Aug 2017 – Nov 2019 · 2 yrs 3 mos · New Delhi Area, India

•  Establish a NPD system & major contributor on the technological development, product design (CAD, CAE), test of materials or products, preparation of specifications, process study, and FMEA
•  Leading & setting up various testing facility (labs) and also develop a Validation Master Plan (VMP) for all the manufacturing processes and equipment’s. Writing testing protocol and test reports where applicable as per ISO standards
•  Set up complete manufacturing plant with an ability to produce 2 lac+ implants annually including development of component specifications, inspection methods & BOM by maintaining compliance to all quality requirements
•  Coordinates, manage & document a traceability system as per ISO 13485
•  Manage cross functional project team in a matrix environment to drive project from initiation to product launch by following appropriate product development activities, coordinates project schedule and budget
•  Work closely with Key Opinion Leaders (KOL's), physicians and marketing managers to develop innovative medical devices to improve patient care and to meet business metrics

Mar 2016 – Jun 2017 · 1 yr 3 mos · New Delhi Area, India

•  Working with a team of researchers designing, developing and commercializing a new dental implant with improved material properties and morphology
•  Used various techniques like Solidworks, Fea (Ansys), Pre-processing (Hypermesh), GD&T & dFMEA to optimise the implant model
•  Led the medical and mechanical testing of the implant to optimize and validate the implant properties
•  Set up the manufacturing facility from scratch including cleaning and packaging process to produce at mass scale
•  Produced 10k+ implants thus far at 1/4th of the market rate with material and manufacturing cost optimization

Jun 2015 – Mar 2016 · 9 mos · Rohtak, Haryana, India

•  Spearheaded a team of engineers & technicians to design and develop a prototype of a new e-rickshaw
•  Conceptualized and executed mechanical testing of prototype as per ICAT standards to meet safety requirement
•  Designed a least cost manufacturing process and layout by using lean manufacturing methodology and by reducing cycle time by 20% of various components using heuristic methods
•  Developed 15 vendors to provide various assembly components meeting safety and quality standards
•  Received relevant statutory certificates and approvals within 6 months as against industry average of 12 months