About Me

Darshit Desai


Masters of Engineering Robotics

Daikin Energy Innovation Lab, CEEE
Collective Dynamics and Control Lab
Maryland Robotics Center
University of Maryland, College Park


I am currently a Robotics Masters student in my final semester of my Masters degree in Robotics. I am currently working on projects related swarm robotics, multi-agent systems, and object tracking. I am also interested in the field of computer vision and machine learning. I am also a teaching assistant for the course ENEE408U - Autonomous aerial vehicle design. I also work with Daikin Energy Innovation Lab on a MIPS Grant project of making smart HVAC air conditioners. I am also a member of the Maryland Robotics Center and the Collective Dynamics and Control Lab where I work with Maryland Department of Transportation for reviewing robotic technologies related to culvert inspection.



Assistant Manager, Press Manufacturing Engineering Division

Suzuki Motor Gujarat Private Limited

July 2018 - Aug 2022

Projects Undertaken at SMG:

  • New Product development:
    • Supported in achieving production targets by identifying machine related modifications and completing it before the start of vehicle’s mass production.
    • Design of material handling skids, pallets and jigs for New Vehicle Model die tooling. Acted as a point person for standardizing designs of various material handling equipment.
    • Supported ramp up phase of Baleno, Swift and Dzire models (1000 vehicles/day production volume models) with timely delivery of the required skids, pallets and fixtures.
    • Ensured customer feedback after handover is implemented on to the next car model preparation by revising standards and maintaining issue tracking lists.
  • IOT System:
    • Developing a SCADA based system for collecting quality related data from Press Machine with the end goal of integrating industry 4.0 features.
    • Analyzed data collected from the IOT system to establish Process control methods like Statistical process control to generate system based alarms for defective parts.
  • Crack Monitoring System:
    • Implemented a vision based sheet metal crack detection system where 20 cameras were used to detect surface defects on sheet metal car components.
    • Performed user acceptance testing of the software and hardware to recommend further development and modifications in image recognition, capturing and storing codes.
  • Integration of Crack Monitoring System and Press machine:
    • Applied MODBUS protocol for integration of the Press machine with the above system.
    • Programmed Press machine Digital I/Os for development of part recipe change management software and successfully tested synchronization with Press machine.
  • New Facility Establishment:
    • Instrumental in establishing a green field plant of 250,000 vehicles/year.
    • Handled 50+ vendors working under the same roof for Installation & commissioning of Servo Press Machines and other allied equipment of New Stamping Press Shops.
    • Streamlined progress with internal stakeholders like the Civil and Utility team to achieve the target of commissioning as per the timeline.
  • Particle Counter System:
    • Installed Laser based particle counters at various locations and conceptualized the PLC network design.
    • Assessed particle count and to establish clean rooms in areas of high importance and high contamination inside the Press shop to achieve defect rate reduction.
  • Stamping Press Final Goods Traceability system:
    • Devised architecture and flow of a system which integrated the vehicle tracking data like VIN with Press shop raw material data into a Centralized repository for back tracing.
    • Coordinated with 3 different shop production teams in getting feedback during design and benchmarking of the system.
  • Promotions: Joined as Graduate Engineer Trainee in 2018, Promoted to Junior Manager in 2019. Promoted for the second time as Assistant Manager in 2020.