John Bisiklis

Review and validate electrical drawings, implement BOM changes, and create standardized service and installation procedures for complex machine subsystems. Collaborate with engineering, service, and factory teams to ensure technical accuracy and lead the transfer of procedures to production and customer support teams.

Designed hybrid power architectures for critical applications in European R&D projects and national defense tenders. Conducted electrical system sizing, developed schematics, and led system assembly, integration, testing, and troubleshooting in laboratory environments.

Grade: 9.25/10

Activities and societies: Relevant coursework: Satellite Systems and Subsystems, Satellite Communications, Space Data Systems, Space System Design, Space System Propulsion, Space Automation Robotics, Space System Avionics. Thesis: Physical modeling, control and trajectory shaping of autonomous path following quadrotor UAV with suspended load.

Pursuing a Master of Science in Space Technologies, Applications and Services with a specialization in Space Technology. GPA: 9.25/10.

Completed the Industry 4.0 certification.

Completed the Converter Circuits course on Coursera.

Completed the Self-Driving Cars course on Coursera.

Completed the Power Electronics course on Coursera.

Completed the MATLAB Onramp training.

Grade: 7.04/10

Activities and societies: Relevant coursework: Power Electronics, Electric Machines, Electric Motor Drive Systems, Electric Power Systems, High Voltage Engineering, Renewable Energy Systems. Thesis: Simulation of an electric propulsion system for marine vessels using MATLAB/Simulink.

Completed a five-year integrated Master of Engineering in Electrical and Computer Engineering with a specialization in Power Electronics, Energy Conversion, and Renewable Energy. GPA: 7.04/10.

Participated in a six-month Erasmus+ undergraduate mobility program in Industrial Engineering.