Adithya Pandurangi

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Developed and validated a rapid, low-cost electrochemical method for tetrodotoxin detection using Neuro-2a cells on ITO electrodes, published in Toxins (2025). Designed biocompatible conductive surfaces and fabricated microelectrode arrays, delivering full analytical characterization and presenting at international conferences.

-Scientific dissemination ( conferences and publications)
-Teaching assistance in multiple subjects

Developed a novel electrochemical toxin detection method using Neuro-2a cells on ITO electrodes in collaboration with Dr Mark Dallas. Integrated into an unfamiliar laboratory and delivered a working, transferable method within a three-month placement.

Developed a novel electrochemical toxin detection method using Neuro-2a cells on ITO electrodes, in collaboration with Dr Mark Dallas, Director of Pharmacology. Integrated into an unfamiliar laboratory and delivered a working, transferable method within a three-month placement.

Investigated high-temperature static seals for gas turbines, improving superalloy service life through new alloying additions.

Worked on “High-Temperature Capable Static
Seals Technology Development for Gas Turbine Application.

Led development of bulk nano-structured steel from concept through to qualified product, working across metallurgy, production and customer requirements. Owned customer complaint resolution end to end, using SEM and EDX failure analysis to identify root cause and implement corrective action. Ran routine QA and QC testing within an ISO 9001 and GMP quality system, applying FMEA, Kaizen and 5-Why me

Led development of bulk nano-structured steel from concept through to qualified product, working across metallurgy, production and customer requirements. Owned customer complaint resolution end to end, using SEM and EDX failure analysis to identify root cause and implement corrective action.

Project: Effect of electropulsing on microstructure and residual strain in deformed low-carbon steel.

Grade: International Distinction

PhD in Nanoscience, Materials and Chemical Engineering, awarded International Distinction. Thesis on (Bio)Electrochemical Tools for Integration of Biological Systems and Electronic Components.

https://www.urv.cat/en/research/support/programmes/marti-franques/cofund/fellows/naga-pandurangi/

Grade: 8/10

MSc in Nanoscience, Materials and Processes with a grade of 8/10. Thesis on direct electrical contacting of PQQ-dependent glucose dehydrogenase on polyaniline and carbon nano-onion modified gold electrodes.

Worked on my Master thesis which includes the fabrication of Biosensor for enabling direct electron transfer between the enzyme (PQQ-GDH) and the micrometric patterned electrode.

Grade: 7/10

MTech in Materials Engineering with a grade of 7/10. Project on the effect of electropulsing on microstructure and residual strain in deformed low-carbon steel.

Pursued a Master of Technology in Metallurgical Engineering at IIT (BHU), Varanasi.

BTech in Materials Engineering from Jawaharlal Nehru Technological University, Hyderabad.

Bachelor of Technology in Metallurgy and Materials Engineering.