Opto-mechanical design of Helmet Mounted Systems
Opto-mechanical design of Helmet Mounted Systems (HMS) in Helmets & Airborne Systems Division, the systems are widly used in a fixed wing aircrafts, including F-18, F-22 and F-35
A solid engineering background complementing a B.Sc. degree in mechanical engineering specializing in control systems and robotics. Highly experienced in System Design, Integration, and Evaluation in Aerospace & Defence Industry. Design, assembly specification, integration, and support for Helmet Mounted Systems (HMS). My previous position of project manager allowed me to acquire a knowledge and experience in financial analysis and budget control, as well as operation and manufacturing processes.
Design theory and methodology, Control, Digital signal processing, Dynamics, Flexible structures, Optics, Robotics
Electrical Gun and Turret Drive System (EGTDS) & Fire Control System (FCS) of Turkish M60-A1 and Merkava Siman 4 tanks - Project Manager
Design, development, and integration of advanced Monopropellant Thrusters for space applications, including OFFEQ 5 and EROS A1 satellites' Attitude-Control and Orbital-Correction Hydrazine Propulsion Modules.
MBA graduate on faculty of Industrial Engineering and Management
Specialization in Control Systems Av. Grade:82
Fields of interest: Design theory and methodology, Control, Digital signal processing, Dynamics, Flexible structures, Robotics