Profile · School
Robotics platforms for schools, universities and labs
For education, the right platform is not the most spectacular one. It is the one students can learn from safely, repeatedly and with documentation.
Concrete projects
Situations to evaluate before choosing a robot
AI robotics course
Hands-on work on perception, control and physical AI.
Fablab demonstrator
A shared platform for students, makers and project weeks.
Research platform
A reproducible base for labs working on locomotion or manipulation.
Open-day demo
A supervised, memorable demonstration for school outreach.
Capstone projects
A concrete robotics platform for final-year engineering and AI projects.
Teacher training
A common vocabulary around sensors, SDKs, safety and responsible use.
Robots to evaluate first
Robots to compare first
A durable first mobile robot for courses, demos and controlled student work.
Open the analysis Advanced Unitree G1A research-grade humanoid direction, only if supervision and budget are clear.
Open the analysis EU dev kit Reachy 2A strong platform for manipulation, research and practical AI learning.
Open the analysis Open source LeRobot SO-100A practical low-friction path for student groups, fablabs and imitation-learning projects.
Open the analysisOperational watch points
What to frame before signing
Student privacy
A robot with cameras or microphones in a lab can process personal data from students or minors. Information, legal basis, retention and deletion rights must be documented.
Public procurement
Public universities and state schools may need a formal procurement path above local thresholds. Prefer EU sellers with clear references and documentation.
Lab safety file
Risk assessment must be updated when an autonomous robot enters student practical work. Human-robot interaction rules and supervision are mandatory.
Cobot guidance
Use recognized collaborative-robot guidance when arms, grippers or mobile platforms are handled by students in supervised sessions.
Open days
Public demos require distance, signage, supervision, evacuation awareness and a scenario that remains safe if the robot fails mid-demo.
Teaching continuity
If the robot is central to a course, plan a fallback. Without EU parts and service, one failure can block a full semester.
Project checklist
Seven questions before launching
- 01 Which course uses it?
- 02 Which learning outcomes justify the purchase?
- 03 Who supervises sessions?
- 04 Where is it stored and charged?
- 05 Can students access SDKs safely?
- 06 Who maintains batteries and updates?
- 07 What happens if it is unavailable for a semester?
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Need a structured orientation?
Bybotix helps qualify maturity, availability, compliance, cost and support before recommending a robot.