Learning how to use Computational Chemistry through Molecular Dynamics under the supervision of Prof. Ayappa (online).

As Project Manager at Rolex in Research and Development department, I managed the development of collage for new Rolex watches.Key Achievements:- Identification of optimum conditions and materials for collage.- Conveyed future research directives.

Additional research projects in parallel with my studies at EPFL:Industrial Process and Energy System Engineering (IPESE)Project 1: Dynamic simulation and optimisation of a swing adsorption model for CO2 capture. Softwares used: gPROMs, ASPEN adsorption.Project 2: Optimal production strategies for future adsorbent materials for CO2 capture, by minimising production cost and environmental footprint ( Process integration and waste minimisation).Group of Chemical and Physical Safety (GSCP)Tailored techniques to protect researchers from exposure to hazardous nanomaterials.Based on the collected information, the existing techniques for measuring the occupational exposure to ENMs (engineered nanomaterials) were analyzed. The aim was to select techniques that are more suitable for monitoring the exposure of EPFL researchers to ENMs.Laboratory of Advanced Separation (LAS)Project 1: Managed the development of self-supporting carbon-nanotube material to enable crack-free transfer of single-layer graphene.Project 2: Designed a novel process to scale-up graphene nanomembrane production. Laboratory of Computational Systems Biotechnology (LCSB)Project 1: Developed a database to classify the different malaria drugs.Project 2: Simulated the metabolism of malaria inside human liver.