Mechanical Engineering Engineer

MOHIT DAS

*********@*******.***.*** (***) - *****20

https://www.linkedin.com/in/mohitadas 18 East Meadow Lane. Lowell, MA 01854 EDUCATION

University of Massachusetts Lowell Lowell, Massachusetts December 2017 Masters of Science in Mechanical Engineering, Current GPA (3.2) Bharati Vidyapeeth University Pune, India August 2014 Bachelor of Engineering in Mechanical Engineering, CPI (6.8) CONCENTRATIONS AND COURSEWORK

Mechanics & Materials: Manufacturing processes of composite materials, Solid Mechanics, Mechanical behavior of material, Mechanical behavior of materials.

Design and Manufacturing: Quality Engineering, Industrial Design of Experiments, Industrial project management. SKILLS

Technical Skills: Quality Control & Improvement, Production Planning & Control, Lean Manufacturing, Network security. Six sigma black belt certificate from University of Massachusetts, Lowell.. Software Skills: Proficient in Solid Works, Pro-e, CATIA-V5, Rhino V5, ANSYS, Microsoft office and Matlab(basic). WORK EXPERIENCE

Osram Sylvania Wilmington, MA Feb 2017-Presently working

• Designing head lamp with new lighting technologies like Led modules.

• Standardizing designs according to the American standards for headlight.

• Collecting data from the market regarding the present headlight technology and their quotations. ALP Nishikawa Pvt. Ltd Gurgoan, India

November 2014 – March 2015

• Graduate engineer trainee in design and developing department.

• Reverse engineered the proto type automotive seals like windshield protector and weather strips for more than 15 products .

• Operated software's like Catia and auto-cad to design the profile of the product for final die design.

• Learned to supervised the extrusion machine parameters like temperature and screw speed while observing the deviation in the final product.

• Decided the process flow chart for optimizing the manufacturing time. Defense research and developement organisation Delhi, India May 2013 – August 2013

• Contributer in solid state physic laboratory conducting the project on manufacturing the CZT crystal.

• Conducted thermal analysis by using software such as Ansys for calculating the temperature gradient.

• Understood the temperature in the Bridgeman furnace used for crystallistion of CZT (Cadmium Zinc Tellurium crystal). ACADEMIC PROJECTS

• Solar power production and its application in automobile. The motive was to understand the cost and power output of the small solar tricycle in which the basic design involved a two 24 volt batteries, solar panels and 0.5 hp motor to run a small cart.

• Core member in the university cultural fest-2014 as a creative head. ADDITIONAL INFORMATION

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