A mesterképzésre vonatkozó akkreditációs követelmények és a vonatkozó jogszabályok áttekintése folyamatban van

1. Personal data:

Birth date: 1954

Highest school degree: university diploma

Speciality: economist

Phone, email: 463-1172, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Economics

Position held at BME: full professor, head of department

Type of employment (BME): full time, tenured
3. Scientific degrees (PhD / CSc / DLA);

CSc in economics, 1982

4. Membership in the Academy and other degrees:

Dr. habil in economics, 2002

5. Major Hungarian Scholarships:
6. Teaching activity so far (with list of courses taught)

Macroeconomics, Microeconomics, Theory of Economic Growth and Business Cycles, Disequilibrium-economics, International Economics, Public Finance.

7. Results and experience:

50 publications in the field of economics.

8. Selected publications (maximum 5) from the past 5 years:

1. 
   Meyer, Dietmar: Technology Cycles in Centrally Directed Economies with Stable Price Level. In: Wenzel, H.-D. (Ed.): Integration and Transformation in Albania, Hungary, and Macedonia. BERG-Verlag, Public Economics Series, Vol. 1, Bamberg, 2002, 71-84.
   
2. 
   Beckmann, Klaus – Meyer, Dietmar – Okruch, Stefan (Hrsg.): Neuer Wein aus alten Schläuchen. Wirtschaftswissenschaftliche Ansätze jenseits des „Mainstream”. Andrássy Schriftenreihe, Bd. 2., Budapest, 2003.
   
3. 
   Meyer Dietmar: Evolúciós közgazdaságtan elmélettörténeti szemszögből vagy közgazdasági elmélettörténet evolúciós szemszögből. in: Bekker, Zsuzsa (Szerk.): Tantörténet és közgazdaságtudomány. Aula Kiadó, Budapest, 2003, 295-310.
   
4. 
   Meyer, Dietmar: Human Capital and EU-Enlargement. Competitio, vol. III (2004), No. 1., 83-92.
   
5. 
   Meyer Dietmar: Egyenlőség versus hatékonyság – a felzárkózás dilemmája. In: Meyer, Dietmar (Szerk.): Szegény világ – gazdag világ. Fejlődéselméleti koncepciók és a világgazdaság szerkezete. Műegyetemi kiadó, Budapest, 2006., 93-107.
   

9. The five most important publications (if different from the preceding ones):

1. 
   Meyer, D.: Die ersten mathematischen Modelle der Marxschen Arbeitswertlehre - ein (keineswegs vollständiger) dogmenhistorischer Überblick. in: Quaas, F. - Quaas, G.: Elemente zur Kritik der Werttheorie, Verlag Peter Lang, Frankfurt am Main - Berlin - Bern - New York - Paris - Wien, 1997, 113-135.
   
2. 
   Meyer D.: Az új növekedéselmélet. Közgazdasági Szemle, 1995/4, 387-398.
   
3. 
   Meyer Dietmar - Solt Katalin: Makroökonómia. Egyetemi tankönyv, Aula Kiadó, Budapest, 1999.
   
4. 
   Beckmann, Klaus – Meyer, Dietmar – Okruch, Stefan (Hrsg.): Neuer Wein aus alten Schläuchen. Wirtschaftswissenschaftliche Ansätze jenseits des „Mainstream”. Andrássy Schriftenreihe, Bd. 2., Budapest, 2003.
   
5. 
   Meyer, Dietmar: Karl Marx – an Evolutionary Social Scientist? Backhaus, Jürgen G. (Ed.): Evolutionary Economic Thought – European Contributions and Concepts. Edward Elgar, Cheltenham, UK – Northampton, MA, USA, 2003, 40-63.
   

10. Activity in the scientific community, international connections:

Member of the Society of Mathematical Economics and the Verein für Socialpolitik.

CURRICULUM VITAE OF EMIL MOLNÁR

1. Personal data:

Birth date: 1943

Highest school degree: university diploma

Speciality: teacher of mathematics, physics and descriptive geometry

Phone, email: 463-2645, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Geometry

Position held at BME: full professor

Type of employment (BME): full time, tenured
3. Scientific degrees (PhD / CSc / DLA);

CSc in mathematics, 1976

4. Membership in the Academy and other degrees:

Dr. habil, 1995

5. Major Hungarian Scholarships:
6. Teaching activity so far (with list of courses taught)

From 1966 Eötvös Loránd Univ. Fac.Sc. (ELUB): Elementary mathematics for teacher students coordinations, Descriptive and projective geometry lectures, Geometry lectures, practical classes.

From 1990 Budapest Univ. Techn. Econ. (BME) Geometry lectures, practical classes in engineer educations. Geometry, Differential geometry in education of mathematicians. Facultative and doctoral courses in geometry, projectíve geometry, crystallography, non-Euclidean geometries.
7. Results and experience:

ELUB FSc Methodokogical Contributions, editorship, ELUB leader of scientific circle of teacher students Mathematics-Physics, BME: Mathematics Doctoral School: Geometry subprogram leader, Supervisor of doctoral theses

8. Selected publications (maximum 5) from the past 5 years:

1. 
   E. Molnár: On triply periodic minimal balanced surfaces, Structural Chemistry, Generalized Crystallography, to 75^th anniv. of A. L. Mackay; Vol.13 (2002), Nos 3/4, 267--275.
   
2. 
   E. Molnár, I. Prok, J. Szirmai: Bestimmung der transitiven optimalen Kugelpackungen für die 29 Raumgruppen, die Coxetersche Spiegelungsuntergruppen enthalten, Studia Sci. Math. Hung. 39 (2002) 443--483.
   
3. 
   E. Molnár, I. Prok, J. Szirmai: D-V cells and fundamental domains for crystallographic groups, algorithms, graphic realizations. Matematical and Computer Modelling Vol. 38, Nos 7-9 (2003), 929-943.
   
4. 
   E. Molnár: Combinatorial construction of tilings by barycentric simplex orbits (D symbols) and their realizations in Euclidean and other homogeneous spaces, Acta Cryst. A61 (2005) 542--552.
   
5. 
   E. Molnár, I. Prok, J. Szirmai: Classification of tile-transitive 3-simplex tilings and their realizations in homogeneous spaces, Non-Euclidean Geometries, János Bolyai Memorial Volume, Editors: A. Prékopa and E. Molnár, Mathematics and Its Applications, Vol. 581, Springer (2005), pp. 321--363.
   

9. The five most important publications (if different from the preceding ones):

1. 
   E. Molnár: Sui mosaici dello spazio di dimensione n. Atti della Acc. Naz. dei Lincei -- Rend. Sc. Fiz, Mat. e. Nat. Vol. LI. Ferie (1971), 177--185.
   
2. 
   E. Molnár, Z. Lucic: Combinatorial classification of funadmental domains of finite area for planar discontinuous isometry groups. Archiv Math., 54 (1990), 511--520.
   
3. 
   E. Molnár: Polyhedron complexes with simply transitive group actions and their realizations. Acta Math. Hung., 59(1-2) (1992), 175--216.
   
4. 
   E. Molnár, A. W. M. Dress, D. H. Huson: The classification of the face-transitive periodic three-dimensional tilings. Acta Crystallographica. A49 (1993), 806--817.
   
5. 
   E. Molnár: The projective interpretation of the eight 3-dimensional homogeneous geometries. Beiträge zur Algebra und Geometrie (Contributions to Algebra and Geometry) Vol. 38 (1997), No. 2, 261--288.
   

10. Activity in the scientific community, international connections:

President of Curatorium of Foundation of Constructive Geometry

Member of editorial board of Beiträge zur Algebra und Geometrie (1992-),-), Journal of Geometry and Graphics (1997-) KoG (Zagreb (2005-),

Organization of international conferences e.g. Konstruktíve Geometrie (1993, 95, 98, 2001, 05)

CURRICULUM VITAE OF Péter Moson

1. Personal data:

Birth date: 1949

Highest school degree: university diploma

Speciality: mathematician

Phone, email: 463-2690, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Differential Equations

Position held at BME: associate professor

Type of employment (BME): full time, tenured
3. Scientific degrees (PhD / CSc / DLA);

CSc in mathematics

4. Membership in the Academy and other degrees:
5. Major Hungarian Scholarships:
6. Teaching activity so far (with list of courses taught)

33 years of teaching experience (engineers, physicians, mathematicians) at BME. Main subjects: Calculus, Advanced analysis, Differential equations. Courses in 4 languages (English, French, Hungarian, Russian) in Hungary and abroad.

7. Results and experience:

Research in Qualitive theory of Ordinary Differential Equations and its applications (e.g. population dynamics). Number of scientific publications: 17. Author, translator of learning materials. Reviewer (AMS, Zentralblatt). Earlier different applications (e.g. combustion, control digit of the Hungarian taxation number). Lately administrative and pedagogic activities (e.g. dean of the Faculty of Natural Sciences).

8. Selected publications (maximum 5) from the past 5 years:

1. 
   P. Moson (co-author): Final report of the project "Development of University Education in Mathematics and Exact Sciences via Trilateral Co-Operation, Finland-Hungary-Sweden". Mathematics. Editor: Per-Anders Ivert, Lund University. Finnish Ministry of Education Reports 33:2002. ISSN 0359-761X, ISBN 952-442-158-5. 15 p + mellékletek.
   
2. 
   P. Moson (co-author): "Les formations d'ingénieurs dans les pays d'Europe Centrale et Orientale", Dossier - Partenariat Entreprises. CEFI (Comité d'Etudes sur les Formations d'Ingénieurs). 2004.
   
3. 
   P. Moson (contributor): Chemical Education for a Competitive and Dynamic Europe. White Book (Bonn, Jan. 2005). M. Cooke, L. Gros, M. Horz, W. Zeller (editors). ISSN 1618-9477, ISBN 3-88555-764-9, Bestell-Nr.:09.103 (p. 106)
   
4. 
   P. Moson, A. Jobbagy: Specialities of Bologna type Education in Hungary. International Conference on Engineering Education (ICEE2006). (abstract – megjelent az ICEE Program könyvben, ISBN 1-58874-648-8), a teljes cikk megtalálható www.ineer.org , vagy CD ISBN 1-58874-649-6.
   
5. 
   P. Moson, I. Varga, A. Moson: Practical placements supported by European programs. International Conference on Engineering Education (ICEE2007). A teljes cikk megtalálható még www.ineer.org , vagy CD ISBN 978-972-8055-14-1.
   

9. The five most important publications (if different from the preceding ones):

1. 
   P. Moson. On isolated periodic solutions of autonomous systems . Univ. Sci. Bp. Math. 19, 1976, 63-67.
   
2. 
   Quasi-periodic solutions of differential equations depending on parameters I-II. Vestnik Leningrad University 2, 1986, 16-22, 3, 1986, 34-39.
   
3. 
   H.I. Freedman, P. Moson: Persistence definitions and their connections. Proc. Amer. Math. Soc. 109, 1990, 1025-1033.
   
4. 
   P. Moson. Local bifurcations in the case of eigenvalues 0,0.+i,-i. ZAMM, 71, 1991, T 69-70.
   
5. 
   H.I. Freedman, P. Moson: Bifurcations in persistence theory. Applied Mathematics and Computation 79: 125-136 (1996).
   

10. Activity in the scientific community, international connections:

Member of the Regional Committee of Experts of the French Speaking Universities (AUF CRE).

International relations as the director of the Filière Francophone, the Leonardo institutional coordinator of BME.

Coordinator of more than 20 projects with budget more than 40.000 € each (e.g. international secondary school, sandwich type engineering education, open and distance learning, student exchange programs, internships).

CURRICULUM VITAE OF Attila Nagy

1. Personal data:

Birth date: 1952

Highest school degree: university diploma

Speciality: mathematician

Phone, email: 463-2094, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Algebra

Position held at BME: associate professor

Type of employment (BME): full time, tenured
3. Scientific degrees (PhD / CSc / DLA);

CSc in mathematics, 1989

4. Membership in the Academy and other degrees:

Dr. habil, 1997

5. Major Hungarian Scholarships:

Széchenyi Professorial Fellowship, 2000

6. Teaching activity so far (with list of courses taught)

I teach at BME since 1976. I give lectures to students of the faculty of

transportation engineering on mathematics and to the students of mathematics on various subjects from the algebra.
7. Results and experience:

My area of research is the theory of semigroups

8. Selected publications (maximum 5) from the past 5 years:

1. 
   Retractable state-finite automata without outputs, Acta Cybernetica, 16 (2004) 399-409.
   
2. 
   Homomorphic direct product of automata  (with I. Babcsányi), Publicationes Mathematicae  (Debrecen),  Supplementum 65(2004), 513-524
   
3. 
   Permutative semigroups whose congruences form a chain, (withP.R.Jones) Semigroup Forum 69(2004), 446-456
   
4. 
   Regular RGCn-commutative semigroups, Scientia Iranica, Vol. 12(2005), No. 1,  pp 10-13
   
5. 
   Permutable semigroups satisfying a non-trivial permutation identity, Acta Sci. Math. (Szeged), 71(2005), 37-43
   

9. The five most important publications (if different from the preceding ones):
10. Activity in the scientific community, international connections:

I am the secretary of the Doctoral Commitee of our faculty.

CURRICULUM VITAE OF Béla NAGY

1. Personal data:

Birth date: 1942

Highest school degree: university diploma

Speciality: mathematician

Phone, email: 463-2324, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Analysis

Position held at BME: full professor

Type of employment (BME): full time, tenured
3. Scientific degrees (PhD / CSc / DLA);

CSc in mathematics, 1975

4. Membership in the Academy and other degrees:

DSc in mathematics, 1985

5. Major Hungarian Scholarships:

Széchenyi Professorial Fellowship, 1997-2001

6. Teaching activity so far (with list of courses taught)

Educational activities: different mathematical subjects for students of the faculties Structural Engineering, Architecture, Transportation Engineering, Chemical Engineering in the course of 40 years. Lecturer of Mathematics I on the Faculty of Chemical Engineering since 1976. Lectures Functional Analysis at the Technische Universitaet Berlin 1988-89, at present workplace 2001. Lectures Linear Systems

at present workplace 2003 and 2005.
7. Results and experience:

Professional and research achievements: Since 1988 leader of research groups OTKA

(Hungarian National Scientific Grants), evaluated always with highest qualification. Main research areas are theory of linear operators and linear systems, where I have

been official opponent or committee member of every candidate in the last 20 years.

8. Selected publications (maximum 5) from the past 5 years:

1. 
   B. Nagy, M. Matolcsi, M. Szilvási, Order bound for the realization of a combination of positive filters, IEEE Trans. Aut. Contr., 52 (2007), 724-729.
   
2. 
   B. Nagy, K.-H. Förster, Spectral properties of operator polynomials with nonnegative coefficients, Operator Theory: Advances and Applications, 163 (2005), 147-162.
   
3. 
   B. Nagy, M. Matolcsi, Minimal positive realizations of transfer functions with nonnegative multiple poles, IEEE Transactions on Automatic Control, 50 (2005), 1447-1450.
   
4. 
   B. Nagy, M. Matolcsi, A lower bound on the dimension of positive realizations, IEEE Trans. Circ. Systems I: Fundamental Theory and Applications, 50 (2003), 782-784.
   
5. 
   B. Nagy, K.-H. Förster, Nonnegative unitary operators, Proc. Amer. Math. Soc. 132 (2004), 1181-1193.
   

9. The five most important publications (if different from the preceding ones):
10. Activity in the scientific community, international connections:

Former member of the Mathematical Committee of the Hungarian Academy of Sciences and of the Scientific Committeee of the Faculty of Chemical Engineering Member of the Doctoral and Habilitational Committeee of the Institute of Mathematics, and of its Doctoral School.

CURRICULUM VITAE OF ZSANETT ORLOVITS

1. Personal data:

Birth date: 1979

Highest school degree: university diploma

Speciality: applied mathematician

Phone, email: 463-2140, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Differential Equations

Position held at BME: assistant lecturer

Type of employment (BME): full time
3. Scientific degrees (PhD / CSc / DLA);
4. Membership in the Academy and other degrees:
5. Major Hungarian Scholarships:
6. Teaching activity so far (with list of courses taught)

Introductory mathematics for engineering students, Péter Pázmány Catholic University, Budapest (2004-2006, Mathematical analysis I-II., recital sessions), and Budapest University of Technology and Economics (2006-present A1,A2,A3, recital sessions)

7. Results and experience:

I have started the Applied Mathematics Doctoral School of ELTE in 2003 as a young researcher in MTA SZTAKI (2003 – 2006: Young Researchers' Scholarship from the Hungarian Academy of Sciences). One of the theses of my dissertation is to develop and analyse a recursive (on-line) parameter estimation method for GARCH processes. By the verification of the convergence of the prepared algorithm we have developed two useful technical tools: we have provided a simple method for the computation of the top-Lyapunov exponent of block-triangular stationary random matrices and examined the L_q stability of products of block-triangular stationary random matrices.

2005: Best Ph.D. Students' Award of the Computer and Automation Research Institute.

An another basic problem is to detect the structural changes in the financial market, which is reflected in changes of the GARCH parameters. A change point detection method for GARCH processes inspired by the results of L. Gerencsér and J. Baikovicius, leading a kind of Hinkley detector with appropriately defined residuals has been also developed in the off-line case.

8. Selected publications (maximum 5) from the past 5 years:

1. 
   L. Gerencsér, Gy. Michaletzky, Zs. Orlovits: Stability of block-triangular stationary random matrices. To appear in Systems & Control Letters, 2007.
   
2. 
   L. Gerencsér, Zs. Orlovits: L_q-stability of products of block-triangular stationary random matrices. To appear in Acta Scientiarum Mathematicarum (Szeged), 2007.
   
3. 
   L. Gerencsér, G. Molnár-Sáska, Zs. Orlovits: Recursive estimation of Hidden Markov Models. In Proceedings of the 44th IEEE Conference on Decision and Control and European Control Conference ECC 2005, Seville, Spain, December 12-15, 2005.
   
4. 
   L. Gerencsér, Gy. Michaletzky, Zs. Orlovits: On the Top-Lyapunov Exponent of Block-triangular Stationary Random Matrices. In Proceedings of the European Control Conference ECC 2007, Kos, Greece, July 2-5, 2007
   

9. The five most important publications (if different from the preceding ones):
10. Activity in the scientific community, international connections:

Scientific membership: IEEE Control System Society from 2005.

Member of the organizing committee of a conference.

CURRICULUM VITAE OF Péter Pröhle

1. Personal data:

Birth date: 1956

Highest school degree: university diploma

Speciality: mathematician

Phone, email: 463-2094, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Algebra

Position held at BME: associate professor

Type of employment (BME): full time, tenured
3. Scientific degrees (PhD / CSc / DLA);

CSc in mathematics, 1988

4. Membership in the Academy and other degrees:
5. Major Hungarian Scholarships:

Széchenyi Professorial Fellowship, 2000–2003.

6. Teaching activity so far (with list of courses taught)

I teach at ELTE, Dept. of Algebra and Number Theory, since 1978. I was teaching staff there between 1980 and 1997 (31th of Dec). I am a teaching staff at BME, Dept. of Algebra, since 1998 (1st of Jan). Beyond the normal teaching activity, I gave special courses in Artificial Intelligence, about the third generation of Logical Programming tools, Computer Mathematics and related topics.

7. Results and experience:

My area of research interest is Algebra, Logic, Algorithms and Programming (ALAP). I’ve published 12 well recognised research papers so far, collecting almost 100 citations.

8. Selected publications (maximum 5) from the past 5 years:
9. The five most important publications (if different from the preceding ones):

1. 
   S. Linton, U. Martin, P. Prohle, D. Shand: Algebra and Automated Deduction. Springer Lecture Notes in Artifical Intelligence 1104 (1996), 448-462.
   
2. 
   Samuel M.H.W. Perlo-Freeman and P. Prohle: Scott’s conjecture is true, position sensitive weights. Springer Lecture Notes in Computer Science 1232 (1997), 217-227.
   
3. 
   P. Prohle: Which of the Cancellative Semigroups are Groups? Semigroup Forum Vol. 57 Num. 3 (1998), 438-439.
   
4. 
   P. Prohle: The analysis of fundamental notions of linear algebra. Technical University Press, Budapest, 1998, 194 pages, ISBN 963 420 585 2.
   
5. 
   P. Prohle: Does the Frobenius endomorphism always generate a direct summand in the endomorphism monoid of fields of characteristic prime? Bulletin of the Australian Mathematical Society 30 (1984), 335–356.
   

10. Activity in the scientific community, international connections:

Regular contributor to the International Mathematics Competition for University Students

CURRICULUM VITAE OF András Recski

1. Personal data:

Birth date: 1948

Highest school degree: university diploma

Speciality: mathematician

Phone, email: 463-2587, [e-mail]
2. Present employer (BME): Budapest University of Technology and Economics

Department of Computer Science and Informatics

Position held at BME: full professor, head of department

Type of employment (BME): full time, tenured
3. Scientific degrees (PhD / CSc / DLA);

CSc in mathematics, 1977