My research lies at the intersection of process engineering, materials engineering, nanotechnology, and environmental sustainability.
Research InterestsEngineering novel separators with high ionic conductivity for energy storage devices
Designing functional materials for advanced wastewater treatment technologies
Developing portable biosensors for therapeutic drug monitoring and disease detection
Exploring nanocellulose-based materials for sustainable and multifunctional applications
Engineering sustainable materials is not just about improving performance—it’s about creating solutions that leave the earth greener for future generations. By harnessing renewable, biodegradable resources like nanocellulose, my work aims to reduce the environmental footprint of high-impact technologies, while enabling innovations in energy, healthcare, and water purification.
Current ProjectsNanocellulose-based separators: Designing high-performance, biodegradable separators for next-generation lithium-ion and sodium-ion batteries
Smart biosensors: Developing low-cost, portable devices for real-time drug monitoring and rapid disease diagnostics
Eco-functional filters: Creating cellulosic materials that can efficiently remove pollutants from industrial wastewater
Sustainable composites: Engineering multifunctional nanocellulose composites with tunable properties for diverse applications
Area of Research: functional nano materials for environmental applications
Area of Research: Functional nano materials
Area of Research: Nano composites
