Manufacturing, Sustainability, Energy, Innovation
Our research focuses on advancing sustainable materials, smart manufacturing, and energy innovation through an interdisciplinary approach that integrates engineering, material science, chemistry, and artificial intelligence.
We develop next-generation bio-based materials, functional coatings, and AI-driven manufacturing solutions for applications in packaging, hygiene, electronics, and industrial sectors. By combining green chemistry, machine learning, and advanced engineering, our team fosters innovation, driving the transition toward a more sustainable, efficient, and high-performance manufacturing ecosystem.
our research topics
Smart Manufacturing
Sustainable Materials
Energy Innovation
Areas of Study
V-FARM
Valorization of Forestry & Agro-Residues Materials
V-FARM transforms biomass into versatile, high-value biobased materials and products through sustainable green chemical synthesis and smart manufacturing.
WALLI-E
Waste to Advance Low-Cost Lignocellulose Innovations for Energy
WALLI-E uses AI-driven hyperspectral imaging, visual imaging, sensors, and metadata to build unique datasets for realtime waste characterization and sorting for efficient waste to products conversion.
BioLEAP
Biocatalysis of Lignocellulosics & Electrostatic Assist Pressing
BioLEAP focuses on the fundamental understanding of lignocellulose-water interactions and dewatering to enhance energy efficiency, improve quality, and make the process more sustainable and cost-effective.