Become a Robotics Trainer for All Ages
This 16-hour online training program is designed for aspiring robotics trainers who wish to inspire and educate individuals of all ages in the exciting field of robotics. The course covers a range of essential topics, from basic block coding to advanced AI integration, providing a thorough understanding of various robotics platforms and technologies. Participants will learn how to create engaging lesson plans and connect with students through hands-on projects and real-world applications.
Trainers: Eng. Johny Nassar – Ms. Batoul Salameh -Ms. Mona Yaghi
- Online
- 12 hours
- Target Audience: K–12 Teachers, Coordinators, and School Leaders
Program Outcomes
Robotics Platforms
Have a solid understanding of various robotics platforms and their applications.
Block Coding
Be proficient in block coding and able to teach it to students of all ages.
Lesson Plans
Develop engaging and educational lesson plans tailored to different age groups and skill levels.
Advanced Tech
Integrate advanced technologies like AI and mobile app development into robotics projects.
Classroom Confidence
Feel confident in managing a classroom and facilitating a hands-on learning environment.
Ideal Candidate
Who Should Join?
This program is suitable for educators, hobbyists, and anyone passionate about robotics and teaching. No prior experience in robotics or programming is required, but a basic understanding of technology is beneficial.
Join us to become a proficient and inspiring robotics trainer, ready to lead the next generation of innovators in the exciting world of robotics!
Course Content
Arduino: Using and Programming with Block Coding
Introduction to Arduino : Learn the basics of Arduino hardware and its applications in robotics.
Block Coding with Arduino : Understand how to program
Arduino using block coding. This section will cover fundamental concepts such as digital and analog inputs/outputs, sensors, and actuators.
- Hands-on Projects : Engage in practical exercises to build and program simple Arduino-based robots.
Integrating AI in Robotics
Practical AI Projects : Implement AI in robotics projects, such as gesture-controlled robots or robots with image recognition capabilities.
Connecting Robots via Bluetooth and Building Mobile Applications.
- Bluetooth Connectivity : Learn how to connect different robotics platforms to mobile devices using Bluetooth technology.
- Mobile Application Development : An introduction to creating mobile applications using platforms like MIT App Inventor or Thunkable. Understand how to control robots through custom mobile apps.
- Integrated Projects : Develop a comprehensive project that combines robotics, Bluetooth connectivity, and mobile app development, such as a remote-controlled robot with a mobile interface.