Mansi Tiwari

• Achieved milestones in EV project (XUV400, BE6 & XEV9E ) by successfully developing mechanism parts like Moonroof, Marsroof, Flush outer door handle, Motorized Charger port housing, Strap Inner door handle, Antipinch Window regulator, smart wiper motor system, NFC handle , Parking Brake levers, Spare wheel winch & Power strut lift gate.
• Drove collaboration with essential supplier in enhancing SOR,CIR,DVP,BOM,FTG and technical feasibility of new product development.
• VAVE Ideas generation and implementation.
• APQP and engineering changes planning, implementation review with Supplier.
• Supplier Process and gauges verification and approval.
• PPAP & PSW approval.
• Localization of child parts from supplier in right quality.
• Vehicle level Build, PQ, NOVA C , Validation and Warranty concerns analysis and resolution.
• Part handover to SQE (Supplier technical assistant team after development).
• New Project feasibility to Purchasing Project Management on Timeline and Investment.
• Conducting Producibility check, tracking of tools and equipment by physical verification at suppliers/ tool maker.
• Project handled: XUV 400 , BE6E & XEV9E.
• First time introduce Moonroof, Marsroof and strap inner handle in Indian vehicle.
• Collaborated on the development of a concept electric vehicle from inception to launch.

Wireless Temperature Data Logger.

• Developed seamless integration between PIC controller, sensor, Wi- Fi, and mobile application.
• Integration of software and Hardware.
• Testing and result verification.
• Worked on various Single Board Computers , sensor kits, Design various circuit for educational and Industrial purposes.

Data Acquisition System

● DAQ hardware, sensors and actuators, signal conditioning hardware, and a

A computer is running DAQ software.

● Developed and implemented a LabJack card for DAQ hardware, utilizing LabVIEW programming

• Developed MORI, an origami-inspired modular shape-shifting robot utilizing AI technology for enhanced haptic interaction.

Designed innovative self-folding technique using global heating to facilitate robot reconfiguration.

Employed remote magnetic control systems for precise actuation of robot functions.

Utilized polystyrene material for robot structure, enabling dissolution in acetone for easy disassembly.