PCB & Layout
- Advanced Altium Designer work
- 2–6 layer stack-up planning
- Impedance control and length matching
- Design referencing IPC-2152 / IPC-2581
- Gerber, BOM and Pick&Place production set
Hardware design and R&D engineering — from concept to a board that works in the field.
I have been working in electronic hardware design and R&D for over seven years. I take on the whole job: from requirement analysis to schematic design, from multi-layer PCB layout to prototype build, measurement and failure analysis.
At ANSATEK Engineering, which I founded in 2019 with TÜBİTAK 1512 support, I ran hardware development and R&D end to end for six years and completed three R&D projects. In that period I designed across a wide range — from industrial control boards to battery management systems, sensor-fusion modules and high-speed SoC boards.
I approach IoT from a hardware and systems perspective rather than a software-first one. I have worked on sensor integration, hardware architecture and productisation on embedded platforms such as Raspberry Pi, LattePanda and NVIDIA Jetson. My priority has always been field reliability, stability and measurable performance.
Capabilities
Experience
Automatic passenger counting system within an EU/IPA-funded public transport project: technical specifications, supplier evaluation and technical procurement.
End-to-end electronic hardware development, multi-layer PCB design and R&D process management. Signal and power integrity, EMI/EMC, prototyping, test and hardware-software integration.
Technical evaluation and strategic guidance on R&D and entrepreneurship projects; university-industry collaboration, mentoring and project preparation.
Control boards, power electronics circuits, prototyping and test work.
Education
Let's talk through the scope and technical constraints — I'll come back with a clear picture of the steps and the time it takes.