ADIT PATEL
Dallas, TX ***** ***********@*****.*** MO: 682-***-**** LinkedIn: www.linkedin.com/in/adit09 SUMMARY
An experienced, well-qualified, technically competent and result driven Mechanical Engineering graduate having good academic knowledge in Manufacturing, Design and FEM. Open to Relocate without any assistance. EXPERIENCE
Uma Industries, Gujarat, India July’2014-October’2015 Mechanical Engineer (Manufacturing & Design)
• Participated in the development of new submersible pumps that deliver enhanced field performance, market appeal, and cost- effectiveness
• Developed detailed 3D mechanical design drawing and related specifications for machining, manufacture, fabrication, and assembly for construction of equipment and structures using AutoCAD and Solidworks following ISO 9001:2015 and API standards
• Transformed sketches, concepts, layouts into designs using solid models, 3D models, 2D documents and assembly drawings
• Maintained bill of materials (BOM) of products and developed material requirement plan and production schedule to meet demand
• Design modifications to correct operating deficiencies or to reduce production problems
• Led a cross-functional team to evaluate customer complaints and conduct Root Cause Failure Analysis and developed corrective actions (CAPA) to improve quality and customer satisfaction.
• Communicated across several groups on regular basis to deliver designs, provide input to engineering and manufacturing equipment to complete projects in a timely manner
• Assisted in successful implementation of lean six sigma for defect detection which resulted in profit increment by about INR 2 million per annum
Bosch Rexroth, Gujarat, India May’2013-October’2013 Mechanical Engineering Intern
• Observed central tool planning, procurement & development for the plant manufacturing facility
• Worked with production department for productivity improvement by cycle time reduction
• Assisted in Process Engineering for newly developed product
• Design and Development of new Jig & fixtures for productivity improvement in line with company growth target
• Support Tool inventory management for the plant
• Responsible for gauges & instruments procurement, planning & timely calibration for the same
• Coolant monitoring for each Machine
Academic Projects on Design & Product Development
Shoe sole manufacturing using Additive manufacturing Sept’2017-Dec’2017
• As a part of the academic tenure designed shoe sole using CAD and manufactured the product using Selective Laser Sintering(SLS)
• Eliminated the sole mold design and planned a single step sole manufacturing resulting in a cost reduction of about 30% Multipurpose Fan Design using DFM & DFA techniques Jan’2017-April’2017
• Leveraged Design for Manufacturing and Design for assembly techniques in designing a multi-purpose fan with the provision of LED and USB port
• Designed the project using SOLIDWORKS and facilitated the inclusion of user friendliness by incorporating lighting and charging facility through a single port & developed a production process that saved over 20% of the overall production cost SKILLS
Computer & CAD: Solidworks, AutoCAD, Creo, ANSYS, Workbench, MS Office Certified in Manufacturing and Lean six sigma(CLSSGB), Product development, Process development, Cost reduction, FEA, SAP, 3D Printing, Additive Manufacturing, Project management, Design documentation, Excellent Team player & Quick learner, Problem Solving, Communication & Analytical skills
EDUCATION
• Master of Mechanical Engineering, The University of Texas at Arlington Dec 2017
• Bachelor of Mechanical Engineering, Gujarat Technological University May 2015 COURSEWORK
• Design for Manufacturing, Manufacturing Processes & Systems, Additive Manufacturing, Control Systems, Finite Element Methods, AFEM, Classical Thermodynamics & Fluid Dynamics, CAD/CAM, Machine Design, Industrial Engineering, IC Engines, Automotive, Mechatronics, Management & Communication
ACTIVITIES AND ENDEAVORS
• RoboWAR event manager at XENESIS-2013 Tech. Fest held at LDRP College of Engineering
• Visited KLOCKNER DESMA to understand various Injection molding machines and operations