I have professionally designed products across diverse industries, ranging from consumer goods and digital platforms to industrial machinery and healthcare devices. My strength lies in end-to-end development, spanning ideation, requirements definition, prototyping, testing, iteration, and full scale manufacturing.

I design and build robust electronic systems from the ground up, spanning sensor interfacing, analog front-ends, embedded microcontrollers, and low-power circuit design. My work includes prototyping custom PCBs, integrating multimodal sensors, and developing reliable data acquisition pipelines for biomedical and sensing applications.

Through designing an ECG, isolating neuronal action potentials, algorithmically separating human speech from ambient noise, and capturing cardiopulmonary signals using radio-frequency sensing, I am well versed in signal processing.

I design with clinical safety and regulatory pathways in mind, integrating usability, risk analysis, and documentation to support translation from prototype to patient-ready technology. I work with clinicians and stakeholders to ensure designs meet safety, ethical, and compliance requirements while remaining practical to deploy.

My multidisciplinary background blends engineering, hands-on fabrication, entrepreneurship, and language skills, enabling me to work effectively across teams and disciplines. I excel at aligning goals and helping individuals leverage their strengths in collaborative environments.