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Adam
Wasilewski, PhD
Institute
of Industrial Engineering and Management
Wroclaw
University of Technology
Ul.
Smoluchowskiego 25
50-372
Wrocław
Poland
Tel.
+48 71 320-23-81, 328-28-19
Fax.
+48 71 320-34-32
www.ioz.pwr.wroc.pl
adam@pwr.wroc.pl
Wrocław
University of Technology
Historical background
Wrocław University of Technology (Politechnika Wrocławska) was founded
in 1945. The first group of Polish academics, mostly from Lvov, came to Wrocław
on the 9th and 10th of May, 1945, three days after the capitulation of Festung
Breslau. The University was housed in the buildings of the former Technische
Hochschule Breslau, which had existed since 1910. The first lecture was held on
the 15th of November, 1945, and since then that day has been celebrated as the
University’s anniversary.
Education
At present, Wrocław University of Technology has 31,936 students studying
in Wrocław and at its three branches located in the largest towns of the
region: Legnica, Wałbrzych and Jelenia Góra. It employs a staff of almost
4,200 (including 2,035 academic teachers), which makes the university the
largest employer in Wrocław; it has about 250 buildings with modern
laboratories, workshops, libraries and large and small lecture theatres and
rooms, equipped with audio-visual and multimedia devices; it has a number of
technical workshops, self-transport and repair bases, and a rich social, sport
and recreation base. To date, 70,727 students have graduated from Wrocław
University of Technology with M.Sc. or B.Sc. degrees, and 4,194 with Ph.D.
degrees; of the latter group, 626 have qualified as assistant professors.
New, extremely ambitious tasks have been undertaken by the university, aimed at
developing and expanding educational possibilities as determined by
inter-disciplinary sciences, technical progress, economic globalisation and fast
access to information. Thus, Wrocław University of Technology’s proposed
didactic programmes of B.Sc., M.Sc., Ph.D. and postgraduate studies enable the
university not only to pass on professional knowledge, but also to shape
students’ ability to formulate and solve problems independently.
Research
The university develops its own research on a large scale, connected not only
with the current need to modernise study programmes, but also with a rich
service offering directed toward numerous research and scientific institutions,
both national and foreign. The breadth of the university’s research,
educational platforms, projects, expertise and the implementation of all these
activities by its scientists embraces over 600 detailed thematic fields.
Research goes on in a broadly developed network of laboratories, workshops and
teams found at all the faculties and university units. It is possible -
particularly in co-operation with industry – to conduct research qualifying
products for quality marks meeting the ISO 9000 norms.
STATISTICS
Total number of students: 31,936
Total number of staff: 4,213
The Faculty of Computer Science and Management
The Faculty of Computer Science and Management (W8)
consists of the following organizational units:
-
Institute
of Control and Systems Engineering (I17)
-
Institute
of Industrial Engineering and Management (I23)
-
Faculty
Division of Computer Science (WZI)
-
Faculty
Division of Information Systems (WZSI).
The Institute of Industrial Engineering and Management
is divided into ten units. The Institute of Control and Systems Engineering
consists of three units. Each of the organizational units is responsible for
teaching students and for conducting research in the field that it represents.
Seventeen laboratories serve research and teaching purposes.
Research
Basic research areas of the faculty are:
Computer science: computer networks and distributed systems, expert systems and databases,
information processing and computerization of information processes, computer
control systems of complex processes.
Management, marketing and economics: functioning of market economies, business economics,
control, identification and discernment in modern production systems, methods of
computer science optimization and application.
Curriculum
Field of Study: Computer Science
Specialization:
Field of Study: Management and Marketing
Specialization:
Contribution
to CARiMan
Responsible
for JPA FR (Financial Risk)
CV
of partners
Name:
Zofia Wilimowska
Affiliation:
from 1975 Institute
of Industrial Engineering and Management, Wroclaw University of Technology,
Poland.
Education:
1972
Master eng.
1976
PhD.
1998
Dr hab. of Economic Science
2000 Prof. of WUT
Subject
of research:
financial risk management, investment decision-making processes in risky
environment, risk management, mergers, portfolio of businesses construction
Name:
Dorota Kuchta
Education:
1985
- Master of Science in Applied Mathematics (Wroclaw University of Technology)
1993
- Master of Industrial Engineering, specialty: cost accounting (Ecole Centrale
de Paris)
1993
- Doctor of Philosophy in Economics - fuzzy optimisation (Wroclaw Academy of
Economics)
2002
- Doctor of Science in Industrial Engineering - application of fuzzy logic to
managerial accounting (Warsaw Institute of Industrial Engineering and Management
in Industry
Professional
Career:
1985-
1989 - assistant professor at Technical University of Braunschweig, Germany
(research in application of mathematics to control of railway systems)
1989
- 1993 - assistant professor at Technical University of Wroclaw (research in
fuzzy optimisation and operational research)
1993-
associate professor at Technical University of Wroclaw (research in fuzzy
optimisation, accounting and project risk management)
Activities
other than research:
training
and consulting in project risk, time and cost management and managerial
accounting
Name:
Barbara
Gładysz
Eduaction:
1973 - Master of Applied Mathematics, Wroclaw University of Technology
1980
– PhD in economics
Participation in the realisation of several
industrial projects:
for
example in production scheduling, quality control system implementation, work
effectiveness research.
Name:
Adam Kasperski
1993
– 1998
M.A. in Marketing and Management, Wrocław University of Technology
1994
– 1999
M.A in Mathematics, University of Wrocław
1998 – 2001
PhD in Computer Science, Wrocław University of Technology
Computer programer: C++,
Visual Basic (DAO, ADO), HTML, SQL, NET
Name:
Przemysław
Kobylański
1991
M.Sc. in Computer Science from University of Wroclaw
"Algorithms for term unification"
1991-1999
assistant at Institute of Production Engineering and Management,
Wroclaw University of Technology
1999
Ph.D. in Computer Science from Wroclaw University of Technology
"Computational issues in the linear ordering problem"
2000-present
tutor at Institute of Production Engineering and Management,
Wroclaw University of Technology
Experience
1.
Skill for mathematical modeling of optimization problems
(MPL, ILOG OPL Studio, ILOG Solver, ILOG CPLEX).
2.
Proficient in computer programming (languages: Prolog, C and C++).
3. Efficient at constraint technology (IF/Prolog,
GNU-Prolog, ILOG Solver, SICStus Prolog).
Name:
Adam Wasilewski
graduated in 1998 from the
Faculty of Computer Science and Management of Wroclaw
University of Technology (MsC Thesis: “Stock Market Prediction by Econometrics
Models and neural Networks”). In 2000 he got PhD degree (PhD Thesis: “The
Method of Risk Management in the Implementations of MRPII/ERP Systems”).
Research area: risk management, integrated management information systems.
Name:
Renata Kubarycz
on the final year of the PhD study at Institute of Organization and
Management, 1991 – 1996 Master’s Degree at University of Technology,
Wrocław Faculty: Organization
and management
Publications
Books:
1.
Wilimowska, Z.: Methods of effective investment portfolio construction (Metodyka
budowy efektywnego portfela projektów inwestycyjnych). Wrocław, 1997.
2.
Wilimowska, Z.: Risk reduction instruments in currency transactions (Instrumenty
zabezpieczające w transakcjach walutowych). Bydgoszcz, 2003.
Articles:
3. Wilimowska, Z.: Investment
risk reduction by merging. (Redukcja
ryzyka inwestycyjnego przez fuzje). Wollongong, Australia,
2000.
4. Wilimowska, Z.: Computer
support of risk management.( Komputerowe
wspomaganie zarządzania ryzykiem). Wrocław
AE, 1999
5. Kuchta
Dorota (2000): Fuzzy capital budgeting; Fuzzy Sets and Systems 2000 vol.
111 nr 3 s. 367-385;
6.
Wasilewski A., Kubarycz R.: Risk analysis and reduction in the implementation
of Management Information Systems; AE Katowice, 2001
7. Kubarycz
R.: Computer system for assets-liability management –
risk management at banks; AE Katowice; 1998
8.
S. Chanas, A. Kasperski, Minimizing maximum lateness in a single machine
scheduling problem with fuzzy processing times and fuzzy due dates, Engineering
Applications of Artificial Intelligence, 14(2001),
377- 386,
9.
S. Chanas, A. Kasperski, On two single machine scheduling problems with fuzzy
processing times and fuzzy due dates, European
Journal of Operational Research 147 (2003), 281 – 296,
10. S. Chanas, A. Kasperski,
Possible and necessary optimality of solutions in the single machine
scheduling problems with fuzzy parameters, to appear in Fuzzy
Sets and Systems,
11. Przemysław Kobylański, Michał Kulej,
Vehicle Routing and Scheduling with Fuzzy Time Windows and Fuzzy Goal. EUSFLAT
2003 International Conference in Fuzzy Logic and Technology, Zittau, 2003.
12. Kuchta Dorota (2001):
Use of fuzzy numbers in project risk (criticality) assessment,
International
Journal of Project Management 19, s.305-310;
13. Wasilewski A.: Risk
factors and risk management in the implementations of the MRPII/ERP systems,
Advanced Computer Systems, Szczecin 2000
14.Wasilewski
A.: Strategies of risk management in computer based projects, Ustroń
2000
| Network
of Excellence |
CARiMan |
The
Internet Portal for Computer Aided Risk Management |