Founder · Aadith's Lab
From experimental robots to complete autonomous machines.
For more than a decade, my work has focused on understanding how machines sense, move, communicate and operate in the real world. Each generation of projects added another layer of capability - from sensors and embedded control to autonomous navigation, industrial integration and complete AMRs.
Pradyum Aadith
Founder · Robotics EngineerThe journey
The path has always been practical: build a system, understand what limits it, then go deeper. That progression is what allows Aadith's Lab to work across mechanical, electrical, embedded and robotics-software boundaries today.
Sensor fusion
Early work included 9-axis IMU fusion using accelerometers, gyroscopes and magnetometers, with calibration and filtering. It established a foundation in noisy real-world sensing and closed-loop systems.
Hexapod robotics
A six-legged hexapod with 18 actuated joints moved the work into robot kinematics, gait generation, smooth trajectories, ROS and multi-axis coordination.
Aadith's Lab begins
Aadith's Lab was founded around hands-on robotics engineering. Work during this period included a 3-DOF articulated robot with forward and inverse kinematics, trajectory generation and teach-pendant control.
Robotics should be approached as a complete system - not separate hardware and software problems.
Project IceCube
IceCube was an early autonomous differential-drive robot and the foundation for much of the work that followed. It brought together wheel encoders, 2D LiDAR, IMU sensing, cameras, ROS, SLAM, autonomous navigation, motor control, embedded electronics, battery systems and onboard computing.
Customer engineering
From 2020 onward, Aadith's Lab moved into increasingly complex customer engineering and delivered custom engineering systems across robotics, controls and industrial integration.
The work expanded our depth across custom robotics, industrial automation, embedded controllers, custom PCBs, motor control, PLC integration, industrial communication, robotic arms, sensing, batteries, power and electromechanical integration.
Modern AMRs
Current AMR development brings together ROS 2, Nav2, ros2_control, LiDAR, depth sensing, IMU and wheel odometry, embedded control, industrial networking, batteries, diagnostics, external I/O and manipulation-ready architecture.
IceCube asked: Can the robot navigate?
Today's work asks: Can the robot become a dependable machine?
Engineering philosophy
A navigation issue can originate in mechanics, sensing, control timing, communication or software. Difficult robotics problems rarely respect disciplinary boundaries, so the engineering approach cannot either.
Build it.
Test it.
Understand it.
Improve it.
Why “Lab”
A laboratory is where ideas are built, measured, tested, broken, understood and improved. As Aadith's Lab grows as a professional robotics company, that engineering culture remains at its core.
Work with Aadith's Lab
Send the application, payload, environment, required motion, interfaces and current development stage for a useful first discussion.