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Engineering Engineer

Utica, Michigan, United States
November 27, 2017

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Address: ***** *** **. *. *** 102, Shelby Township, MI 48317

Phone: (313) ***-**** Email:

Industry Preference: Automotive, Design and Manufacturing Engineering

Professional Skills:

Pursuing a career in the field of mechanical engineering with the contemporary developments in the areas like designing and manufacturing. Able to design and fabricate tooling and mechanical fixtures.

Strong background in plastic molding, metal forming and assembly lines.

Experienced in product development systems such as Advanced Product Quality planning (APQP).

Solid knowledge of PPM analysis, GD&T and control charts.

Hands on experience on process flow diagram and control plans.

Strong educational and professional background in Statistics, Lean enterprise & total quality and design.

Familiar with Block diagrams, Gantt chart and Pareto chart.

Worked with engineering to identify and improve the significant characteristics in an overall corporate effort to improve the structural design and quality.

Solid works, Pro E and AutoCAD (multi-platform CAD/CAM commercial software suite) interaction for product design and development history.

Team player with professional attitude, responsible & having strong organizational and interpersonal skills.


M.Sc. in Industrial Engineering Management (MSEM); July 2017

Trine University, Angola, IN, USA

Few Courses: Lean enterprise & total quality, Statistics & quantitative methods, New product development & innovation strategy, Project management, Strategic leadership and Advanced plant management

B.Sc. in Mechanical Engineering (BSME); May 2015

Jawaharlal Nehru Technological University, Hyderabad, India.

Few Courses: Engineering analysis, Mechanics of materials, Fluid mechanics, Dynamics of machinery, Measurement & instrumentation, Thermodynamics, Industrial processes, Elements of material engineering, Machine design, Mechanical Vibrations, Heat and Mass transfer.

Diploma in Product Design; March 2014

Professional experience:

Mechanical design & safety engineer July 2014 – July 2015

Nuclear Fuel Complex (Atomic energy)

Served in multiple roles as design and technical engineer. Create, implement and coordinate design, troubleshooting and engineering of defence vehicle fuel tank body design.

Enhanced designer coordination by writing a detailed auto joint manual.

Designed & released fuel and evaporative emission system for heavy trucks.

Leading design improvement efforts to address issues related to safety, plant assembly, process thermal & impact conditions, durability and material cost management.

Coordinating with various fuel assembly plants like Defence research & development laboratory (DRDL) during various build phases.

Participated in design, development, testing and safety assessments related to fuel tank body structure to ensure timely product design, delivery and launch.

Conducting assessments including rear impact analysis to study fuel system integrity and ensure the product met the company regulations and guidelines.

Communicated with chases, body and package group as well as the system team to maintain model updates related to testing, safety and crash-worthiness.

Successfully engineered body structure to assume appropriate crash impact as applied to corporate and federal government safety regulations.


Design & development engineer (Project based) June 2014 – July 2014

Nuclear Fuel Complex (NFC)

This project deals with the development of feed shoe for hydraulic press and the drawing is being done by using Pro ENGINEERING WILD FIRE 5.0

Responsibilities include confirming suppliers adopt all design requirements into their control plan, reviewing detailed part data and confirm that suppliers inspection plan will accurately measure all critical areas of the part.

Reducing part dimensional/appearance concerns through early interface with design, then assure control methods of qualifying parts.

Interface between product development & manufacturing to ensure requirement of design and performance.

Attend design review meeting and conference calls on open issues and coordinating between design, manufacturing plant and suppliers.

Drawbacks were inspected and the new part designed with all parameters overcome the problems and part design is having all good adjustments made which can work efficiently.

Project Engineer (Project based) January 2015 – May 2015

AVN institute of engineering and technology laboratory

This project is mainly composed of vehicle design and construction (Solar stand-By bike).

Performed lead role in material cost management activities for solar stand-by bike.

Utilized the engineering release system for new components and product changes for continuous improvements. Interfaced with various activities to develop vehicle attributes and targets.

Ensured that program metrics and key program dates were met for cost, investment, weight, quality and craftmanship.

Supported prototype and pre-launch builds with quality parts for product launch and successfully resolved all manufacturing assembly and quality issues prior to vehicle production.

Entrepreneur experience:

Management administration

Adarsh Vidya Mandir High School.

Actively involved in family owned business by conducting meetings with customers to access the status of their child progress.

Reviewed documentation and progress of the candidate.

Supported new project activities by getting students documentation and approving their projects.

Monitored processes and implemented quality to maintain educational standards.

Maintained lessons learned database and their verification for ongoing projects.

Involving in external audits of suppliers and sub-suppliers for major orders being critical to process.

Coordinating with faculty to update documents like student report and job set up instructions.

Training courses:

Geometric Dimensioning Tolerancing (GD&T)

Advanced Product Quality Planning (APQP)

Production Part Approval Process (PPAP)

Body In White (BIW)

Technical Skills:

Software: Microsoft office suite (Word, Excel, Power point and Outlook).

Machining & welding tools: CNCs, Mills, Lathes, Angle grinders, Oxy-acetylene torches, Arc welding, Band saws, Grinders, Shear and drill presses, etc.

Operating System: iOS and Microsoft windows.

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