Our Research is Centered on electrochemistry and its diverse applications, with a particular focus on nanomaterials. we specialize in three key areas
1. Biosensors
Focus: Development of advanced electrochemical and hybrid biosensors for sensitive, rapid detection of a wide range of analytes (biomarkers, toxins, pollutants).
Innovation: Integration of nanomaterials and engineered surfaces to enhance selectivity, stability, and real-world applicability.
Impact: Point-of-care diagnostics, environmental surveillance, and food safety assurance.
2. Next Generation Supercapacitors
Focus: Design and fabrication of novel electrode materials (carbon-based, pseudocapacitive, and hybrid systems) for high-performance supercapacitors.
Innovation: Nanostructuring and surface modification for superior energy and power density, lifecycle stability, and fast charging.
Impact: Sustainable energy storage solutions for electronics, electric vehicles, and grid balancing.
3. Hydrogen Production
Focus: Research on electrocatalytic materials and processes for efficient water splitting and green hydrogen generation.
Innovation: Development of non-precious, earth-abundant catalysts; computational modeling for mechanism understanding; integration with renewable systems.
Impact: Clean hydrogen fuel for decarbonization in transportation, industry, and energy sectors.
