About
What I Build
Force-torque sensors adopted by global robotics teams. The world's first commercial focal molography instrument. Cable-driven robots. Autonomous earthmoving machinery. Eight years of shipping electro-mechanical systems under real production constraints, from architecture through manufacturing release.
System Integration
Multi-domain instruments combining optics, mechanics, fluidics, and firmware.
Electro-mechanicalSensor Design
6-axis force-torque sensors, strain gauges, signal conditioning, and calibration.
F/T SensorsProduct Realization
Sketch to series production. DFM, tooling, CE compliance, manufacturing release.
End-to-endSim-to-Real
FEA-to-test calibration that closes the gap between simulation and hardware.
Validated modelsBiotech Instruments
Micro-fluidics, biosensors, and IVD platforms from concept to market.
Life sciencesEmbedded & Control
EtherCAT, CAN, real-time firmware, and motion control architectures.
Real-timeRobotics
Cable-driven parallel robots, teleoperation, autonomous earthmoving machines.
Field roboticsRapid Execution
Concept to field test in 6 months. Two instruments to market in 12.
Fast deliveryRecognition
Awards & Distinctions
EPDT Product of the Year ×2
MiniONE & MiniONE Pro 6-Axis Force-Torque Sensors
ETH Merit Scholarship
Outstanding academic performance, M.Sc. 2019–2021
Salutatorian, High Honors
Bogazici University, Class of 2019
Top 0.07% National Ranking
University entrance exam, 2+ million candidates
TEV Excellence Scholarship
Turkish Educational Foundation, B.Sc. 2015–2019
Skills
Technical Toolkit
Core Stack
Mechanical Design
Simulation & Analysis
Sensing & Embedded
Product Realisation
Software & Dev Tools
How I Work
If it can’t survive a production transfer, the design isn’t done.
Transfer-ready design
Every system starts with the manufacturing transfer in mind. Tolerances, test procedures, supplier constraints. Elegance that can’t be built at scale is just a sketch.
Boring metrics
Yield rate. Mean time between failures. Assembly hours per unit. When those numbers are right, the product ships — and stays shipped.
Own the full stack
Mechanics, electronics, firmware, software, supply chain. Real systems fail at interfaces. I work across all of them.