Final-year EEE student. Hardware designer. Amateur radio operator TA2DWA.
Final-year B.Sc. student in Electrical and Electronics Engineering at Baskent University. Currently completing a capstone project in electronic measurement systems.
Getting here took a non-linear path — a first degree in a different field, years of institutional and operational work, and a deliberate decision to start over in engineering at 35. When the subject is right, the result follows.
Amateur radio operator, licensed under callsign TA2DWA. Interested in graduate research at the intersection of embedded systems, electromagnetics, and photonics.
Self-initiated project exploring electrostatic ion propulsion principles. High-voltage discharge system with ion acceleration stage.
Built independently to explore plasma physics and high-voltage electronics. Involved designing the power supply, electrode geometry, and ionization chamber. Demonstrated measurable thrust at bench scale.
Full-cycle PCB development: schematic capture, layout, fabrication, and bring-up. Designed for a specific embedded application.
Covered the complete hardware development cycle from requirements through schematic, PCB layout, Gerber generation, and board bring-up. Attention to signal integrity, power routing, and component placement.
Precision analog circuit providing stable, adjustable output current across a defined load range. Built and characterized.
Designed using op-amp feedback topology for high output impedance and low temperature drift. Adjustable via potentiometer with output protection circuitry.
Microcontroller-based instrument measuring input signal frequency with digital display output.
Used timer/counter peripherals to implement frequency measurement via gate-time counting method. Signal conditioning front-end handles various input levels and waveform types.
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