- Collaborate closely with clinical, engineering, manufacturing, and quality teams to integrate insights and ensure cohesive project execution.- Perform hands-on engineering work in new product development, including design, prototyping, and testing, to ensure product feasibility and reliability, as well as troubleshoot and resolve technical challenges.- Develop and implement strategic product development plans, leveraging market research to set clear, actionable objectives.- Oversee the product development lifecycle from concept through various stages, ensuring adherence to quality and regulatory standards.- Create and manage detailed project plans, including timelines and budgets, while providing regular status updates to key internal and external stakeholders.- Stay ahead of industry trends, drive innovative thinking, and ensure product development efforts align with customer needs and market demands.

- Assist in generating and maintaining design specifications, including protocol and report writing, to support product development and compliance with regulatory standards.- Support design verification and validation activities, including conducting Failure Modes and Effects Analysis (FMEA) to identify potential risks and ensure product reliability.- Participate in system-level root cause investigations for product issues, collaborating with senior engineers to analyze findings and implement corrective actions.- Support the maintenance and calibration of laboratory and testing equipment, ensuring all tools are functioning properly and are compliant with safety regulations.- Work with manufacturing teams to ensure that designs are scalable and can be efficiently produced, addressing any technical challenges that arise during scaling.

- Utilized technical expertise to support product design and development activities, identifying potential challenges and risks and proactively developing solutions to address them.- Maintained accurate and detailed records of test results in compliance with Good Documentation Practices (GDP), providing insightful analysis and reporting of findings to inform design decisions.- Collaborated with cross-functional teams to assist in the development of manufacturing processes, offering suggestions for process improvements to increase efficiency and reduce costs.- Developed a comprehensive understanding of the design control documentation required by regulatory governing bodies, ensuring compliance with all relevant regulations and standards throughout the design and development process.

• Collaborated on a project aimed at integrating a high-precision Motion Capture system thatcould assist a mobile manipulator in performing tasks in cluttered environments.• Configured and calibrated the motion capture cameras to ensure accurate tracking of sixdegrees-of-freedom (DOF) data of rigid bodies moving within the workspace in real-time.• Developed ROS packages that receive packets streamed by the tracking software, decodethem, and broadcast the poses of configured rigid bodies.• Worked concurrently on a project that utilized a UR-5 robotic manipulator with a custom-made pneumatic suction gripper to perform intricate assembly operations.• Conducted experiments to calibrate the robot, the end-effector, and mating objects toachieve sub-millimeter level accuracy.• Devised MATLAB/Python scripts to gather in-process data and supported data analyticsactivities.

• Visited several industries like Godrej and Boyce, observed the manufacturing processes involved in the production of die casting dies, press tools and special-purpose metal cutting machines• Performed hands-on practice with welding, non-destructive testing and various machining operations to enhance capabilities and efficiency• Developed a conveyor belt-based material handling system via PLC (Ladder) programming for the transfer of small packages by incorporating various sensors and actuators• Built and tested the working of a line follower bot using Arduino as part of an embedded systems workshop.

• Learned about the different types, components of switchgears, various testing processes involved and gained knowledge of a variety of software used in the design phase and about the different processes involved in the manufacture of switchgears• Designed a stencil for the Frame-2 class of Molded Case Circuit Breakers (MCCBs) on Pro-Engineer• Learned and utilized techniques of Root-cause analysis: Aided in developing Fishbone diagrams to troubleshoot the issue of the incomplete rotation of drive shaft in the On-trip operation in Frame-7 class of MCCBs.• Studied the manufacturing processes undergone by various components of MCCBs and conducting approval tests for MCCBs for test purposes and validating their desired functions• Maintained complete fluency with, and knowledge of all software programs required to accomplish key aspects of product definition, execution and test