Georgios Dialynas

System Architect for next-generation microcontroller platforms based on Cortex-M4 and RISC-V. Coordinated cross-functional engineering activities involving hardware, software, control, and functional safety requirements.

Led development and validation of real-time control algorithms for complex electromechanical systems. Performed dynamic modelling, closed-loop stability and robustness analysis under real-world disturbances.

Developed and deployed two new SUMs, including operator HMI design, process simulation, and comprehensive FAT, DSAT, and SAT testing. Updated and optimized Functional Design Specifications (FDS) and Detailed Design Documents (DDS), ensuring compliance with J&J global design standards, GDP, and GAMP/GMP regulations.

Architected and built a custom robotic bicycle platform integrating embedded sensing, actuation, microcontrollers, state estimation, and real-time control. Implemented state estimation algorithms, including Kalman filters, for real-time estimation of vehicle states from sensor measurements.

Inspection and testing of M and L vehicle categories according to ISO 9001:2008 standards. Responsible for inspection procedures for new regulations and intern training.

Modelled and simulated complex electromechanical powertrain systems using LMS Imagine.Lab Amesim. Performed system-level power requirement calculations and component sizing based on operating cycles.

Ph.D. in Dynamics & Control Engineering with focus on system identification, frequency domain analysis, mathematical modeling, mechanical design, hardware & software development, and HIL & SIL testing of control modules and sensors.

Grade: Distinction

M.Sc. in Electromechanics with distinction, including significant courses in efficient powertrain and body design, alternative drive systems, and trends in vehicle electronics.

B.Sc. in Automotive Engineering with significant courses in computational fluid dynamics, finite element analysis, statics & dynamics, and CAD.