Mississauga, Ontario, Canada
Biomedical Engineer with over four years of experience in medical device R&D and product development, specializing in hardware design, embedded systems, and bio-signal acquisition. My passion lies in building safe, reliable, and innovative connected health technologies that enhance patient outcomes. My journey began with designing low-power embedded platforms and PCBs for patient monitoring and neonatal care devices. Over time, I expanded my expertise to include firmware development, verification & validation (V&V), and regulatory compliance under ISO 13485, ISO 14971, and IEC 60601. I have successfully supported projects from concept through design transfer, ensuring smooth transitions into large-scale manufacturing. I thrive at the intersection of engineering and healthcare innovation, where I collaborate with cross-functional teams and global vendors to bring ideas to life. Whether it’s leading vendor negotiations, streamlining production testing, or contributing to regulatory approvals, I enjoy solving complex challenges with precision and creativity. I recently completed Master’s in Biomedical Engineering at the University of Guelph, I am eager to apply my skills in embedded systems, hardware design, and compliance to advance the next generation of medical devices. Let’s connect if you’re interested in discussing medical device innovation, R&D collaborations, or opportunities to create impactful healthcare technologies.
Graduate Teaching Assistant for drop in labs - Electronic Devices
• Designed and validated patient monitoring and ECG systems, enhancing continuous health monitoring. • Conducted rigorous V&V testing and systems-level analysis to ensure IEC 60601 compliance for global regulatory submissions. • Developed low-power embedded systems and firmware for STM32 MCUs, integrating BLE/NFC communication for connected devices. • Managed vendor discussions for electronics, sensors, molds, and cable harnesses, aligning design requirements with manufacturability and supply chain availability.