Our Programs
Interactive learning experiences that transform curiosity into skills and skills into global opportunities.
The Robotics Programming Workshop: RoboNation Camp
The RoboNation Camp, held at King Khalid University, is a specialized course on technology as part of KKU’s “Explore Innovate Disrupt” Tech Camp. The course, titled “Robotics for Tomorrow’s Leaders,” introduced university students to the fundamentals of technology, real-world applications, use case development, and hands-on demonstration.
This initiative aims to spark innovation and equip the next generation of Saudi talent with practical skills in one of today’s most disruptive emerging technologies.
“Building the Future of Robotics: Instructor Training and Certification” workshop
A “Building the Future of Robotics: Instructor Training and Certification” workshop generally focuses on preparing educators and trainers to deliver hands-on robotics education.
These programs typically combine theoretical lectures with practical sessions, covering topics such as robotics platforms, programming environments, sensor integration, and educational robotics curriculum design. Participants often engage in collaborative projects that simulate classroom teaching scenarios to enhance instructional competence.
Robotics Foundation
Program
The training program aims to build a strong foundation in the field of robotics, where participants learn to design and program robots using various platforms such as VEX, LEGO, and Arduino.
The program enables exploration of mechanical and electronic engineering concepts, in addition to programming robots to perform advanced tasks. It also includes developing logical thinking and problem-solving skills, qualifying participants to take part in international robotics competitions.
Early Childhood Robotics and Wireless Activities Program
A “Building the Future of Robotics: Instructor Training and Certification” workshop generally focuses on preparing educators and trainers to deliver hands-on robotics education. These programs typically combine theoretical lectures with practical sessions, covering topics such as robotics platforms, programming environments, sensor integration, and educational robotics curriculum design.
Participants often engage in collaborative projects that simulate classroom teaching scenarios to enhance instructional competence.