About
Summary
Innovative researcher with a robust background in electrochemistry, nanomaterials, and analytical chemistry. Expertise in developing advanced electrochemical biosensors and electrocatalysts for critical applications in healthcare, environmental monitoring, and sustainable energy. A prolific contributor to scientific literature, with over ten peer-reviewed publications and a history of leading multidisciplinary projects, including collaborations with global industry leaders. Adept at employing cutting-edge techniques and technologies to solve complex scientific challenges and seeking to contribute to pioneering research initiatives that drive transformative impact in science and technology.
Education
Jiwaji University Gwalior
Field of study: Chemistry
Degree: PhD
Thesis Title: Polymer nanocomposite voltammetric sensors for quantification of some pharmaceutical drugs
· Engineered polymer nanocomposite voltammetric sensors for precise quantification of pharmaceutical drugs.
· Synthesized and characterized various novel nanocomposite materials (e.g., polyaniline-graphene oxide, ZnO/graphene, polypyrrole/TiO2) via interfacial polymerization and modified Hummer's method.
· Modified and chemically functionalized electrode types (glassy carbon, screen-printed, Pt, Au) for enhanced sensing performance.
· Designed, fabricated, characterized, and optimized electrochemical sensors for monitoring pharmaceutical drugs (Flupirtine Maleate, Clofazimine, etc.), including prototype device development and real sample validation in various dosages (tablets, capsules).
· Contributed to literature reviews, publications, and conference presentations.
Jiwaji University Gwalior
Field of study: Chemistry
Degree: MPhil
Dissertation Title: Synthesis of Biologically Important Pyrazoles.
Jiwaji University Gwalior
Field of study: Chemistry
Degree: M.Sc
Physical Chemistry
University of Kashmir
Field of study: Science
Degree: B.Sc
Skills
Electrochemical (Bio)Sensor Development (including Electrode Modification and Bioconjugation)
Materials Synthesis and Characterization
Electrocatalysis and Nanomaterials
Bioconjugation and Surface Modification: EDC/NHS coupling, 1-PBASE immobilization, 3-MPS-NHS SAM formation, enzyme/antibody immobilization.
Electrochemical Techniques (Cyclic Voltammetry, Electrochemical Impedance Spectroscopy, Chronoamperometry, etc.) - Proficient in using Autolab/Metrohm, Palmsens, and CHI electrochemical workstations.
Advanced Analytical Instrumentation (HPLC, FTIR, UV-Vis, SEM, XRD, TGA/DTA/DSC, etc.) - Expert user with extensive experience in data acquisition and analysis.
Industrial Analytical Chemistry (Pharmaceutical Quality Control, GLP/cGMP Compliance)
Project Leadership (Industrial Project Management - CANATU Sponsored)
Strong Knowledge R&D Protocols and Documentation
Professional interests
Development of advanced electrochemical biosensors for point-of-care diagnostics, food safety, and environmental monitoring.
Design and synthesis of novel electrocatalytic materials for sustainable energy conversion and storage (e.g., hydrogen evolution).
Exploration of 2D nanomaterials and nanocomposites for enhanced electrochemical performance.
Integration of electrochemical sensors with microfluidic devices and other micro/nanotechnologies.
CV
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