Robot Mechanical

Course Description

Robot Mechanical is an exciting course designed to bring your child's robotic dreams to life. Have you ever wondered how a remote control can manage a car from afar? This course transforms curiosity into creativity, guiding students through the fundamentals of engineering drawing to design their own wireless, rugged, and powerful robots, including sumo and race robots. The course covers various aspects of robotics, challenging students to test their skills on a competitive battlefield and foster their problem-solving abilities.

With a hands-on approach, students will gain practical experience in building and customizing robots, setting them up for future success in robotics and engineering fields.

Laptop or Desktop Required: students are required to have access to a laptop or desktop computer equipped with a functioning microphone and camera.

Learning Mode: The course is conducted through live instructor-led sessions, ensuring personalized guidance and interaction.

No Distractions: To maximize learning, it’s essential for students to engage in the classes without distractions.

Upon Completion of the Course, Students Will Have:

• Fundamental Engineering Drawing Skills: Acquired essential skills in engineering drawing, enabling them to design precise and functional robotic structures.
• Experience in Building Wireless Robots: Gained practical experience in constructing wireless robots, such as sumo and race robots, understanding the mechanics and electronics involved.
• Problem-Solving and Innovation: Enhanced problem-solving abilities by facing real-world challenges in designing and building robots, fostering creativity and innovation.
• Preparation for Competitive Robotics: Developed the skills and confidence to participate in competitive robotics, testing their creations in a challenging and engaging environment.
• Foundation for Future Engineering Studies: Built a strong foundation in mechanical engineering principles, setting the stage for further studies and exploration in robotics and engineering fields.