Electromechanical systems engineering
I am most useful when hardware behavior, field context, and software signals all need to be read together instead of in isolation.
03 About
Hardware systems engineer, with software used as leverage.
My background is in mechatronics, robotics, autonomy, and engineering systems work. I gravitate toward roles where physical behavior, data, and practical internal tools all need to fit together.
Profile
Tarun Ganamur
I work best on electromechanical products where the interesting work lives between physical behavior, systems integration, and the tooling teams use to make sense of data and operate better.
Internal tools, analytics, and automation
I build Python workflows that reduce repetitive analysis, tighten operations loops, and make system issues easier to act on.
Robotics, autonomy, and controls background
Graduate work in robotics and MPC gave me a strong base in modeling, controller behavior, validation, and the software-meets-machine boundary.
Skills
The tools I use to bridge physical systems and data.
Python
MATLAB
ROS
C++
SolidWorks
Fusion 360
Siemens NX
Eagle PCB
PyTorch
Hardware Debugging
Source Control
Rapid Prototyping
Career Path
A compressed chronology.
2024 - Present
Fleet operations and analytics role in distributed energy hardware
Reliability work across troubleshooting, telemetry, service operations, and internal tooling for deployed electromechanical systems.
2023 - 2024
UC Berkeley MPC Lab
Energy-aware control, vehicle modeling, and validation work for an autonomous EV research platform.
2023 - 2024
MEng, Robotics & Autonomous Systems, UC Berkeley
Graduate work focused on robotics, controls, autonomy, and deployable software-hardware systems.
2022
Daimler Truck North America
Supported EV platform analysis and physical design changes for an electric bus program.
2019 - 2023
BS, Mechanical Engineering, Cal Poly
Mechatronics-heavy undergraduate training across mechanical design, embedded systems, fabrication, and controls.
