Building material flow with autonomy, for abundance

Manufacturing Engineer at Tesla Fremont (joined May 2026)

I build systems that help robots understand where they are and what they see: from camera-LiDAR calibration pipelines to real-time visual SLAM and sensor fusion.

Resume download Contact arrow_forward
$2.04M

Projected Annual Savings

Deployed autonomous forklift platforms integrating actuators and path planning.

83%

Routing Complexity Reduction

Dynamic rerouting via penalty-optimized Theta* algorithm for internal fleets.

12.4%

Cycle Time Reduction

Spearheaded deployment of ABB and Mitsubishi robotic arms applying Lean principles.

92.3%

Defect Detection Accuracy

Developed vision-guided SPC standard systems to minimize manual rework.

About

Bridging prototype to production for autonomous systems.

I'm Shriman Raghav Srinivasan, a Robotics Engineer who deployed autonomous forklifts at Tesla projected to save $2.04M annually. I specialize in taking AMR systems from prototype to production: integrating SLAM, LiDAR perception, and path planning into manufacturing environments where robots work alongside people.

Currently pursuing my Master's in Robotics at Northeastern University, Boston. With hands-on experience deploying AMR systems at Tesla and Hero MotoCorp, I bridge the gap between cutting-edge robotics research and real-world industrial applications.

I'm passionate about building robots that deliver measurable impact on the factory floor: from reductions in routing complexity to tripling material handling throughput.

Education

Northeastern University
M.S. in Robotics
GPA: 3.78 • May 2026 • Boston, MA
SRM Institute of Science & Tech.
B.Tech in Mechatronics
GPA: 3.81 • Jul 2022 • Chennai, India
Shriman Raghav
Expertise & Domains
S H R I
MOBILE ROBOTS
AMR Deployment
Path Planning
AI/ML/DL/RL
Deep Learning
Reinforcement Learning
AV / CV
Computer Vision
Sensor Fusion
HUMANOID
ROBOTICS
Bipedal Locomotion
Control Systems
INDUSTRIAL
ENGG
Manufacturing Automation
Process Optimization
psychology

AI & Deep Learning

Building intelligent systems that learn, adapt, and make decisions from data.

Deep Learning Reinforcement Learning Machine Learning Neural Networks PyTorch
visibility

Autonomous Vehicles & CV

Perception pipelines that let machines see and understand the world.

Computer Vision Sensor Fusion Object Detection LiDAR SLAM
smart_toy

Mobile & Field Robots

Deploying robots that move, navigate, and operate in real-world environments.

AMR Deployment Path Planning ROS Fleet Management Navigation
directions_walk

Humanoids

The next frontier - robots that walk, grasp, and interact like humans.

Bipedal Locomotion Control Systems Sim-to-Real Motion Planning
precision_manufacturing

Industrial Engineering

Bridging robotics and factory floors - real-world manufacturing impact.

Manufacturing Automation Process Optimization PLC/HMI Production Systems
explore

Beyond Robotics

directions_car
Motorsports
Formula 1 enthusiast and passionate about high-performance vehicle dynamics.
fitness_center
Fitness & Lifting
Consistent strength training to balance out heavy coding sessions.
restaurant
Cooking
Exploring diverse recipes and experimenting with new flavors in the kitchen.
sports_martial_arts
Karate
Green belt in Shito-Ryu style, focusing on discipline and technique.
menu_book
Literature
Avid reader exploring everything from hard sci-fi to historical fiction and thrillers.