The educational Branch Of Ezoubot3D
Biosystems Robotics Academy
Biosystems Robotics Academy is the educational branch of Ezoubot3D, bringing robotics, engineering, programming, and life sciences together through hands-on STEM learning.
Students learn to understand, program, and build robots while exploring how engineering principles can model the fascinating machinery of living systems.
Our programs encourage curiosity, creativity, experimentation, teamwork, and practical problem-solving.
Our Learning Approach
Three Pillars of Hands-On STEM Learning
Our hands-on STEM approach connects biology, engineering, and programming. Through exploration, experimentation, and creative problem-solving, students discover how scientific ideas can become working robotic systems.
Explore Living Systems
Discover how the human body and other living systems function, using robotics to make biological processes tangible and interactive.
Design & Build
Explore 3D design, engineering, and prototyping to understand how ideas become physical creations.
Program & Experiment
Develop programming and computational thinking skills by testing instructions, observing results, and improving robot behavior.
Our Robotics Learning Foundation
Students discover how robots are designed, assembled, and programmed by exploring the mechanical, electronic, and computational systems that make them work.
Design & Structure
Explore chassis design, 3D-printed components, mechanical assemblies, and how individual parts form a functional robot.
Electronics & Sensors
Understand how circuits, sensors, and electronic modules enable robots to detect conditions and interact with their surroundings.
Programming & Control
Learn how code translates sensor information into decisions and controls movement, behavior, and autonomous actions.
What Students Learn About Robotics
2. Follow Lines & Detect Obstacles
4. Complete Engineering Missions
3. Navigate Complex Challenges
1. Master Robot Movement
Use infrared and ultrasonic sensors to follow tracks and respond to objects.
Combine programming, sensors, and mechanical accessories to manipulate objects and complete assigned tasks.
Solve intersections, explore mazes, and develop autonomous navigation behaviors.
Ezoubot Robot In Motion
Put Robotics Into Action
Students apply their knowledge through progressive robotics challenges, moving from basic movement and control to sensor-based navigation, autonomous behavior, and programming experimentation.
Program a robot to move forward, reverse, turn, and complete movement sequences.
Bringing Biological Systems To Life Through Robotics
Through Biosystems Robotics Academy, students use programmable robots to explore how living systems function. . Our interactive challenge mats model real biological processes such blood circulation, digestion, immune response, etc., transforming complex scientific concepts into engaging, hands-on learning experiences.
Where Robotics Meets Life Sciences
Digestive System
Explore digestion, nutrient absorption,
and elimination.
Immune Defense
Explore how the immune system recognizes and responds to threats.
Blood Circulation
Model oxygen and carbon dioxide transport.
Dual-Language STEM Education
At Biosystems Robotics Academy, students can explore STEM concepts through English and French using a Content and Language Integrated Learning (CLIL) approach.
By combining robotics, programming, engineering, and scientific vocabulary with meaningful hands-on activities, students develop technical understanding while strengthening communication skills in another language.
Our dual-language approach connects learning, discovery, and creativity across languages.
Bring Robotics to Your School or Community
Bring hands-on robotics, programming, engineering, and biological systems exploration to your school or community.
Through engaging challenges, students discover how robots work, develop practical STEM skills, and explore real-world applications of technology.
Programs can be adapted to different ages, experience levels, and learning objectives, with English–French STEM options available by arrangement.