• Developed new technology in the field of blowing, filling, and capping bottles whilecollaborating with a team of 3 engineers• Modelled designs in CAD software by creating assemblies and implementing Solidworks’FEA feature to analyze stress potential• Worked with a variety of fluids ranging in viscosity (like oil and lotion) and FDA compliance(like milk and mayonnaise)• Regularly employed the use of control mechanisms like servos, steppers, and air cylinders• Personally developed designs from synthesis through drafting and component purchasing• Iterated designs through a process of testing and improving• Selected projects:o “diving” filling nozzle which enters the bottle and rises with the fluid to ensureequivalent pressure between nozzle and bottle – allowing a fill-time of 3 secondsper gallon of watero thermo-blowing mold which converts PET plastic sheets into bottles by cutting,welding, and molding the plastic for use by Dannon yogurt

https://www.biowayenergy.com• Consulted on a project to convert municipal waste into energy from design research through concept development• Contributed to a design team developing smart underground waste collection bins• Studied the Clean India Mission (SBA) and associated literature

• Supported high-mix, low-volume manufacturing processes• Developed automated process controls using a collaborative robot arm• Used Solidworks to design custom fixtures and grips for over 10 manufacturing processes• Learned manufacturing techniques using a manual lathe, mill, and 3D printer

• Worked on Acetic Anhydride Production in the Chemicals Manufacturing Div.• Responsible for solving day-to-day process issues with production line• Learned to use Solidworks’ stress analysis software• Designed and produced several parts currently in use on the Acetic Anhydride process• Modeled air duct system, responsible for confined-space regulation conformance