**** ********* ****, *** **, Ypsilanti, MI- *****.

Sandeep Solanki

810-***-**** acuzg9@r.postjobfree.com

PROFESSIONAL SUMMARY:

Seeking a full-time Mechanical Engineering position where I can use my skills and strong aptitude to compute engineering problems and also my skills in communication and critical thinking to contribute to the productivity of the team.

EDUCATION

Major: Bachelor of Science in Mechanical Engineering Graduated – May 2016

University of Michigan – Flint CGPA: 3.1/4.0

Kettering University Spring 2014, Winter 2015

WORK EXPERIENCE

Society of Automotive Engineers (SAE) – Member

(October 2014 – Present)

Currently working on the “SAE Baja” competition project.

American Society of Mechanical Engineers (ASME) – Member

(November 2011 – Present)

Currently working on the “Engine Cut Section (Display)” project.

Recreation Center at University of Michigan-Flint – Multiple Positions

(May 2012 – June 2014)

Volkswagen, Delhi New Delhi – Mechanical Engineering Intern

(August 2012, June 2013 – August 2013)

Worked on a V4 engine of Volkswagen Polo.

Dissembled and then assembled a complete V8 Volkswagen Touareg Engine.

Worked on the Dual clutch gearbox (DSG) of a VW Jetta.

Looked and studied various other electrical components and parts of cars.

Bangladesh Export Processing Zones Authority (BEPZA)

Shanti Industries, BEPZA, Dhaka, Bangladesh

(August 2015- August 2015)

Worked on Energy savings and greener energy plans.

Problems faced by the machine and FMEA analysis of them

Solutions for more efficiency

SKILLS

Working knowledge of major software’s like PTC Creo 3.0/ Parametric 5.0, Computer Aided Design (CAD), Microsoft Office, CodeBlocks, Pro-Engineer, started on Solid Works

Skilled in writing and developing test instructions and reports.

Solve a variety of abstract and concrete problems using logic and/or scientific thinking.

Recommend design modifications so as to reduce the malfunctioning.

Co-operating and working together as a team.

Programming Languages: Java, C++, Python, P-Spice, and CodeWarrior

General Software’s: MS-Word, MS-PowerPoint, Adobe Photoshop.

Computing/ Analysis: MS- Excel.

Proficient in Hindi, English.

ACADEMIC PROJETCS

Development of a tugger cart for a curing oven

{September 2015 – April 2016}

Objective: There are many hazards associated with the industrial powder coating process. Powder coating operations require the use of curing ovens at high temperatures to cure the parts. The high temperature environment may expose employees to higher risks which may compromise safety. The objective of this project was to develop a system to eliminate the need for an employee to enter the oven to retrieve curing racks. The previous system wasted large amounts of energy due to repeated heating and cooling of the oven to allow employees to enter the oven.

A remotely controlled tugger cart would eliminate the need for cool down resulting in an increase in productivity while reducing employee risk. The cart was designed to travel under the racks to move the rack out of the oven. Critical performance requirements include safety, reliability, ease of operation and long battery life. The cart design used a modular concept that is versatile for use in different applications. Additional tests were required to test for the robustness of radio communication to ensure reliability. The proposed cart also had to be cost effective compared to similar systems available in the market.

Temperature Sensor

{September 2014 – December 2014}

The temperature sensor utilizes an IC LM35 as a sensor to detect the accurate centigrade temperature. The range for this sensor is about -55 C to +150 C. The voltage used to power this device was +7V. From the project one of the things learnt was how the LM35 sensor works along with the hands on experience that was gained during this project.

Stopwatch

{January 2015 – April 2015}

This was a project for the seven segment display countdown timer. The hardware used for this was a Dragon Board 2 Plus. The kit on this was pre-installed to be compatible with major software’s like Matlab, codewarrior and Simulink. We used codewarrior for our programming, debugging it and finally for the execution of the program on the dragon board, for this project. The time limit could be set as desired. At the end of the time, a STOP would flash and display on the seven segment display.

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