Research Interests:

• Design of advanced photocatalytic and heterostructured materials for visible-light-driven degradation of emerging pollutants and sustainable water treatment.

•  First-principles modeling and DFT analysis of 2D/3D perovskite, MXene, and MOF composites to predict electronic and optical properties.

•  Interfacial charge-transfer dynamics and mechanistic pathways in environmental and energy-conversion catalysis.

•  Development of multifunctional nanomaterials for solar-driven hydrogen evolution and CO₂ reduction toward clean-energy applications.

•  Development of antifouling membranes via phase inversion (VIPS, NIPS, TIPS) for efficient water purification and biomedical applications.

Research Experience:

1. Environmental remediation: Photocatalytic application on the degradation of emerging pollutants (GC, GC-MS, LC, IC, EIS, UV, XANES)

2. Density functional theory (DFT) and computational simulations (Materials Studio, Quantum Espresso, VASP, CASTEP, DMol3, WIEN2k, BoltzTrap, Gaussian).

3. Final finishing surface modification in ENIG/ENEPIG printed circuit boards (PCB).

4. Energy harvesting or photovoltaics (Renewable energy): Perovskite materials

5. Membrane technology

1. Photocatalyst

3. Final finishing surface modification in ENIG/ENEPIG printed circuit baord (PCB)

4. Energy harvesting or photovoltaics (Renewable energy)

5. Membrane technology