Engineering the Next Generation of Robots
Welcome to the Advanced Robot Builders Bootcamp, where learners take their robotics knowledge to the next level.
This programme focuses on building more complex robotic systems, integrating multiple motors, advanced sensors, and structured engineering design principles. Learners will work on sophisticated builds such as robotic arms and competition-ready robots.
This bootcamp is ideal for learners ready to transition from beginner robotics into advanced engineering thinking and innovation.
COURSE OVERVIEW
The Advanced Robot Builders Bootcamp is designed for learners who already have a basic understanding of robotics and want to advance into complex robot design, intelligent systems, and real-world engineering challenges.
Learners will design, build, and program multi-functional robots using sensors, logic, and advanced coding techniques, preparing them for high-level robotics competitions and engineering pathways.
By the end of the course, learners will build advanced robotic systems, integrate multiple sensors and automation logic, and develop semi-autonomous robots. They will also apply real engineering design principles and present a high-level robotics solution.
LEARNING OBJECTIVES
What Students Will Learn
We advance robotics, engineering, and automation skills while strengthening innovation, system design, and complex problem-solving abilities.
1. Fundamentals
Understand advanced robotics systems and system thinking.
2. Real world Skills
Apply the engineering design process to solve complex problems.
3. Problem Solving
Improve mechanical design, electronics, and system integration.
4. Logical Thinking
Develop advanced coding and multi-sensor automation logic.
5. Build Projects
Build, optimize, and create semi-autonomous robotic systems.t.
ACTIVITIES
Hands-On & Engaging Activities
Interactive activities that make learning fun, practical, and meaningful.
1. Robotics Challenge
Analyze real robot systems and define a project challenge.
2. Idea Generation
Design and improve robot structure, movement, and circuits.
3. Tech Problem Hunt
Program advanced robot behaviors using sensors and control logic.
4. Interactive Program
Build and integrate a complete advanced robotic system.
5. Testing
Test, debug, and optimize the robot for performance and challenges.
MODULE STRUCTURE (10 SESSIONS)
Learning Content:
- Review of robotics fundamentals
- Introduction to complex systems
- Subsystems:
- Mechanical
- Electrical
- Software
- Introduction to Mechatronics
Learning Content:
- Gear ratios and torque
- Structural strength and balance
- Efficient movement systems
Learning Content:
- Gear ratios and torque
- Structural strength and balance
- Efficient movement systems
Learning Content:
- Multi-component circuits
- Power management
- Sensor integration
Learning Content:
- Variables and control logic
- Multi-condition programming
- Structured coding for robotics
Learning Content:
- Combining inputs:
- Distance + light
- Touch + motion
- Decision-making systems
- Introduction to autonomous behavior
Learning Content:
- What is autonomy?
- Basic AI concepts in robotics
- Decision trees
Learning Content:
- System integration:
- Mechanics
- Electronics
- Code
- Project development
Learning Content:
- Debugging complex systems
- Performance optimization
- Preparing for final challenge
Assessment Type:
Practical + Challenge + Presentation
Task:
Learners must:
- Present their advanced robot
- Demonstrate performance in a challenge scenario
- Explain:
- The engineering design
- Coding logic
- System integration
Challenge Examples:
- Obstacle navigation
- Object transport
- Multi-task automation
Assessment Criteria:
- Engineering complexity
- Functionality & performance
- Innovation
- Coding depth
- Presentation quality
🎓 Outcomes & Certification
Learners will receive:
- Advanced Robot Builders Bootcamp Certificate
Progression pathways:
- Competitive Robotics (STEMLab Robo Challenge)
- Mechatronics Engineering
- AI & Automation
- Advanced Coding & Engineering Programs
SKILLS DEVELOPED:
CRITICAL THINKING
ENGINEERING CREATIVITY
PROBLEM SOLVING
TECHNOLOGY CURIOSITY
10 sessions | 90 minutes each
Claremont / tygervalley
CONTACT / online
Enquire About This Bootcamp
Interested in this bootcamp? Send us an enquiry and our team will assist you.