MSc. Aerospace Manufacturing, Cranfield University, Cranfield, UK March 2024 – At Present● Operations Management: - Lean Six Sigma, DMAIC and Kaizen Processes● Operations Analysis: - Value Stream Mapping, Fault Tree Analysis, and Inventory Management● Additive and Subtractive Manufacturing: - Welding, Additive and Subtractive Manufacturing and CompostMolding● Manufacturing Systems Engineering: - Learned how to run Any Logic and Witness software’s.● Supply Chain Management: - Strategy Management, SCOR mapping, Outsourcing and Sustainability● Composites Structures for High performance Structures: - Fibers and Fabrics, Resins and Cores, Carbonfiber injection Molding● Aircraft Assembly: - Airframe Structures, Fastening and Joining, Verification and Applications

Mars Rover ORT● Familiarized methods like CNC machining and 3D printing to swiftly generate items for preliminary testing andvalidation.● Utilizing additive printing to construct intricate pieces would be hard or impossible to make with conventionaltechniques. Custom housing, sensor mounts, and complex structural elements.● Validated laser cutting for precise fabrication of sheet metal parts can be used for enclosures, panels, andstructural elements.● Assembling the mechanical subsystems, including the chassis, suspension, wheels, and robotic arms, ensuringprecise alignment and secure fastening to reduce the friction joints by 70%EUROCCreating algorithms for self-navigating systems can avoid obstacles and choose the best route.● Investigated the use of Altimeter and Life Telemetry to inspect the signals being sent to the receiver with a teamof 3.● Created both an uplink and a downlink service with a team of 3 to inspect the signals.● Constructed preparations for the rover's exposure to various environmental factors, like dust, uneven terrain, andsevere temperatures.● Calculated the cansat drag and efficiency for the deployment of the parachute.

• Improved strategies to enhance attendee satisfaction and overall event experience• Looked for the hospitality team to ensure service for all attendees• Managed the layout and flow of the event space to enhance comfort and accessibility• Managed multiple attendee inquiries and resolved any issues promptly

As research assistant at Manipal Institute of Technology, I conducted numerical simulations and collected data on Rubber particles and impact analysis on Carbon panels on aircrafts and F1 cars . I also evaluated the numerical data through statistical analysis and suggested strategies for new panel introductions, modifications, and experimented with different shapes and angles.Key Achievements :-- Undertook secondary and primary research to test carbon panel adoption of new features, evaluated the Ansys simulations; partnered with 3 Associates to formulate report on future industry trends and application of new panels- Conducted experimental research for launch of potential new technologies. Interpreted statistical data and research conclusions

B. Tech Automotive Engineering, Manipal Institute of Technology, Manipal,KarnatakaJuly 2019 - July 2023● Extensive knowledge about Aeronautical and Automotive Mechanics and Engineering● Implemented Lean Manufacturing and Six sigma in Automotive Engines in a project.● Designed and developed powertrain systems with electric motors, inverters, and battery management● Utilized Simulation software is such as Ansys and MATLAB/Simulink for modeling and design.● Investigated the performance and emissions of an internal combustion engine operating biofuels or synthetic fuels

Learned about the manufacturing process of 3 different Mahindra Auto-Mobile in EV vehicles.● Learned about troubleshooting of an automotive software that was used in 3 different models.● Performed general services of a Mahindra Automotive helped in the efficiency overall.● Increased efficiency and performance by monitoring team member productivity and supplying feedback.

Gathered, organized, and distributed technical documentation of the prototype being built.● Repaired hardware infrastructure operating hand tools and components● Diagnosed malfunctioning hardware and software deployments to support nonstop operations.● Implemented Ansys and AutoCAD for analysis of the model and checking crash simulations.● Inspected Thermal Analysis to check wearing of tires in each time Maintained knowledge support base about equipment warranties.