Leading mechanical design and development activities, projects and tasks.Designing high-power density electrical components and systems with a strong focus on robustness, reliability, and cost-effectiveness.Selecting materials (metal and plastic) and creating designs based on predictive analysis and manufacturing needs.Performing static structural and kinematic analyses to define critical design parameters and assess design flexibility.Driving design validation and working closely with cross-functional teams to deliver cost-effective, manufacturable components for high-power density products.Serving as SME in Injection Molding, Liquid Silicone Rubber, and Epoxy Resin Molding processes.

Managing in-house and supplier process design, development activities, and investments for diverse manufacturing methods, including injection molding, blow molding, metal fabrication, and welding.Analyzing process capacity and capability to support process development and capital expenditure planning.Collaborating with suppliers and conducting supplier audits as per ISO 13485 to ensure high-quality manufacturing practices.Creating vendor agreements and URSs for new machines, equipment, and molds, performing SAT activities.Leading equipment qualification and process validation studies, including protocol creation, and executing validations using ValGenesis.Developing and maintaining incoming and process inspection plans utilizing inspection devices such as Hexagon Arm, Zeiss T-Scan w/Tracker, and CMM.Applying Six Sigma principles to streamline production workflows, enhancing efficiency and product reliability.

Conducting research, designing, and developing medical device mechanisms and components with a focus on DFM (Design for Manufacturability)Prototyping and analyzing test solutions for proof of conceptEnsuring compliance with design controls and risk management proceduresLeading and guiding the team on design documentation, including Design Development Plan, Product Test Plan, Design Reviews, and DFMEAsCollaborating with Design Quality and NPI teams to create Risk File, PFMEA, and perform process design activitiesPerforming corporate integration tasks, converting corporate quality documents to local procedures, instructions, and forms for the entire design divisionUtilizing 3D inspection and 3D printing expertise to improve development processes

Responsible for designing built in oven and related processes for production.Study on the product and process development, cost reduction.

Responsible for design and production of fuel rails and hydraulic brake systems with lightweight materials for racing vehicles and military drones. *Summer job while studying.