Daniel Feszty Email & Phone Number

Győr, Hungary

Conducting R&D activities within the Total Vehicle Developmennt department of Audi Hungaria in Győr, Hungary. Also delegated by Audi Hungaria to serve as Head of Department and Associate Professor at the Department of Whole Vehicle Development at the local Széchenyi University, which academic unit was founded by Audi Hungaria in 2013. Areas of research involve Acoustics, Thermomanagement and CFD.

Győr, Hungary

Responsible for organizing the educational and research activities of the Department of Whole Vehicle Development at Széchenyi University, which was founded by Audi Hungaria in 2013, and which is part of the Audi Hungaria Faculty of Automotive Engineering, in a way so that it enables continuous innovation by addressing the challenges of 21st century. For more information on the educational and research activities, see the following link: jft.sze.hu

Greater Ottawa Metropolitan Area

Co-supervision of research students at Carleton University, facilitating international exchange of research students between Canada and Hungary.

Ottawa, On, Canada

- Research expertise in Helicopter and Wind Turbine aerodynamics and active control systems- Teaching courses on various topics in Rotorcraft Aerodynamics, Aircraft Performance, Aircraft Stability and Control, Aircraft Conceptual Design, Rocket Design and Computational Fluid Dynamics (CFD) - Co-founder of the Rotorcraft Research Group - over 1.7 million dollars of total funding - over 30 research students (MASc and PhD) graduated

Ottawa, On, Canada

CarletonAerospace is the Aerospace Research Unit of Carleton University in Ottawa. It concentrates aerospace researchers throughout the campus and it was established to enhance the visibility of aerospace research at Carleton University. With 28 professors, CarletonAerospace is among the largest academic aerospace research centres in Canada. For more details and an overview of the research facilities please click on the following link: www.carletonaerospace.org

We develop active control systems for helicopters and wind turbines as a spin-off from our research at Carleton University.

Glasgow, United Kingdom

Conducting research for the British defense research agency QinetiQ in the area of active control of dynamic stall induced vibrations on helicopter rotor blades. The paper written from this time period is cited in one of the most comprehensive books non helicopter aerodynamics: Leishman, J.G., "Principles of Helicopter Aerodynamics", Cambridge University Press, 2005.

Worked on the prototype design of the Eurostar EV-97 ultralight 2-seater aircraft, the best selling ultralight in North America.

Phd, Aerospace Engineering

Ing., Aerospace Engineering