Engineer Engineering

Vamsi Reddy.

******@**.**********.*** 336-***-****

CAREER OBJECTIVE

Accomplished MECHANICAL ENGINEER with 2+ years of professional engineering experience seeking to influence extensive background in Mechanical Design, Manufacturing, Quality, Product Design and Development in a responsible position.

EDUCATION

Master of Science in Mechanical Engineering. University of Bridgeport, CT.

Bachelor’s degree in Mechanical Engineering. Jawaharlal Nehru Tech University, India.

TECHNICAL HIGHLIGHTS

Industrial Experience in using Computer Aided Design software’s with advanced proficiency.

Profound knowledge in Engineering principles, FEA, GD&T, reading and interpreting Blue Prints.

Keen knowledge in Lean Six sigma analysis and manufacturing processes.

Well versed with Quality control techniques, Statistical Process Controls (SPC).

Possess excellent leadership and project management skills.

TECHNICAL SKILLS

AutoCAD, SolidWorks, ANSYS,UNIGRAPHICS NX, FEA, GD&T, Matlab, Lean Manufacturing, Six Sigma analysis, Quality control and Techniques, Statistical Process Control (SPC), Bill of Materials(BOM’s), FMEA, Microsoft Office (word, Excel, PowerPoint), 3D Printing, Minitab, CNC, Validation Protocols (IQ,OQ,PQ), Gage R&R studies.

WORK EXPERIENCE:

GRADUATE ASSISTANT, University of Bridgeport, CT. JAN 2016 - DEC 2016

Led 200-300 undergraduate students by assisting them in their coursework and provided solutions to complex problems in subject arena.

Acted as a support to the teacher when working in a group setting. Worked under the supervision and guidance of senior teaching staff.

Assisted students in using multiple Computer Aided Design software’s and Additive manufacturing techniques.

Trained Mechanical Design engineering students for newly introduces 3D printers by designing and creating prototypes.

MANUFACTURING QUALITY ENGINEER

DGS TECHNOLOGIES (TOOL DESIGN & MANUFACTUING) AUG 2014 - AUG 2015

Manufacturing Engineer responsibly Designed, Fabricated, Optimized and implemented manufacturing process for manufacturing tooling elements (tools, jigs and fixtures) based on customer requirements and engineering drawings.

Analyzed Equipment and Material Resource Planning (ERP, MRP), tooling, BOM’s, work flow, men, cost effective process and process flow diagrams.

Oversaw the installation, maintenance & performance of the equipments for production lines.

Realized an 11% raise in product efficiency and eliminated waste production by 13% by implementing Lean Six Sigma methodologies.

Increased yield from 29% to 41% by continuous improving & modifying the manufacturing processes.

Conducted Process Failure mode effective analysis (PFMEA), Root Cause Analysis and drove Corrective and Preventive Actions (CAPA) thus by eliminated the non conformance products.

Assisted in writing Validation Master Plan, Executing Validation Protocols (IQ, OQ, PQ) and statistically analyzed data by quality control charts studies thus by achieved 100% process capabilities.

Succeeded 100% in manufacturability of designs in compliance with ISO, good manufacturing practices, quality system standards, and customer needs.

Developed documentation related to the manufacturing processes, results and issues up to date.

Maintained effective customer/supplier relations by managing wide range of interactions.

MECHANICAL DESIGN ENGINEER

ANANTH TECHNOLOGIES LTD. JUNE 2013 - AUG 2014.

Mechanical Design Engineer responsibly Designed, Developed, Tested and Analyzed the power transmission products, Gearing elements, bearings, Gear boxes using CAD software’s, engineering principles, AMSE Standards.

Determined the customer product specifications by maintaining effective technical customer/supplier interactions.

Designed and developed mode using CAD software’s, engineering principles, AMSE Standards.

Tested and analyzed the product components by Finite Element Analysis (FEA), engineering calculations. Followed by validating the designs with ISO Standards and Industrial Standards.

Realized an additional 14% reduction in product design failure by testing, redesigning and modifying the components with respect to Design for Manufacturability (DFM) and Assembly (DFA).

Increased the manufacturing process rate by 17% by designing the product sections effectively by precise application of EBOM and MBOM, Geometric Dimensioning &Tolerance.

Achieved 9% rise in operational efficiency by eliminating design defects and issues thru root cause failure analysis and Electronic Change Orders.

Created prototypes by using 3D Printing/CNC machining, validated the design specifications with required specifications.

Worked closely with other functional areas and managed wide range of technical customers and supplier interactions

Ensured customer satisfaction up to 100% by ensuring product efficiency.

ACADEMIC PROJECTS:

Design, analysis and optimization of Automobile Frame. May 2017.

Design and Analysis of Car Chassis to lower centre of gravity. March 2016.

Design and Fabrication of Ackermann Steering Mechanism to the wheel chair. May 2015.

Design and Optimization of Rock Roller Bits. June 2013.

RELATED COURSE WORK: Advanced CAD/CAM, Finite Element Analysis, Advanced Heat Transfer, Design of Machine Members, Advanced Fluid Dynamics, Adv. Thermal Engineering, Engineering Mechanics, SOM, Material selection, Manufacturing Tech, Production Technology & Techniques

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