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Mechanical Engineering Design

Boston, Massachusetts, United States
October 13, 2016

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Venkatesh Tumati

Available: January ****

*** ****** ******, ******, ** 02120 (412) – 298 – 5983 EDUCATION

Northeastern University, Boston, MA Dec 2016

Candidate for Master of Science in Mechanical Engineering, GPA: 3.41/4.0 Related Courses: Product Development, CAD and Manufacturing, Materials Processing and Process Selection, Biomechanics, Finite Element Method, Elasticity and Plasticity, Mathematical Methods, Lean Concepts and Applications, Mechatronic Systems Anna University, Tamil Nadu, Chennai, India May 2014 Bachelor of Engineering in Mechanical Engineering, GPA: 3.4/4.0 Related Courses: Automobile Engineering, Manufacturing Technology, Engineering Materials, Mechatronics, Design of Machine Elements, and Dynamics of Machinery


3-D Modeling: Auto CAD, CATIA V5, CATIA V6, Creo, SolidWorks Simulation: ANSYS APDL, ANSYS Workbench 16.0, Abaqus 6.14, HyperMesh Programming: C, MATLAB

Other: CES EduPack, GD&T ASME Y14.5, Sustainable Design, Design for Six Sigma, SolidWorks Electrical, Rapid Prototyping CERTIFICATIONS

Certified SolidWorks Professional, Dassault Systems [License-C-6Q9HDDFKF7]

Certified SolidWorks Surfacing Professional, Dassault Systems

A Hands-on Introduction to Engineering Simulations, Cornell University

Professional Diploma in Product Design and Analysis - Auto CAD, CATIA V5, ANSYS (APDL), GD&T. CADD Centre, Chennai, India.


Certified Sustainable Design Associate, Dassault Systems. [License-C-P94GYS23KK]


Mechanical Engineering Co-op

Six River Systems Inc., (funded by IRobot) Waltham, MA Jan 2016 – July 2016

Designed and developed next generation autonomous mobile robots assisting from concept to production

Utilized SolidWorks to create robust electromechanical parts such as PCB, encoder mounts, chassis with manufactured drawings

Analyzed parts and assemblies using Finite Element Analysis and designed a test rig to validate the results experimentally

Optimized the existing design through effective analysis of test data that reduced the manufacturing cost by 25% Product Design and Development Group Member

MIT Startup, Boston, MA May 2015 - Oct 2015

Coordinated activities with cross-functional teams to design an innovative mobile charging device adhering to the requirements

Designed mechanisms and parts using SolidWorks, and analyzed the product for design optimization

Developed prototypes and Incorporated design for manufacturing principles into all stages of product development ACADEMIC PROJECTS

3-D Modeling and CAE Projects (Portfolio Website: Jan 2015 - Present

Gained extensive modeling experience in SolidWorks, CATIA and CAE techniques using Abaqus, ANSYS and MATLAB for applications in automotive, biomedical and consumer electronics

Modelled an Automobile and derived parts such as door, bumper and wheels using master modeling techniques and surfacing tools

Performed static, dynamic, durability analysis of crankshaft, PCB, automobile suspension assembly and gained familiarity with industrial testing standards

Design and Analysis of Gear Bearing Drive

Mechatronics lab (funded by NASA), Northeastern University Oct 2014 - Dec 2014

Modified the design of a complex gear bearing drive assembly using SolidWorks

Analyzed model to find the shear stress distribution and maximum twist using Finite Element Analysis under high torque loading

Calculated maximum twist on the drive shafts due to the stresses and supported physical testing as needed Tool Design and Manufacturing for Tube Forming

TI Cycles India Private Ltd. Jan 2014 - Mar 2014

Designed press forming tool, fixtures using CATIA V5 and performed computational analysis to predict the capacity of hydraulic press

Proposed appropriate manufacturing methods such as heat treatment, surface grinding, boring and tempering that resulted in high strength tool and achieved material saving by 38% and reduced manufacturing cost by 64% INTERESTS

Volunteering, Peer Tutoring, Hockey, Cricket, and Swimming

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