Shreyas Shetty Email & Phone Number

Phoenix, Arizona, United States

Seattle, Washington, United States

• Leading the research on recycling carbon fibers from CFRP waste and end-of-life components - Designed a batch reactor system suitable for carbon fiber recycling and recovery - Characterized different solvents and narrowed down the best process - Achieve near 100% recovery of carbon fiber using Acetic Acid in subcritical conditions • Performed experiments to study the defluorination/destruction of PFAS compounds (present in fire-fighting foams, cookware, food packaging) using supercritical water • Carried out experiments on a continuous flow reactor to demonstrate destruction of waste using subcritical water - Decomposing toxic Dimethyl Methyl Phosphonate into less toxic hydrolysates and recording kinetic rates of the reaction - Study of corrosion rates of 316SS continuous flow reactor using NaOH • Analyzing unidentified experimental products and molecular identification using Raman spectroscopy and FTIR • Surface morphology analysis using Scanning Electron Microscopy and X-Ray Diffraction

Mumbai Area, India

New Product Development & Product Lifecycle Management• Spearheaded the development of 8 new products and government work orders of motor starters and controllers• Developed enclosures and components of Bus Bar Trunking (BBT) using AMADA machines New Process Development • Established manufacturing process of BBT components from laser cutting to manufacturing using press tools • Institutionalized electroplating in aluminum busbars; eliminating the manual process of tinningManufacturing Excellence • Product performance and quality enhancement through use of statistical tools like six-sigma, SPC, DOE • Institutionalized new products and processes through FMEA and Lean projects

Mumbai Area, India

New Product Development & Product Lifecycle Management • Developed new products as part of PLM to achieve throughput improvement • Analyzed and indigenized main springs of Air Circuit Breakers to address customer complaint using DMADV methodology • Established a manufacturing shop of switchgear; new manufacturing line, 29 press tools & 5 compression molds New Process Development • Copper component manufacturing from conventional machining to CNC machining • Designing jigs and fixtures for riveting process to achieve six-sigma (0 DPM) • Instituted insert molding of thermoset components to reduce takt time in assembly process• Introduced spin riveting of components instead of nut-bolt assembly to address customer complaint Manufacturing Excellence • Programmed and automated existing processes to reduce manufacturing lead time • Cost optimization projects worth USD 600,000 using value analysis methodology • Standardized documenting processes in the form of SOPs, process sheets and manufacturing manuals

Mumbai Area, India

Master Of Science - Ms, Mechanical Engineering, 3.78

Bachelor Of Technology - Btech, Mechanical Engineering