Mohit Jain Email & Phone Number

Grand Rapids, Michigan, United States

o Streamlined operations and improved processes by enforcing efficient communications using Smartsheet, Jira and Teams leading to an enhanced task completion rate and throughput by 20%.o Analyzed and improved Class 6 fire truck manufacturing by converting a warehouse into a production facility using Value Stream Mapping and a lean plant layout, resulting in increased production capacity by 300%.o Coordinated the efforts of creating FMVSS and NFPA 1900 compliance documents, Operators and Service Manuals, and Work Instructions by managing multiple cross functional teams, ensuring regulatory adherence.o Lead communications and utilized data driven insights to influence decision making in an 8-member team tasked with designing of electrical harnesses for stock fire trucks.o Executed material flow analysis and improvement by conducting Motion Study and Floor Study, identifying 20% of tasks that would result in 80% of the benefits, potentially saving $1.2 million annually.

Surat, Gujarat, India

• Redesigned the plant layout and implemented new workflow methods which boosted the rate of manufacturing and reduced the total time required by 25%.• Restructured the supply chain to apply ‘Just In Time’ inventory management system and decreased the units of area required to store raw materials to 30%.• Advised to set-up a new maintenance schedule to lessen the break down time as well as save repair costs.

• Mentored the team by performing various static structural analyses of the frame of the semi-recumbent vehicle using ANSYS Workbench 16.0.• Helped with the documentation of the design report and sponsorship brochure.

Shirpur Area, India

- Examined the past events taken place and learned about their effectiveness.- Extensively reached out to the students to gain information about their interests and expectations from upcoming events.- Analyzed the current requirements of both the technical world and students and researched accordingly about new events.- Communicated the same to the Event Management team and discussed their advantages.

• Took the initiative of forming a team by starting an interview process in which I, along with a few of my seniors, interviewed around 25-30 students and selected a total of 15 students for the final team.• Collaboratively designed a wireless-remote-controlled robot for a Pick-and-Place competition as per the norms given in the rulebook by ASME.• Used Arduino Mega to interface between the remote-controller (Fly Sky CT6B radio controller) and the robot.• Used 4 omni-wheels in a square arrangement and attained a total of 8 directions of motion which helped us gain better control over the movements of the robot.• Understood the importance of simplistic design and tried to avoid any complexities while designing.

• Successfully built a semi-recumbent human-powered vehicle according to the norms given by ASME in their rulebook.• Coordinated continuously with the design team and performed static structural analyses on the design of the chassis using ANSYS Workbench 16.0 which lead to major changes in the final design and reduced overall weight of the vehicle.• Documented Analyses section of the design report and formatted the whole report as per the norms given by ASME.• Achieved the 1st position in both Men's Drag race and Women's Drag race and also achieved overall 2nd rank.

A team of 20 students ranging from 1st years to 3rd years of engineering from different branches of Mechanical Engineering, Electronics & Telecommunication and Computer Science collaborated for participating in the competition organized by ASME called Student Design Competition taken place in March 2018. The topic of the competition was called "Robot Soccer."The task was as follows:- In an arena of 5m X 5m, 4 teams would be competing by using robots that play soccer.- There would be 2 tennis-sized balls at the side of all the respective teams (total 8 balls in the arena).Each team had to hit the other 6 balls in the opponent's goal post while also securing the 2 balls oftheir respective sides.As any number of robots were allowed to build, we made a total of 5 robots - one was the goalkeeper which was controlled using a DPDT switch and four robots were the shooters which were controlled using PS3 Dualshock controllers wirelessly. From the four wirelessly controlled robots, two robots were 4-wheeled(circular wheels) and the other two robots were 3-wheeled omni-wheel robots. The details of all the components used for all the wirelessly controlled robots are as follows:- Arduino Uno- Gear motors 300 RPM- Gear motors 500 RPM- Motor driver L298- Circular wheels- Omni wheels- Play Station Dualshock remote controller- USB Bluetooth dongle- USB Host Shield- Battery 12VAfter all the designing and manufacturing of the robots was done using aluminum, the significant work had to be done by the programming and electronics team to get the robots in proper working conditions. We used Arduino IDE for programming all the components of the robot which involved moving the robot in the desired direction, collecting the ball and shooting it in the opponent's goal post.This was a great experience in which I learned how to be a good team member, explain & understand other's ideas, electronics skills, & critical thinking skills for future uncertainties.

Mumbai Area, India

As a project for the competition called MeshMerize held at Techfest, IIT Bombay 2017, I had to build an autonomous robot that can follow a white line and keep track of directions while going through the mesh. The bot had to analyze the path in the dry run and has to go through the mesh from the start point to the endpoint as mentioned in the arena in minimum time.So for this robot, I had to use the following items:- Arduino Uno- A two-wheel chassis- Two wheels- Three Infrared sensors- LN293D Motor Driver- Two Gear Motors- BatteryThis project was very challenging as the robot didn't have to just follow the white line and complete the mesh, it had to also remember the shortest distance for the second time it was put on the same mesh after the completion of the first run. For serving the purpose of remembering the shortest distance, the ATmega328P IC in the Arduino Uno should be used.This being my first national-level competition-based project, I improved my critical thinking skills, programming skills and learned how to deal with contingencies faced during the process.

Master Of Science - Ms, Engineering Management

Master Of Science - Ms, Engineering Management

Bachelor Of Technology, Mechanical Engineering

High School, Mathematics And Computer Science

Activities and Societies: Science Club

Metric Pass, Science And Mathematics

Activities and Societies: Science Club, Football team player, Dancer, Nature club, etc.