Ozan Keysan

Electrical-Electronics Engineering
Middle East Technical University
06800, Ankara, Turkey
Phone: (+90 312) 210 7586
Office: C-113
Email:

Education

2013 PhD University of Edinburgh, Institute for Energy Systems
    Thesis Title: Superconducting Generators for Large Offshore Wind Turbines
2008 MSc Middle East Technical University,
    Electrical-Electronics Engineering
    Thesis Title: A Non-Invasive Speed and Position Sensor for Induction Machines Using External Search Coils
2005 BSc Middle East Technical University,
    Electrical-Electronics Engineering

Experience

2014– Assistant Professor Electrical-Electronics Engineering, METU
2011–2014 Research Associate Institute for Energy Systems, University of Edinburgh
2010–2012 Electrical Machine Design Consultant NGenTec, Edinburgh
2009–2010 Research Associate Institute for Energy Systems, University of Edinburgh
2005-2009 Research Assistant Middle East Technical University

Academic-Administrative Work

Reviews for IET Renewable Power Generation Journal
  IEEE Transactions on Industrial Informatics
  IEEE Transactions on Applied Superconductivity
  IEEE Transactions on Industrial Electronics
  IEEE International Conference on Electrical Machines and Drives
  IET Power Electronics, Machines and Drives Conference
  IEEE International Conference on Electrical Machines

Research Interests

My main area of interests are renewable energy, design of electric machines, and power electronics. In particular, I am working on novel drive-train concepts for wind energy such as high-temperature superconducting machines and direct-drive generators. I am also interested in modular and fault-tolerant electrical machines.

Research Experience & Projects

2016-2017 ASELSAN Rail-Gun Project Electromagnetic Design and Optimization of a 200kJ-2MJ Rail Gun.
2016 BAP Design of a Modular Data Acqusition Board.
2016 Andar Servo Design and Manufacturing of a Eddy Current Damper for Aeorospace Application
2016 Andar Servo Design and Manufacturing of a Brushless PM Servo Motor.
2015 Newton Fund Mobility Grant Design of a superconducting wind turbine prototype.
2014–2016 TUBITAK 2232 Project Design of modular and fault-tolerant generators for direct-drive wind turbines.
2011–2014 EU FP7 Project Marina Platform Project is an EU FP7 project with 17 industrial and academic partners. I am working as a full-time researcher in the project, which aims to design combined wave and wind energy platforms. My duty is to compare different generator topologies and power take-off systems in terms of efficiency and reliability.
2013 United Arab Emirates Uni. Design of a 5 kW permanent-magnet linear generator test rig.
2013 GE Power Conversion A project to validate the superconducting generator topology that I developed during my PhD. General Electric supplied the superconducting coil and test facilities for the cryogenic tests.
2011 NGenTec Design consultant for a medium-speed generator design. Electromagnetic optimization a 5 MW, 300 rpm permanent-magnet generator has been completed.
2010 NGenTec Design and optimization of a 1 MW, 12 rpm direct-drive generator for a wind turbine. The machine has been manufactured and successfully tested.
2010 SMART R&D Grant Design and testing of a 25 kW axial flux permanent-magnet generator. The experimental results have been used to evaluate the thermal performance of the generator and the cooling system.
2010 Hayward Tyler Feasibility analysis of a submerged and flooded permanent-magnet generator. Thermal performance of the flooded generator has been investigated as well as the corrosion mechanisms and fluid drag losses.
2009–2010 NPower Project The feasibility analysis of direct-drive PM generators for two wave energy converters (Aquamarine Power,AWS Ocean Power) and two tidal energy converters (Marine Current Turbines, Scotrenewables) have been investigated. An analytical and optimization tool is developed, and licensed by University of Edinburgh for further use.
2005–2008 METU A novel method to estimate the rotor speed and position of an induction motor using the fringing flux out of the rotor cage is developed. An international patent has been awarded to this work.

Teaching Experience

Middle East Technical University

For a full list of courses that I thought please visit my Courses webpage.

  • EE281: Electric Circuits
  • EE361: Electromechanical Energy Conversion-I
  • EE362: Electromechanical Energy Conversion-2
  • EE462: Utilization of Electrical Energy
  • EE564: Design of Electrical Machines
  • ID403: Collaborative Design Studio

University of Edinburgh

Laboratory Supervision:

  • Power Engineering Lab (2nd year): This course introduces students to the techniques and equipment used in the generation, transmission, distribution and utilisation of electrical power.

  • Power Generation Lab (3rd year): The lab aims to give the students experience in working with rotating machines and power electronic equipment and synchronization to the grid.

Courses:

  • The Industrial Doctoral Centre for Offshore Renewable Energy (four-year EngD programme), “Introduction to Superconductivity and Superconducting Generators”.

Memberships

2011–Present IET Member
2011–Present IEEE Power and Energy Society Member
2010–Present UK Magnetics Society Member
2005–Present TMMOB Electrical Engineers Society Member

Honours & Awards

2013 Staff Scholarship, University of Edinburgh.
2012 Young Researcher Support, International Conference on Superconductivity and Magnetism, ICSM.
2012-2013 Ph.D. Overseas fee waiver and stipend, University of Edinburgh.
2011 Young Researcher Award and Travel Grant, European Conference on Applied Superconductivity, EUCAS.
2011 IEEE Membership and Travel Grant, IEEE Power Electronics Society.
2011 Best Poster Award, IEEE International Electric Machines and Drives Conference, IEMDC.
2010 Best Paper Award, IEEE International Conference on Electrical Machines, ICEM.
2010-2012 Ph.D. Scholarship on Renewable Energy, Hopewell Holdings, Hong Kong.
2005–2007 Graduate Fellowship, TUBITAK.
2005 Ranked 2nd in the Academic Personnel and Graduate Education Exam (ALES).
2005 Finalist in the METU Entrepreneurship Competition (Yeni İşler Yeni Fikirler).
2001–2005 Dean’s high honour list (3 times), Dean’s honour list (3 times).

Courses & Seminars

  • Design Thinking(?)
  • Aalto?
  • Future Reliable Renewable Energy Conversion Systems, 4th Flagship Seminar, Chongqing, China, 2012.
  • Supervising Postgraduate Research, Iain Davidson, 2013.
  • Large-Scale Parallel Computing, University of Edinburgh, 2013.
  • Superconducting Machines, UK Magnetics Society, University of Oxford, 2012.
  • Thermal and Mechanical Aspects of High Performance Electrical Machines, UK Magnetics Society, 2011.
  • LaTeX for scientific publications, Skills Development Edinburgh, 2010.
  • Opera 2D/3D FEA Analysis of Electrical Machines, Cobham Ltd. Vector Fields, 2009.
  • Marine and Tidal Energy Workshop, Industrial Problems in Marine Energy Workshop, 2009.
  • Project Management for Researchers, Fistral Training & Consultancy Ltd., 2009.
  • Project Presentation on International Venture Capital Forum, Athens, 2006.
  • Project Management and Entrepreneurship Course, 30 days, METU Technopolis, 2005.

Software

  • Analysis: R, Matlab, C++, Python.
  • FEA: ANSYS Maxwell, Comsol, Opera, FEMM.
  • CAD: SolidWorks, AutoCad.
  • Other: LaTeX, Github.

Activities & Hobbies

  • Mountaineering: Active Member of METU Mountaineering Club
  • Sailing: Dinghy and Yacht Sailing, (Certificate of Competence For Operators of Pleasure Craft).
  • Blogging: asuyatuyolar.org, keysan.me/blog

Languages

  • English (Fluent), Spanish (Intermediate), Chinese (Beginner)

Publications

Completed Theses

  • Öztürk Şahin Alemdar, “Design and Implementation of an Unregulated DC/DC Transformer Module Using LLC Resonant Converter”, MSc Thesis, 2016.
  • Mario Recio Lara, “Development of a mobile phone application to detect speed and faults of electrical machines”, MSc Thesis, 2013.
  • Marzia Akbari, “Comparison and control of power take-off systems for combined wind/wave energy platforms”, MSc Thesis, 2013.