Tvesha Somani

Supporting market intelligence and competitive benchmarking across Polyols, CASE (Coatings, Adhesives, Sealants, Elastomers), and HDPE product segments. Analysing international trade flow data to identify pricing trends, emerging markets, and competitor movements across key regions. Building structured reports to visualise market performance and commercial KPIs for internal teams. Translating raw data into practical insights to support business planning and pricing discussions. Working closely with Sales, Marketing, and Supply Chain to understand how commercial decisions are shaped by real-world supply-demand dynamics. What I’m learning: Market research & competitor analysis frameworks Trade data interpretation and Data visualisation for decision-making Cross-functional collaboration in a fast-paced commercial environment

Studying Applied Physics with a second major in Data Analytics.

During my 1-month internship at Octillion Power Systems, I gained exposure to both research and practical aspects of EV battery technology. Created training modules on battery cells, PCB design, CAN Bus communication, BMS architecture, and EV/HEV systems Observed manufacturing processes in cylindrical and prismatic cell production Participated in sessions to understand battery pack assembly, cell sorting, IR/voltage testing, and bus bar welding Conducted PCB analysis and studied modes of cells to bridge theory with practice Strengthened skills in technical writing, applied physics, and sustainable energy systems Skills: Battery Management Systems (BMS) · CAN Bus · PCB Design & Analysis · EV/HEV Architecture · Technical Writing · Research

During my internship at Wissen Baum, I conducted a research project titled “Study of the Pendulum System's Vibration Response with respect to its Key Variables such as Mass, Length, and Damping.” Performed theoretical analysis of damped and undamped pendulum systems and their vibration responses Developed Python-based computational models to simulate natural frequencies, oscillation amplitudes, and damping effects Applied Design of Experiments techniques to evaluate the influence of key parameters on pendulum behavior Integrated theoretical physics with computational modelling to validate predictions and generate visual outputs for oscillatory motion Enhanced skills in problem solving, scientific analysis, and data visualization through hands-on project execution

1. Learned optical techniques, including designing and polishing over 20 lenses, laser cutting, and analysing material properties to enhance surface quality and achieve improved optical performance. 2. Gained in-depth understanding of manufacturing processes for over 50 lenses and mirrors used in defence systems and space machines, focusing on precision optics and durability. 3. Got in the Quality Assurance Department to verify diameter, curvature of lenses and if are in phase or out of phase as per requirements of customers with 0.05 error possibilities.