Hamed Ghane
Senior Control Engineer
Precision control, metrology and semiconductor technology, built on a PhD-level control engineering foundation and real-time, closed-loop systems experience in neurotech and BCI
Senior Control Engineer
Precision control, metrology and semiconductor technology, built on a PhD-level control engineering foundation and real-time, closed-loop systems experience in neurotech and BCI
Every project, every thesis, every industry application, all rooted in control systems engineering principles
From control engineering foundations to closed-loop BCI systems and precision control for semiconductor metrology
Welding robots, power converters, satellite attitude control, chemical reaction dynamics, brain-computer interfaces and now nanoscale semiconductor metrology look like very different fields. For me they have all been the same discipline: control systems engineering.
In every one of them the work follows the same loop: model the system, measure and estimate its state, close the loop, and validate the result. Signal processing, system identification, feedback and feedforward design, and real-time implementation carry over from one domain to the next. Only the plant changes.
I'm a control systems engineer with a control-engineering foundation, building model-based, real-time closed-loop systems and validation pipelines in Python, MATLAB, and Simulink.
I'm currently a Senior Control Engineer at Infinitesima Ltd, working on high-precision motion and real-time control systems for advanced semiconductor metrology: multi-axis motion control, system identification and FRF analysis, feedback and feedforward control, loop shaping, vibration mitigation and disturbance rejection for accurate, stable nanoscale measurement.
In recent years I've applied the same engineering approach in neurotechnology, developing low-latency pipelines for EEG/EMG/ECG and closed-loop experiments.