Problems in focus
Create robust behaviors across actuation, localization, navigation and supervision while the environment introduces friction, uncertainty and change.
- Motion and control↗
- Localization↗
- Behavior integration↗
02
DISCIPLINE
Robotics
Connect sensing, control and physical mechanisms into machines that behave deliberately in real environments.
STATUSOPEN INTRODUCTIONS
CONTEXTCONTROLS / MECHATRONICS / FIELD INTEGRATION
PRINCIPLEEVIDENCE-DRIVEN WORK
THE OPERATING IDEA
A robot is a complete system, not a collection of impressive parts.
FOCUS AREAS
01Controls
02Kinematics
03Navigation
04Mechatronics
05System integration
06Field testing
Engineering standard
Robotic performance must be observable, repeatable and safe to interrupt. Interfaces between mechanical, electrical and software systems receive equal attention.
- Instrumented testing↗
- Predictable failure modes↗
- Cross-discipline integration↗
Signals we value
Hands-on system intuition, careful debugging and the ability to move between models, code, hardware and field evidence.
- Practical depth↗
- Failure analysis↗
- Measured iteration↗