Designing physical systems at the intersection of analog electronics, firmware, and signal processing. From PCB layout to audio feature extraction, I build things that work.
Proficient in KiCad, Eagle, and Altium Designer for analog and digital circuitry, from schematic capture to production-ready layouts.
System integration, prototyping, hardware-software validation, and electronic diagnostics including counterfeit detection.
C/C++ for embedded targets, Python for scripting and analysis, MATLAB for signal processing pipelines.
Audio feature extraction, classification, and analysis. Research-grade implementations in MATLAB and Python.
Multi-layer PCB design for R&D applications using KiCad, from schematic to production-ready layout; hardware integration on Electro-Optical systems and UAV platforms.
Developed a MATLAB Speech Emotion Recognition pipeline to drive adaptive film music generation for the CGF Project (Erasmus+).
Two research grants on counterfeit electronics detection via physical analysis.
Stage technician and monitor audio engineer for live shows and theatre; live mixing and light design.
Firmware experiments and custom modifications for the Joyo MOMIX Cab audio interface.
Eurorack adaptation of the Coda88 sampler by Sandrolab, bringing the classic sampler into the modular world.
Open-source fully programmable BLE and Wi-Fi MIDI footswitch built on ESP32, wireless stage control done right.
Minimal clock with tap tempo on an ATTiny85, a compact utility module for Eurorack systems.
Arduino interface turning the Robertsonics/SparkFun WavTrigger board into a fully functional drum machine.
Guide on integrating QLC+ 4 with the MagicQ built-in visualizer for live lighting design and programming.
A comparative study of two speech emotion recognition models, evaluating their efficacy in capturing emotional dynamics from film dialogue to support the compositional process of film scores.
↗ opus4.kobv.de DOI: 10.34646/thn/ohmdok-1201Investigation of counterfeit electronic amplifiers as a critical reliability concern, addressing labour exploitation, environmental harms, increased field failures, and rework rates caused by undetected counterfeits in manufacturing.
↗ ieeexplore.ieee.org DOI: 10.1109/MIEL52794.2021.9569080Two case studies documenting the capillary penetration of counterfeit devices in the supply chain, raising concerns on safety, security, and the absence of effective origin-verification tools.
↗ sciencedirect.com DOI: 10.1016/j.microrel.2020.113793