Research areas:

• Modeling and control of dynamic systems using reinforcement learning
  
• Linear synchronous motors: Design and drive methods
• Design of motor drives and power electronics
• Edge intelligence, IoT and TinyML applications
  
• Embedded systems
• Reliable wireless communications
• Desgn of drive motors and mechanisms for walking robots

Areas of interest:

• Instrumentation for manned air vehicles (measurement devices, gages such as altimeter, variometer etc, HUD, open source navigation equipment).
  
• Computer interaction and interfacing devices for the physically impaired (special mouse, displays etc.)
  
• Experimental setups used in engineering education.
• Motion control of industrial robots.
• Open source designs for industrial automation systems.
  

Orcid ID: https://orcid.org/0000-0003-0491-1074

For interested students:

Doctoral degree and MS:

If you are interested in working on the above subjects and taking part in research projects, I encourage you to apply with a short CV documenting your aptitude, background and grades and a letter of intent. Most of the work will be accompanied by experiments.

Undergraduates

I encourage udergraduate students with the qualifications below to apply directly:

• Students at any year of undergraduate study who are interested in the above subjects and wish to work in research experiments,
• Proficient in at least one programming language (or can commit their time to learn),
  
• Preferably comfortable in working with embedded systems (past the stage of entry level, -not interested in Arduino anymore!), or committed to learn,
  
• Preferably already using Linux and other open source software or willing to take the jump

High school students

I encourage groups of high school students with the following qualifications to apply through their teacher:

• Having already conducted projects on the subjects mentioned above, or similar,
• Keen on conducting research and having a concrete research plan.