Treesa Raju

• Formulated and characterized magnetic (NiFe₂O₄) and conductive (CNT) nanocomposite hydrogels for enzyme immobilization. • Resolved gelation failures through kinetic control, achieving stability with up to 5 wt% filler. • Conducted enzyme fermentation and purification to prepare free enzymes for immobilization. • Developed skills in nanocomposite formulation, enzyme processing, and problem-solving in a research environment.

• Conducted standardized mechanical testing of pressure-sensitive adhesive systems, including peel, shear, and tack tests. • Provided quantitative performance data to support product development for printing and packaging applications. • Analyzed adhesive samples under varied conditions, contributing to raw material and formulation comparisons. • Developed skills in mechanical testing methodologies and data analysis within a leading adhesive solutions company.

• Implemented a One Ton Biogas Plant in Paradip, focusing on municipal solid waste management. • Conducted research activities related to Life Cycle Assessment (LCA) to evaluate environmental impacts. • Initiated enrichment processes for biogas and digestate to enhance product quality and usability. • Collaborated with a multidisciplinary team at the National Institute of Technology Karnataka to drive sustainable solutions.

• Contributed to the development of advanced hydrogen storage materials by addressing thermodynamic and kinetic limitations. • Synthesized activated carbon from waste coconut shells for effective nanoconfinement of hydrogen storage materials. • Collaborated with a multidisciplinary team at the National Institute of Technology Karnataka to innovate sustainable energy solutions.

• Provided expert answers and explanations for university-level chemical engineering problems to a global student audience. • Enhanced technical communication skills in English through consistent interaction with diverse learners.

• Gained hands-on experience in the petrochemical industry, focusing on real-life industrial processes and applications. • Analyzed case studies to understand troubleshooting and decision-making techniques in a professional setting. • Developed skills in preventive maintenance and learned about the professional culture and attitudes prevalent in the petrochemical sector.

• Acted as a resource for students preparing for the National Engineering Olympiad exams, providing guidance and support. • Promoted the management system through various platforms to enhance student engagement. • Collaborated with coordinators to streamline communication and improve outreach efforts.

• Gained hands-on experience in an integrated titanium dioxide facility, focusing on mineral processing and manufacturing operations. • Analyzed the mineral separation unit, including the Ilmenite benefaction plant and acid generation plant.

• Gained hands-on experience in the Petrochemical division, focusing on plant operations. • Examined the functionality of boilers, compressors, pressure valves, and heat exchangers. • Analyzed manufacturing processes, including cyclohexanone and caprolactam production.