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Technology enthusiast with 5+ years of experience advancing innovation in deep-tech startups, contributing as both a design engineer and a capable team leader. Passionate about creating impactful solutions that enhance human life, I combine solid technical expertise with a practical understanding of production processes to bridge the gap between concept and reality.
Transitioned into the Engineering Lead role for the EE department. Additional tasks: • Building and leading the Electronics Engineering team (current headcount: 8). • Overseeing the development of the full set of PCBAs within the RIVR TWO delivery robot. • Partnering with the CTO and Engineering Leads to plan development and production initiatives aligned with company-wide objectives.
Joined as first Electronics Engineer in the company. Main achievements: • Single-handedly designed and validated the Power Distribution Board (PDB) for the first-generation RIVR TWO delivery robot. • Contributed to the definition of the overall electronics and embedded architecture. • Built the company’s electronics development ecosystem from scratch: ECAD stack, lab infrastructure, version control, and engineering standards. • Verified and validated end-to-end communication between compute unit, transceivers, and actuators at system level.
• Led a team of 3 engineers in developing cutting-edge electronics solutions. • Directed the industrialization of AGADEXO Shoulder exoskeleton from prototype to market-ready product, ensuring compliance with EU EMC (2014/30/EU) and Safety (2006/42/EC) standards. • Oversaw the development of automated testing jigs for EOL testing. • Designed the full electronics architecture for the AGADEXO Lowback exoskeleton, leveraging advanced industrial communication protocols (CANopen). • Contributed to key company strategy decisions, including product requirements and budget approvals.
Additional responsibilities: • Planning and management of medium/large-scale production line • Set-up of production line machinery • Co-design and review of fixtures for product assembly
• Schematic design and PCB layout for medical-grade wearable devices • Engineering of production files for mass-scale PCB manufacturing • Design and construction of jigs and measurement/testing setups • FW development for 8-bit MCUs • Review and re-design of custom FAT/EOL testing instrumentation • R&D and testing of miniaturized sensors (e.g. PPG, EDA, temperature etc.)
12-month Master of Science Thesis project regarding electronic systems for Single-Photon detection. Skills aquired: • PCB design (Altium/PADS) • Laboratory instrumentation (Oscilloscope, Waveform generator, soldering and mounting) • TCSPC measurements (Becker-Hickl modules) • Measurements automation (LabVIEW)