Microsoft · Finland
Nearly 8 years bridging complex analog/digital PCB design, firmware, and 3D mechanical modeling. From medical devices and IoT to robotic-assisted camera systems at Microsoft Surface.
Orchestrated hardware validation and Image Quality testing using SFR, FOV, and slanted-edge metrics. Architected scalable robotic testing workflows integrating UR3/UR5, Meca500, and Zaber motion systems. Designed custom optical testbeds with Thorlabs components and Labsphere integrating spheres. Engineered custom PCBs via OrCAD and mechanical fixtures using PTC Creo with Stratasys 3D printing.
Developed compact, mass-production-ready sensor models with multi-layer PCB design and custom 3D-modeled enclosures (DFM). Implemented 4–20 mA and IO-Link interfaces for industrial automation. Validated hardware through vibration, shock, and pressure testing. Managed full prototyping lifecycle including component procurement and vendor coordination.
Formulated schematics and multi-layer PCBs using Altium Designer for smart vending solutions. Conducted EMC compliance and VNA-based antenna testing using Tektronix RSA spectrum analyzers. Thesis work: developed an integrated RFID shelf antenna using the structure itself as the radiating element, significantly increasing efficiency while reducing component count.
Engineered multi-layer PCBs for medical rehabilitation systems using Altium Designer. Developed STM32-based firmware with OTA update capabilities for next-generation medical hardware. Enhanced patient recovery outcomes through high-precision, reliable hardware designs tailored for rehabilitation exercise regimens.
Co-developed the HELLI Smart Helmet — an advanced safety system featuring Bluetooth, GPS, GSM, and IMU-based accident detection with sensor-fusion algorithms. Designed PCBs and 3D-modeled enclosures for a self-aligning DSNG satellite antenna system, IoT smart timer switches, and medical-grade prototypes.
Full hardware design and electronics upgrades for Selfly Store's smart vending solution. Custom Altium PCBs, RFID EMC validation, and 3D-modeled cabinet components for production.
PCB design and STM32 firmware for medical rehabilitation robots at Articares. Implemented OTA update features and upgraded hardware for improved patient care outcomes.
Co-developed a safety helmet featuring Bluetooth, GPS, GSM, and IMU-based accident detection with sensor-fusion algorithms. Full electronic and physical architecture design.
Self-aligning DSNG van antenna system with custom PCB design and 3D-modeled mechanical enclosures for reliable satellite tracking in the field.
Automated fault detection and removal system for production lines, combining hardware sensing, embedded logic, and real-time alerting to eliminate manufacturing bottlenecks.
Master's thesis project — novel antenna design using the shelf structure itself as the radiating element, significantly increasing RFID efficiency while reducing component count.
Open to consulting, full-time roles, and collaborations in embedded hardware, robotics, and IoT systems.