• Led R&D on electrochemical sensors and wearable health technology

• Co-developed wireless motion capture systems and energy-harvesting garments

• Supported a CHF 1.9M grant proposal; mentored researchers and developed academic course content

Supervisor: Prof. Carlo Menon

• Secured €124K funding via Marie Curie grant (4SENS) and advanced ion-sensing technologies through industry collaboration

• Designed a self-powered potentiometric sensor with integrated data storage

• Co-developed a coulometric readout method with an automated flow system for high-precision, ultrasensitive ion detection

• Mentored students, created lab tutorials, and enhanced engagement through hands-on experiments

Supervisors: Prof. Eric Bakker & Prof. Neus Sabaté

• Worked on ERC-funded project (€2M) advancing self-powered healthcare devices

• Pioneered a paper-based, self-powered glucometer featuring minimal electrical circuit readout; supported ERC PoC grant acquisition (€150K)

• Developed a self-powered HIV point-of-care platform integrating smart circuitry and biofuel-powered sensors

• Fabricated self-activating Al-Pt microbatteries via silicon technology for cell stimulation without external power sources

Supervisor: Prof. Neus Sabaté

• Contributed to national diagnostic innovation (MeitY-funded) by developing a smartphone-based platform for rapid mucin detection using Au nanocluster probes and image analysis, improving clinical tool accessibility

• Under the same objective, supported development of diagnostic and therapeutic systems (covered under PhD)

Supervisor: Prof. Arun Chattopadhyay