- Employment
- Full-time, office-based
- Experience
- 1–20 years
- Education
- University (graduate), master’s (student / graduate), PhD (student / graduate)
- Location
- Ankara
Duties and Responsibilities
- Design schematics and multilayer PCBs using Altium Designer
- Create BOMs (bills of materials) for electronic boards and manage their revisions
- Plan and track the production of prototype boards and carry out their functional testing
- Coordinate with suppliers across electronics manufacturing processes (PCB fabrication, component placement, assembly) and monitor quality
- Carry out testing and verification using measurement equipment such as oscilloscopes, multimeters and signal generators
- Prepare technical documentation and reports covering design, test and verification processes
- Contribute to engineering activities to ensure the systems developed comply with military standards
Requirements
- Degree in Electrical and Electronics Engineering or a related field
- Experience in PCB design with Altium Designer
- Knowledge of electronic board manufacturing processes (PCB, component placement, assembly) and test methods
- Able to use measurement and test equipment effectively
- Competent in preparing technical documentation
- Basic technical English
- Strong analytical thinking, a team player and responsible
Working Environment and Benefits
- Full-time, office-based role
- Opportunity to take an active role in defence industry projects
- Work alongside an experienced, expert R&D team
- Advanced electronics laboratory and test infrastructure
- Long-term career development and technical skill building
About TEDEG Defence
TEDEG Defence is a Turkish engineering company developing high-reliability power systems and electromechanical subsystems for the defence industry.
We develop military motor drives, static frequency converters, power distribution and control units, and platform-specific mission systems, and we carry out every process from design to production within our own engineering infrastructure.
Our core approach is to develop systems that offer an alternative to imported products, comply with military standards (MIL-STD) and operate reliably in the field. Environmental durability, electromagnetic compatibility, manufacturability and system integration are integral parts of our design processes.