformations
along with hazards during mining activities.
 Developer of a method of prediction and examination of the deformations in rock
mass and subsidence at the underground architecture areas. GAMMA - Geotechnical
Applications Method of Modelling Analysis
 Scientific research in Polish State Committee for Scientific Research on subject:
Prediction of underground architecture influence at the infrastructure of rock mass
and surface – currently
MAJOR PUBLIKATIONS
1. Modelling of Shaft Deformation in the Area of Mining Activity, International
Federation of Surveyors (FIG), Commission 6 - Engineering Surveys, Working Group
6.1 - Deformation Measurements and Analysis, 10thInternational Symposium on
Deformation Measurements, Orange, California, USA, 19 - 22 March 2001
2. Modelling of subsidence in area of room and pillar salt mining using finite element
method. Technical report No. 205, Department of Geodesy and Geomatics
Engineering, University of New Brunswick, January 2000, Fredericton, Canada
3. A modelling interpretation of surface deformation measurments in exploited regions.
XIth International Congress of the International Society for Mine Surveying,
September 2000, Cracow, Poland
4.
Displacements, Strains and Stresses as a Part of the Information System for Mining
Areas, Lecture Notes at the Department of Geodesy and Geomatics Engineering at the
University od New Brunswick, 1997.
5. Numerical modelling the strains, stresses and displacements the rock masses as a
part of mine information system, X-Th International Congress of the International
Society for Mine Surveying Fremantle, Western Australia 2-6 November 1997
6.
Information System on Surface Effects of Underground Mining, 99-th Annual
General Meeting Canadian Institute of Mening, Metallurgy, and Petroleum,
Vancouver, Canada.1997
7.
Application of the ABBACUS Programs to research on the mass of rock
deformations in the example of Polish coal mine. Regional Symposium on
Deformations and Crustal Movement Investigations Using Geodetic Techniques.
Szekesfehervar,Węgry, 31.VIII-5.IX,1996r
8.
Numerical modelling to research on the rock mass deformations using a set of
professional programs. Balatongyorok,Węgry, 10-15.IX.1996r
9. Processing of geodetic observation results using the method of generalised matrix
inverse, Application of mathematical methods in science and technique, Cracow,
Poland 1995
13. INTERNATIONAL CONTACTS:
 Cooperation with Geomatics Engineering Faculty in University of New
Brunswick, Canada
 Cooperation project with Zonguldac Karaelmas University in Turkey
 Cooperation with San Diego State University, California, USA
14. EMPLOYER:
University of Mining and Metallurgy in Krakow, Poland, Faculty of Mining Surveying
and Environmental Engineering
ADDRESS: al. Mickiwicza 30.
30-059 Krakow, Poland
TELEPHONE: +48 12 6172286
FAX: 48 12 6331791