Meet Shah Email & Phone Number

Dubuque, Iowa, United States

Contributing to the design and development of upcoming vehicles at John Deere, Dubuque.• Designing and implementing embedded software for John Deere’s Construction Battery Electric Vehicles, using C, & MATLAB Simulink among other tools of development within JD’s Real-Time Operating System (RTOS).• Collaborating with a team of 10 or more software developers, system engineers and project managers to deliver high quality software by following thorough software developmental life cycle (SDLC) processes.• Supporting other software engineering teams by developing reusable software, automation scripts & test tools, enhancing the development life-cycle and ensuring the reliability of John Deere’s embedded operating system & application software.• Configuring and enabling different controller I/O & features as part of bringup of new vehicle systems, including but not limited to CAN, LIN, Memory, Diagnostics, Shadow and Payload generation.• Testing the developed applications by writing unit tests using C++ or Simulink Test Tool, bench testing & machine testing.• Troubleshooting electrical issues and give feedback on harness & controller schematic & design, using oscilloscope and multimeter by leveraging experience in the electronics domain.• Utilizing git version control, Jenkins CI pipeline and NPM to package software and use for other internal projects.

Santa Clara, California, United States

• Contributed in designing an advanced low-power distributed computing system over CAN bus to drive various Underwater Autonomous Vehicles (UAV) for the US Office of Naval Research and Monterey Bay Aquarium Research Institute (MBARI). • Developed embedded control software and performed systems level integration between Arm Cortex M4 core and peripheral devices using I2C, SPI and UART that are required during missions of the UAV.• Spearheaded the design of the computing system PCB using Autodesk Fusion 360, incorporating design modularity to ensure compatibility with various components available in the market.• Designed the PCB for three different power lines with the capability to power switch up to 19 Amperes of current.• Negotiated with PCB manufacturers and chose optimal assembly components which lowered the cost by 60%.• Demonstrated the computing subsystems for various distributed functions on an UAV to MBARI.

Santa Clara, California, United States

• Design a PCB for IoT boards prototype which included designing footprints for less popular components and making the board as small as possible to fit into the remote sensor nodes.

Santa Clara, California, United States

• Train and Assist professors on classroom technologies such as recording the lecture, using audio-visual equipment and in room computer systems.• Strategically setting up audio visual equipment to avoid a feedback loop for events and gatherings at the university.• Performing tests and repairs on classroom technologies and equipment box containing different processors for smooth functioning of in-room recorders and computers.• Formatting and re-Imaging Windows and Mac laptops. Update them to newer versions while maintaining the functionality of necessary software.

Master Of Science - Ms, Computer Science And Engineering, 3.62/4.00

Coursework: COEN233: Computer Networks COEN279: Design and Analysis of Algorithms COEN210: Computer Architecture COEN280: Database.

Bachelor Of Technology - Btech, Electronics Engineering, 7.55/10.00

Activities and Societies: Organizing Team (Student Council), Hospitality and Logistics Team (Riidl)