Sabarish R Email & Phone Number

Chennai, Tn, In

Chennai, Tamil Nadu, India

• Evaluation of the model validation according to the Certification scheme requirements (IS/IEC 61400- 22) and international standards like IEC 61400-1. (Part 1: Design Requirements)• Knowledge on wind turbine aero-elastic modeling software tool such as BLADED.• Performed Technical review of the documentation received from clients.• Served as Project Handler of records and performed other duties as directed.• Coordinated with the administrative aspects of project management.• Familiar with applicable standards, Quality Management System (QMS) and appropriate technical documentation.• Contributed to the Certification process according to ISO/IEC 17065:2012 & IS/IEC 61400-22. • Integrated continuous improvement in all aspects of certification process.• Worked on QMS document/manual preparation for ISO/IEC 17065:2012 & ISO/IEC 17020:2012.• Participated in Internal & External Audits for ISO/IEC 17065:2012 & ISO/IEC 17020:2012.• Participated & Performed Inspection & Verification activity on Wind Turbines.• Knowledge on Structural design and analysis of large steel structures like Lattice Tower using software such as STAAD – Pro.

Chennai, Tamil Nadu, India

• Perform need evaluations with clients to understand the unique goals of each project and then implement them after careful assessment.• Experience in the field of Hydraulics Marketing Knowledge of Hydraulic Circuits, Hydraulic Valves, etc.,• Good Application knowledge & Understanding on Hydraulics projects. • Development of new customers, Quotation preparation & submission and Follow-ups. • Maintain good relationship with customers.

Temperance, Michigan

• Experience in machine design, stress and deflection calculations, material selection, purchased component sizing, design through detail drawings and Bills of Material.• Design of new jigs, fixtures, molds and other related equipment for Electro - mechanical parts.• Performed injection molding design as well as changes to the existing model according to modified molding.• Assisted in DFMA and process/tool development as needed.• Participated in design and drafting activities with CREO and AutoCAD.• Suggested improvements for increasing durability of engineering components.• Maintained technical documentation of engineering assemblies.• Prepared 3D modelling parts and drawings by conversion processes.• Created prototypes and all engineering presentations.• Provided technical assistance for preparation of kinematic animations.• Assisted vendors with tooling and production parts as assigned. • Conducted Finite Element Analysis (FEA) to ensure the developed structure designs and models meets the norms and tested under specified test conditions.• Lead and Assisted in trouble shooting of new and existing design with GD&T, Manufacturing knowledge.• Optimized the design based on analysis results / Develop optimized modelling and analysis procedures.• Developed basic FEA methods including documentation / Report and present results.• Applies engineering and problem-solving methods and tools (FMEAs, Six Sigma) in resolving engineering design problems.• Applied algebraic and geometric formulas and standard tool bits to incorporate into tool design.• Modified tool designs according to trial or production service data to improve tool life or performance.• Used standard design practices that are capable of high repeatability, are wear resistant and are cost effective• Facilitated design reviews of out of house designs to keep schedules on time.

Columbus, Indiana

• Automotive Functional Safety Training: Intro to LHP-TUV ISO-26262 certification• Engineering Process Training• CAN Communications (J1939 Protocol)• Code Generation Training• Controls Theory and Application• Diesel Engine and Controls Training (Speed Governing; Controls Modelling; System Diagrams, Wiring, and CAN)• Agile SCRUM, Business Etiquette, Leadership, Stress and Conflict Management, Professional Communication, Teamwork, and Budgeting

Toledo, Ohio Area

Coimbatore Area, India

• Independently managed design change projects, product sustenance activities, supported new product development, product lifecycle management and represented as a core team member for the project.• Extensive use of SolidWorks and Creo 2.0 to create/ update part, assembly CAD models and drawings of injection molded & sheet metal parts for production & using Geometric Dimensioning and Tolerance (GD & T) techniques adhering with ASME Y14.5M-2009 standard and performed tolerance stack-up analysis. • Studied the Motor plant’s layout and analyzed the possible outcome for the establishment of a new manufacturing facility.• Recorded, Analyzed and Calculated the Cycle time as well as Setup time for each process in the production of the motors.• Employed analyzing tools like FMEA and PFC to find area of rejections and worked on those defects to determine the solutions.• Analyzed the defects in the current plant layout and production, and determined areas of improvement for the new production facility and simulated the facility layout using Arena Software.• Carried out product testing to verify the functional performance to ensure changes made to the product matched the product specification and interpret the results, graphs to make statistical conclusions and write reports.• Implemented Shortest Processing Time (SPT) for the first time to improve the efficiency of production.

Coimbatore Area, India

•Recorded, Analyzed and Calculated the Cycle time as well as Setup time for each process in the production of the cooling towers.•Worked within the Test Engineering Department assigned to customer projects and internal R&D initiatives.•Responsible for the engineering specification, design, integration, and commissioning of cooling tower test equipment.•Analyze and diagnose root cause problems across engineering disciplines.•Provided technical reports based on product mapping and test development studies.

Hosur Area, India

• The objective of my project was to identify the leak areas of the CAB and hence improve the Quality of the LCV (Light Commercial Vehicle) CAB.• Updated design of products currently in market to reduce material and simplified design by use of DFM, DFA techniques and decreased cost of final product.• Active in Prototype development of new products, resolved product field failure issues via root cause of failure, fixture design, FMEA creation/ update, legacy conversion of CAD models and drawings to make them in line with the current documentation standards.• Recorded, managed and analyzed the production data in the Cab Weld, Cab Paint & Cab Trim Sections.• Implemented 4 M’s Method to study causes of major unsatisfactory quality issues, set protocols, and worked on those issues to identify possible improvements.• Results included improved Straight Pass Percentage of LCV Cabins from 14% to 50%.

Chennai Area, India

•Worked in the design cell that has a Design & Development wing.•Employed in Shell Division, where the body shell and bogie assemblies are done.•Active in Aesthetic division where furnishing the interior of the train coaches take place.

Master Of Science (M.S.), Mechanical Engineering, 3.73/4

RELEVANT COURSEWORK: 1) Design of Experiments 2) Manufacturing Resource Management 3) Advanced Operations Research 4) Automotive Materials.

Bachelor Of Technology (B.Tech.), Mechanical Engineering, 7.63/10