Unleash Your Robotic CREATIVITY!

learning robotics at ROBOAXIA,  

• Historical perspective and evolution of robotics
•  An overview of robotics  principles, and applications. 

• Robot design.
• Basic principles of mechanics, including motion, forces, and simple machines. 

• Types of sensors used in robotics (e.g., proximity sensors, cameras, LIDAR)
• Calibration and sensor integration

• Fundamentals of control theory
• Feedback control systems and motion control

• Programming languages for robotics 
• Developing control algorithms and applications

• Microbit Programming Essentials: Master coding basics to create engaging and interactive projects using Microbit.
• Fundamental Electronics Skills: Gain a solid understanding of basic electronics and integrate sensors for practical applications.
• Innovative Project Design: Develop custom projects, enhancing problem-solving skills and fostering creativity and innovation.

• Robotics Building Experience: Construct six unique robots using comprehensive kits, perfect for hands-on learning.
• Innovative Design Challenges: Participate in creative design challenges and build custom robots with unique features.
• Sensor Integration & Control: Discover how to use sensors and remote control systems to create interactive and responsive robots.

• Introduction to Robotics: Learn to build and program robots using beginner-friendly kits for hands-on experience.
• Circuitry & Motor Control: Master the fundamentals of circuits and motor control to bring your robots to life.
• Project-Based Learning: Develop practical skills by constructing and customizing robots through engaging projects.

• Interactive Arduino Workshops: Dive into hands-on electronics and programming with real-world projects, perfect for beginners.
• Comprehensive Basics & Beyond: Learn essential skills in circuit design, sensor integration, and coding with Arduino boards.
• Creative Tech Projects: Collaborate on innovative projects, from LED displays to sensor-driven systems, showcasing practical tech skills.

• Robotics Design Fundamentals: Master material selection, electronics basics, and essential robotics components through hands-on projects.
• Practical Sensor and Actuator Integration: Explore real-world applications by integrating sensors, motors, and control systems into functional robots.
• Advanced Prototyping Techniques: Utilize CAD, 3D printing, and advanced control algorithms to build and showcase custom robot prototypes.

• Robotics Assembly Basics: Build and assemble robots from scratch, focusing on component integration and wiring.
• Component Deep Dive: Explore and test essential robotics parts like motors, sensors, and controllers, and learn their specifications.
• Advanced Programming & Testing: Program robots for complex tasks, troubleshoot issues, and apply advanced actuators and sensors in real-world applications.

• Block Programming Fundamentals: Get started with intuitive block-based coding to control robotics and perform basic tasks effortlessly.
• Arduino Programming Essentials: Dive into Arduino coding for robotics, mastering sensor integration, motor control, and advanced programming techniques.
• Python Robotics Applications: Explore Python programming for robotics, from simple scripts to complex control systems, and integrate with Arduino and block programming.

• Robotics Design & Material Selection: Master the fundamentals of robotics design and choose the right materials for building efficient and durable robots.
• Electronics & Sensors Integration: Learn essential electronics principles and integrate various sensors to enhance robotic functionalities and performance.
• Advanced Programming Techniques: Explore advanced programming with Arduino and Python, applying your skills to build, test, and refine complex robotics projects.

• Robotics & AI Fundamentals: Explore the basics of robotics and artificial intelligence with engaging online sessions, perfect for school students.
• Hands-On Programming & Machine Learning: Learn programming fundamentals and machine learning concepts through interactive virtual labs and exercises.
• AI-Driven Robotics Projects: Apply AI to create and test innovative robotic systems, showcasing your skills with real-world applications and project presentations.