Dharmavatsan .S

Performed solidification assays under varied conditions (different soil types, different cell strains), evaluated the solidified samples by fracture mechanics analyses, coating thickness using MS Excel Evaluated cost to performance ratio with the inclusion of 'soft' qualitative factors such as penetration behaviour, solubility of the media Qualitatively analysed the cell cultivation parameters (Cell counting using Thoma chamber method, OD600 measurement)

-Chemical Synthesis- To synthesize a dimethoxy carbazole and attach pyridine derivatives. -Hands on training to use instruments like rotavapor, microwave reactor. -Analyse the thermal and electrochemical properties of the synthesized compounds by Thermogravimetric Analysis (TGA) and Cyclic Voltammetry (CV) -Familiarising different chromatographic methods- Thin Layer Chromatography (TLC) and Column Chromatography

A unique masters degree with a curriculum that offers subjects both chemical engineering and industrial biotechnology subjects.

To use the knowledge of physical science, mathematics, engineering, business and management, humanities and social sciences for technologies and understanding of their impact and relevance to the social development, maintain their professional competencies in the process of lifelong learning.