01
Mechanical
Mechanisms, drivetrains, manipulators, chassis design, fabrication and physical systems.
- Kinematics
- Actuation
- Fabrication
Disciplines / 05
PI0NEER approaches robotics as the integration of mechanical systems, electronics, embedded computing, software and control.
01
Mechanisms, drivetrains, manipulators, chassis design, fabrication and physical systems.
02
Power systems, sensors, motor drivers, communication and embedded hardware.
03
Raspberry Pi, microcontrollers, GPIO, SPI, I²C, UART and hardware-level interaction.
04
Robotics software, Python, C/C++, APIs, computer vision and simulation.
05
Feedback systems, localization, navigation, motion control and autonomous behavior.
Mechanisms, drivetrains, manipulators, chassis design, fabrication and physical systems.
Power systems, sensors, motor drivers, communication and embedded hardware.
Raspberry Pi, microcontrollers, GPIO, SPI, I²C, UART and hardware-level interaction.
Robotics software, Python, C/C++, APIs, computer vision and simulation.
Feedback systems, localization, navigation, motion control and autonomous behavior.