Projects

Using the magnetron sputtering technique, we have successfully synthesized titanium nitride (TiN) and Niobium nitride (NbN) thin film on flexible substrates
The biocompatibility of the fabricated device was also investigated using an MTT assay
Due to their flexibility and exceptional biocompatibility, these fabricated supercapacitors can be used for energy storage in wearable and implantable electronic devices Outcome: Authored/Co-authored eleven peer-reviewed papers in reputable scientific journals and presented research findings at international conferences

Role: Co-investor

We have designed a breath-based breast, lung, and oral cancer detector by exhaled breath and patented it at the Indian patent office, application number 201911030871
Clinical trials were done in one of India’s renowned cancer research institutes, CRI, SRHU, Dehradun
This clinical study was conducted on 150 patients and 57 controls. (Got a chance to work closely with oncologists and cancer patients)
The observations were quite encouraging, demonstrating a sensitivity of 96.11% and a specificity of 94.67% Outcome: Patent granted by Indian patent office (patent number 432433, date of grant: 22/05/2023). This technology is acquired by TATA medical center Kolkata

We have fabricated a piezoelectric nanogenerator that can harvest the energy generated by the movement of the human heart and convert it to electrical energy
We have used piezoelectric polymer reinforced with second-phase nanomaterials Outcome: Patent filed at Indian patent office (application number 202011038412). Heal agnostic Innovations Pvt. Ltd. acquired this technology

We have developed graphene using the chemical vapor deposition technique and graphene oxide using the modified Hummer’s method
Further, we have fabricated a graphene oxide-based glucose biosensor Outcome: M. Tech. dissertation