Mayur Sharma, EIT2001-4 Forest Laneway, Toronto M2N 5X8

Cell: +1 647-707-7609 Email: sharma.mayur.r@gmail.com

OBJECTIVESolutions-oriented Mechanical Design Engineer with 5 years career experience in Automotive Manufacturing industries, providing cost effective solutions and resolutions. Highly adept in technical writing and drawing, with extensive project management capabilities. Possesses exemplary communication and analytical skills

HIGHLIGHTS OF QUALIFICATIONS

5 years accomplished experience in Mechanical Design Knowledge of Canadian Health and Safety Regulations and WHIMS P.Eng licence by PEO (In process) Expertise in product development, research and problem solving Experience in creating engineering design concepts, sketches, models and specifications Technical abilities include CATIA, Creo Parametric 2.0 (Pro/Engineer), for 3D Modelling, Surfacing

and drafting Working knowledge of Windchill PDMLink, Enovia and Teamcenter PLM tools for managing and

releasing the data Good knowledge of manufacturing processes including Forming, Stamping and Bending of

sheet-metals, Welding, Forging, Casting, Machining. Material selection experience for automotive components Extensive knowledge of tolerance stack up and GD&T Skilled in managing and executing project from concept design to product development stage Excellent verbal and written communication skills Experience in performing DFA, DFM, DFS and DFMEA with cross functional team Experience in creating design validation plans for different automotive components Enjoy working as a team as well as independently Computer skills: MS word, Excel, PowerPoint, Outlook, Windows XP and 2007, Explorer Familiar with advanced product quality planning (APQP), used in automotive industries

EMPLOYMENT HISTORYProduct Designer September, 2015 to Till DateDesignlore Inc., Toronto Responsible for design and development of plastic components for consumer electronics parts

Design Engineer August, 2013 to May, 2015Tata Technologies Ltd, Pune (India) Responsible for design and development of Suspension, Steering and Pedals system for 1.25 ton

pickup truck Converted existing independent suspension design to rigid axle suspension design Designed welded sheet metal brackets for leaf spring mountings Redesigned pedals mounting bracket to robust sheet-metal bracket common for brake, clutch

and accelerator pedals Designed welded sheet-metal bracket for steering column and steering gear box mounting Worked on steering system to fix its geometry parameters like Caster, Camber, Scrub radius,

King Pin inclination, inner and outer turning angles Calculated Buckling load for design of drag link and tie rod

Performed Semi-elliptical leaf spring design calculations for deciding no. of leaves and its thicknesses while maintaining stress level below maximum permissible

Prepared 2D drawings for manufacturing of parts Proposed weight reduction proposals for cost saving Participated in cross function team meetings for DFMEA Managed and delivered project on time Coordinated with vendors and supplier for development of steering gear boxMayur Sharma 647-707-7609 Page2

Design Engineer June, 2010 to July, 2013 VE Commercial Vehicles Ltd. – Pithampur, India Acted as a part of suspension design group responsible for 3D Modelling, drawings, Concept

design, product development, prototype building support Prepared concept design of various Suspension system components for medium and heavy duty

commercial vehicles Performed design calculations for various types of Semi-elliptical leaf springs like Single stage,

Variable rate and helper type leaf springs Conducted design calculations for parabolic leaf spring Made weight reduction proposals of suspension system for legacy vehicles to reduce cost Selected materials for Leaf springs, Sheet-metal brackets, Anti-roll Bar, forged pins and sheet

metal components used in Suspension system. Selected shock absorbers and coordinated with vendors to finalize design Successfully implemented silent block bush design for leaf springs to reduce maintenance and

increase ride comfort. Performed DFMEA with cross functional team Performed DFA, DFM and DFS with help of respective departments Provided support for development of leaf springs, Shock absorber brackets, U-bolts and sheet

metal components Supported to assemble proto vehicle Studied testing and validation failures, modified design accordingly Ride comfort testing of vehicles, adjusted suspension parameters to improve ride comfort Calculated roll stiffness, roll angle, ride frequency, pitch & bounce frequencies Responsible for Benchmarking of competitor’s vehicles for Suspension system Supported CAE team to carry out FEA

EDUCATION & CREDENTIALSAcces Employment August 2015 to September 2015 Engineering Connections Bridging Program

Humber College August 2015 to September 2015General Engineering Codes and Standards Training

K.K.W.I.E.E. & R, Nashik, India (PUNE UNIVERSITY) August 2006 to May, 2010Bachelor’s degree in Mechanical Engineering Canadian equivalency- Bachelor’s degree (four years) by WESFirst class with distinction

REFERENCES AVAILABLE UPON REQUEST