Enthusiastic and disciplined individual, willing to contribute for scientific research in the field of low-cost, eco-friendly energy production. Gained extensive experience in the field of organic solar cells (OSCs), particularly in various device fabrication and characterization techniques with an aim of contributing the findings regarding OSCs, related to new materials, improved morphology device engineering, new device structure, optimization, low-cost/ambient air processing, and enhanced stability as well as improved fundamental OSC mechanisms such as charge carrier mobility/transfer, recombination, and transport. 

PROJECTS

Current
• Organic solar cells (bulk-heterojunction and bilayer architectures)

Previous
• Organic solar cells

1. Investigation of different device architecture (bulk heterojunction, bilayer).
2. Investigation of different fabrication methods (spin-coating, spontaneously spreading (ambient-air processing), doctor blading etc.

• Ternary solar cells (conventional and inverted device structures)

• Dye-sensitized and quantum dot-sensitized solar cells

• Synthesis of metal oxides for lithium-ion battery and dye degradation

• Synthesis of magnetically separable photocatalysts for water splitting

Research Profiles

ResearchGate 

Google Scholar Citations 

LinkedIn

Web of Science (Publons) 

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