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Mechanical Engineer Engineering

Woodbridge Township, New Jersey, United States
August 29, 2017

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**** * ****** ****, *****, ID l l Phone: 208-***-****


Recognized for abilities to quickly master new technical skills and concepts, develop creative solution that advance processes and produce the highest standards of modeling. Excellent organization, mathematical, interpersonal skills.

Developing a deep understanding of thermal-mechanical physics, microelectromechanical systems (MEMS), fine element analysis and modeling, materials properties, solids geometry and semiconductor properties.

Experience in 3-D design and modeling using SolidWorks, ABAQUS, ANYSIS and MS Adams

Embrace challenges and problem solving; Results oriented with outstanding ability to motivate team members to accomplish business results; puts decisions into action.

Gifted facilitator - interact professionally with individuals on all levels; Fluent in English, Hindi, Urdu and Punjabi

Contributed to FMEA, DFMEA and DFM activities. Extensive knowledge of cast, die cast and extrusions commodity purchasing. Prepared calculation templates, detailed drawing and Bill of material.


Software Programs - Solidworks, AutoCAD, ANSYS, ABQUS, MS Adams, Quicksole, CAMS, MathCAD

Manufacturing - SheetMetal, Screen printer, Clicker, Laser cutter, Drill press, CNC machines

Operating system - MS Windows, Mac OS X, Android, IOS

Programming - C, C++, MATLAB, JMP


Advanced Casting Technology, Boise, ID

Product Manager (Feb 16 – Present)


Manufacture and modified of new product according to the customer requirement, while managing high volume manufacturing of more than 300 products per month

Sourced systems and components to kept project on-time and on budget and generate parts listing Build of material and hardware lists from production.

Maximized effectiveness of production team, equipment and materials to produce multi-line products within planned schedules while reducing costs.

Generated all 2D and 3D drawings using SolidWorks for ease of manufacture

Worked with suppliers to select, size, and price instrumentation and mechanical equipment. Visited on sites to perform field measurements of existing equipment

Provided Solution for existing machinery and new developed machine based on analysis and simulation


Boise State University, Boise, ID (Aug 15 – Dec 16)

Graduate Teacher Assistant


Grade homework and exams for Fluid Thermodynamics class.

Designed innovative and effective 3D models using SolidWorks program.

Solved engineering problems and provide feedback to students and track the record of student’s grade.

SI Solar, Los Angeles, CA (April 11 – April 12)

Mechanical Engineer Intern


3D Modeling as per customer requirement and analysis of project.

Solution for existing machinery and new developed machine based on analysis and simulation.

Creating 3D complex surface modeling and do various static, dynamic and fluid analysis.

Through the analysis, determine and optimize the design of components and assemblies.

Supporting documentation needed for manufacturing engineering change request and clearly and frequently communicate with all functional areas.

Check and verify drawing before finalizing according to completion of project.


MS, Master of Engineering in Mechanical Engineering

Boise State University, Boise, ID

BS, Mechanical Engineering

Boise State University, Boise, ID


Heavy Duty Robot Arm

Visualized, built and perfected a manufacturing robot arm prototype; analyzed manufacturing needs and developed solutions; utilized MSC Adams dynamics simulations to perfect design and build parts using a 3D printer

Conceived and defined build of material (BOM).

Researched and refined various methods and techniques that determine Nano scale heat conduction.

Analyzed motor torque requirements and end-effectors payload capacities then modified prototype to surpass metrics and goals.

Ceramic Sheet Power Generator

Developed world's first prototype variable capacitance electrical power generator using ceramic sheets.

Analyzed tested mechanical stability, output power and capacitance to optimize system

Improved design performance with JMP data analysis and mechanical rotational energy while keeping within budget and schedules

Wind Turbine

Used SolidWorks model to design and assemble blade and hub to maximize power output.

Ran Finite Elements Analysis Simulation to determine stress and safety factors.

Used pressing machine, drill presses and other tools to cut and process parts.

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