* Led Hazard and Operability (HAZOP) studies, Layers of Protection Analysis (LOPA), and What-if Analysis, effectively assessing, mitigating risks, and ensuring process safety compliance.* Conducted Hazard Identification & Risk Assessments in existing chemical plants to ensure safe and risk-free operations are being carried out.* Developed guidelines for various risk assessment tools based on industry standards as well as available safety data of the company.

*Performed meticulous Mass and energy Balances, Utility Load Calculations, and Plant Norms analysis to drive operational excellence.*Calculated Capacity and Yield parameters, offering critical insights into process improvement opportunities.*Conducted thorough Equipment Rating assessments, determining efficiency levels and identifying areas for optimization.*Developed comprehensive Process Schemes with Piping and Instrumentation Diagrams (PIDs) for plant capacity enhancement, norms reduction, and improved Best Cycle Time (BCT).*Spearheaded Laboratory Studies and successfully executed technology scale-up initiatives, resulting in significant plant optimization gains.*Conducted in-depth Process Analysis, focusing on optimization strategies to improve operational efficiency and output quality.*Orchestrated Plant Trials, facilitating the seamless transition from laboratory-scale to commercial-scale production.

*Research on "Chemistries for Academic Demonstrations" project.*Investigation of flow chemistry's relevance in academia.*Exploration of the scope of flow chemistry in educational contexts.*Identification and analysis of challenges associated with its implementation.*Implementation of reaction engineering principles in academic flow chemistry.

*Successfully completed Yellow Belt training, demonstrating proficiency in foundational Six Sigma concepts.*Acquired valuable practical experience through active participation in a project.*Received specialized training in the application of the DMAIC (Define, Measure, Analyze, Improve, Control) Procedure, a critical framework for process improvement.*Led and executed a comprehensive project on Six Sigma Implementation, showcasing expertise in process optimization.*Applied expertise to a specific area of focus, dedicated to enhancing biofuel production efficiency using food waste as a resource.

*Contributed significantly to the AICHE (American Institute of Chemical Engineers) - VIT Student Chapter as a proactive member of both the Events and Technical Teams.*Demonstrated strong leadership and organizational skills by overseeing the planning, management, and execution of diverse events, technical sessions, and workshops.*Engaged in community outreach by volunteering for K-12 educational activities, fostering knowledge transfer and STEM (Science, Technology, Engineering, and Mathematics) education.

*Chem-a-thon, a prestigious 36-hour Hackathon focused on addressing real-world chemical engineering challenges, is organized by AIChE - VIT Student Chapter.*Played a pivotal role in the event's success by taking responsibility for designing intricate problem statements that challenged participants' technical acumen.*Demonstrated strong organizational skills by efficiently managing the event's inventory and overall logistics, ensuring a seamless and impactful experience for all participants.