Unmanned Aerial Vehicle Imaging and Electromechanical Systems Hardware Design Engineer
QUALIFICATIONS
- Bachelor's degree in Electrical, Electronics, Electrical-Electronics, Mechatronics, or Electronics and Communication Engineering,
- Belief in the importance of developing a technology of critical importance to our country, such as Unmanned Aerial Vehicles, as national and original,
- Willingness to work in a team spirit in the field of aviation, where engineering is applied at the most advanced level,
- Experience in analog and digital circuit/system design,
- Experience in microcontroller-based circuit development projects,
- Experience in computer-aided PCB design,
- Knowledgeable in electromagnetic compatibility,
- Experience in circuit prototyping,
- Preferably experienced in the Defense Industry or Aviation sector,
- Preferably experienced in communication protocols such as RS232/422/485, CAN-Bus, SPI, I2C, Ethernet,
- Preferably experienced in image interfaces such as MIPI, CSI2, GMSL, SerDes, Parallel CMOS, LVDS, HD-SDI,
- Preferably experienced in image sensors, lenses, and optics,
- Preferably experienced in developing electronic hardware compliant with military or civil standards such as MIL-STD-461, MIL-STD-704, MIL-STD-810, IPC-A-610, IPC-A-620,
- Proficient in English,
- Ability to adapt to flexible working hours in a fast-paced environment,
- Completed military service for male candidates,
- No travel restrictions,
- Residing in Istanbul European side or willing to relocate.
JOB DESCRIPTION
- Responsible for the hardware design and testing of avionics designed for Imaging and Electromechanical Systems,
- Creating hardware design architecture and writing lower-level system requirements,
- Managing the design, test, production, and integration processes of the designed hardware,
- Conducting hardware simulations, performing test processes, and analyzing and reporting results,
- Conducting environmental condition tests such as MIL-STD-461, MIL-STD-704, MIL-STD-810 and EMC certification tests, and preparing reports,
- Supporting the improvement of hardware designs by conducting analysis and tests for problems and issues that occur during testing and in the field,
- Ensuring effective coordination with other software, mechanical, production, integration, and system management units,
- Contributing to the creation of the most optimal design to meet the needs by evaluating reports from other design disciplines.