Publications:

A continuously updated list of publications can be found in the Collection of Hungarian Scientific Works.

https://m2.mtmt.hu/gui2/?type=authors&mode=browse&sel=10022554

 

Studies:

1992–1997: Kemény Gábor Secondary Technical School (Békéscsaba (Hungary)); automotive specialization – baccalaureate exam, technician qualification

1999–2002: Tessedik Sámuel College, Technical and Agricultural Faculty (Mezőtúr (Hungary)); agricultural mechanical engineer (specialization in automotive and municipal services)

2002–2005: Budapest University of Technology and Economics, Faculty of Mechanical Engineering (Budapest (Hungary)); Mechanical engineer MSc (main module: environmental engineering; secondary module: building engineering)

2006–2009: correspondent PhD course – Budapest University of Technology and Economics, Faculty of Mechanical Engineering, Department of Energy Engineering; Pattantyús-Ábrahám Géza Doctoral School (Budapest (Hungary))

2009–2011: PhD candidate

March 2011: Budapest University of Technology and Economics, Faculty of Mechanical Engineering, Department of Energy Engineering; Pattantyús-Ábrahám Géza Doctoral School (Budapest (Hungary)) (Mechanical Engineering Science); PhD degree

2014–2015: University of Szeged, Faculty of Law (Szeged (Hungary)); environmental lawyer

2020–2021: Budapest University of Technology and Economics, Faculty of Economic and Social Sciences (Budapest (Hungary)); Engineering teacher MA

 

Workplaces:

2002 – 2005: Tessedik Sámuel College, Technical and Agricultural Faculty (Mezőtúr (Hungary)) – tutor engineer

2005 – 2010: Szolnok College, Technical and Agricultural Faculty (Mezőtúr (Hungary)) – college assistant professor

2010: Szent István University, Faculty of Economics (Békéscsaba (Hungary)) – tutor engineer

2010 – 2011: Szolnok College (Szolnok (Hungary)) – senior lecturer

Sept 2011 – University of Szeged, Faculty of Engineering (Szeged (Hungary)) – college associate professor

 

Languages:

2004: English intermediate language exam ”C” type

2008: Romanian intermediate language exam ”B” type

2009: Romanian intermediate language exam ”A” type

 

Educational activity:

Reception time:

Prior consultation (via e-mail) is required.

 

Taught courses:

Mechanics I. (Statics) (in Hungarian)

Mechanics II. (Strength) (in Hungarian)

Technical illustration (in Hungarian)

Engineering ethics (in Hungarian)

Utilization of biomass (in Hungarian)

Descriptive geometry (in Hungarian)

Renewable energy sources (in Hungarian)

Utilization of non-renewable energy sources (in Hungarian)

Basics of Energy (in Hungarian)

Energy management (in Hungarian)

Risk Management (in Hungarian)

Creativity in engineering practice (in Hungarian)

Energy supply and sustainable development (in Hungarian)

Engineering innovation (in Hungarian)

Energy management and energy planning (in Hungarian)

Zoltán Magyary seminar (in Hungarian, in English)

Risk management (in English)

Renewable energy sources (in English)

 

Research topics:

- technical research, impact analyzes in the aspect of innovation and sustainability

- areas of alternative application of microwave energy

- evaluation of energy systems, research on the interdisciplinary nature of energetics

- energy life cycle analysis, attitude formation "based on embedded energy"

- risk management in engineering sciences

- sustainable land use: exploring the relationship between land use and soil structure

- experimental pedagogy in technical education

- university lecturer style communication, graphological approaches

 

Thesis topic proposals related to educational and research activities:

Any mechanical engineering topic that has energy management/industrial risk management/technological processes/technical innovation/machine safety/occupational safety/ergonomics/comfort theory aspects,

and a company background is provided for the development due to the student's own network of contacts and/or place of professional practice.

(In the chosen company, the exploratory/data collection/validation work during the development of the thesis is always followed by

planning/testing/analysis/technology development/theoretical and/or practical consideration, sometimes modeling/simulation with the specification of the necessary algorithms.)

Memberships:

Hungarian Academy of Sciences – public body member (22451)

HAS Debrecen Section, Jász-Nagykun-Szolnok County Committee

Hungarian Section of the Combustion Institute

Hungarian Scientific Society of Energy Economics

Hungarian Combined Energy Society

Hungarian Biogas Association

Hungarian Association of Building Engineers

 

Study tours:

2007: United Kingdom, Loughborough University, Centre of Renewable Energy Systems and Technologies (1 week)

2007: Germany – biogas plants (10 days)

2008: Denmark, International Association on Mechanization of Field Experiments – agricultural technologies (1 week)

2009: Norway, Buskerud College – Systems Engineering, e-learning in mechanical engineering science (1 week)

2011: United Kingdom, Birmingham – Aston University – CASC (Cities and science communication: innovative approaches to engaging the public) project (5 days)

2012: Romania, Timisoara – ISIM, RiskROM Project Training Industrial Risk Management (8 days)

2014: Italy, Rome – Sapienza Universitá di Roma (1 week)

2014: Germany, Giessen – Justus-Liebig Universitat (1 month)

 

Useful links:

http://www.mtmt.hu/

http://www.scopus.com/home.url

http://www.sciencedirect.com/

http://www.pafi.hu/

http://www.doktori.hu/

https://www.researchgate.net/

https://wordart.com/

https://eisz.mtak.hu/index.php/hu/

SZTE Repository of Educational Resources_Valeria Nagy