Key concepts in particle dispersion, flow, filtration, process modeling, and computer-aided engineering (CAE) tools to predict and optimize processing outcomes. for nanocomposites. 

Applying manufacturing principles to achieve ablation resistance, super-insulation, and high optical transmittance. 

Use of advanced materials in camera lens modules, thermal insulators, and ablation-resistant components.

Design of active materials that reduce resource use, replace petroleum plastics, and improve plant protection, growth stimulation, and stress tolerance. 

Innovative biodegradable packaging and active materials to replace petroleum plastics, extend shelf life, and improve food sustainability. 

Development of eco-friendly electrochemical biosensors for sensitive, sustainable detection technologies.