- Development of wearables- Product/enclosure design and optimization for production- Embedded Linux application development- UI/UX design- WPF application development- IOT feature implementation (Cloud data collection, OTA updates, P2P communication)

- Development of BLE enabled devices- Engineering of ultra low power systems- Firmware development of medical devices- Integration of optical sensors

Our products will bring autonomous surgical robotics to dental clinics with an end-to-end solution ranging from CBCT/oral-scan image processing, AI-assisted treatment design, simulations, and digital lab preparations to in-vivo tooth reshaping and implant surgery. Our first solution is to wait for legal approval to start clinical trials at our contracted partner, Semmelweis University.- Responsible for both development teams of hardware and software. - Lead the mechanical design. - Connect the developers with medical and other experts. - Represent the technical point of view in front of the investors.

- Development of autonomous road vehicles for research and education. - Autonomous UAV development for first responders to aid navigation in urban areas - High precision optical positioning measurements for BOSCH Automotive- Fly testing of developed UAVs- Development of V2V and V2I communication technologies

- Control system development of autonomous road vehicles for research and education- Managing the team of junior developers on the autonomous vehicle project- Road testing of developed autonomous vehicles- Development of cloud-based connected car technologies for BOSCH Automotive- R&D of an intelligent cruise control system to reduce the fuel consumption of trucks for Knorr-Bremse AG- Design of an active test system for the reactor protection subsystem for Paks nuclear power plant- Design redundant displays and alarms for safety-critical applications in the control centre of Paks nuclear power plant- Development of a high-speed global navigation system with centimetre level accuracy and nanosecond timing capabilities- Development of a high availability in- and outdoor navigation system for Thyssenkrupp AG.- Research of cloud-connected control algorithms of semi-active suspensions to simultaneously improve handling, safety, and comfort of cars.- Research of V2V, V2I, cV2X, and 5G communication technologies- Development of several indoor vehicle models for educational use- Regular participation and presentation in international conferences

- Research of a unique, patented incremental sheet metal forming technology- Research on real-time robotic telemanipulation over the internet- Design and implementation of the world's largest Rubik's cube solving robot (personally approved by Ernő Rubik) - Integration of a "translator glove" to control the operation of an industrial robot by hand gestures- Research and dissemination of smart ICT practices to improve manufacturing productivity of SMEs over the EU member states- Research and dissemination of high-tech related best practices for the agricultural and food processing sectors over EU member states- Integration of various gripping technologies on industrial robots- Restoration and improvement of a FANUC industrial robot controller- Research of collaborative virtual 3D environments- Research of 3D web technologies- Server administration

- Refurbishing a Mitsubishi made, old robotic manipulator and controller- Implementing a PC based real-time control system

- Regular and special maintenance of small aircraft- Participation in test flights