Mohini Ghode

Designed a fire protection enclosure for unattended charging of Li-ion batteries, from concept to first sample. • Derived technical requirements from standards, regulations and a market benchmark • Selected the final concept using design calculations and tolerance analysis in Siemens NX, FMEA and risk assessment • Built prototypes and first samples; planned and evaluated verification tests with Fire-Stop and R&D teams

Supported mechanical packaging and concept development for Li-ion battery charging systems, considering thermal management, serviceability, and manufacturability. Supported for prototype parts 3D printing. Collaborated with cross-functional teams to evaluate battery enclosure concepts through benchmarking, CAD updates, and validation activities with the help of siemens NX and used QTRIX for benchmarking.

Acted as team player and handled crucial cost saving projects such as Modular concept of Pallets, Life Cycle of product, Packaging of parts. Gained knowledge in Cost analysis of components and manufacturing processes. Provide proposals to optimize existing components and development standards. Worked on root cause analysis for the issues on Production shop floor, Worked on QMS, 5S. Collaboration with the assembly department with direct influence on production processes. Optimization of existing processes us

Masters in Engineering Sciences with specialisation in Mechanical Engineering and plastic Technology