01 Performance
Young engineers finish able to explain how sensors, controllers and motors become a robot; they build and program working robots through the design cycle, demonstrating teamwork, safe tool use and joyful persistence when things break.
02 Objectives
- Assemble safe basic circuits with confidence
- Program microcontrollers to read sensors and drive outputs
- Calibrate motors for controlled movement
- Diagnose faults methodically (build → test → fix)
- Collaborate effectively within a build team
- Present robot designs explaining engineering choices
03 Content
Electronics Foundations
- Circuits & components
- LEDs, motors & buzzers
- Safe building habits
Meet the Microcontroller
- Boards & pins
- First program
- Reading sensors
Making Things Move
- DC & servo motors
- Driving wheels
- Obstacle detection
Robot Projects
- Line follower
- Light-seeking bot
- Team challenge builds
04 Knowledge
- Electricity basics: current, voltage and safe handling
- Input devices (sensors) vs output devices (motors, LEDs)
- How microcontrollers run uploaded programs
- Feedback loops: sense → decide → act
- Engineering design cycle vocabulary and stages
05 Skills
- Careful wiring and component connection
- Block/text programming of board behaviours
- Sensor calibration for light, distance and touch
- Chassis assembly and mechanical adjustment
- Structured troubleshooting under excitement
06 Key Competencies
- Teamwork: shared builds need shared plans
- Persistence: robots fail often; builders iterate
- Safety-first making habits
- Explaining technical work to an audience
07 Values
- Excellence: doing careful, complete work rather than rushing
- Integrity: honest effort, original work and truthful reporting
- Curiosity: asking questions and exploring beyond the lesson
- Responsibility: safe, ethical use of technology and information
- Growth mindset: treating mistakes as steps toward mastery
08 Learning Activities
Circuit playground
Guided experiments lighting LEDs, buzzing buzzers and spinning motors.
Sensor missions
Programming boards to react to distance, light and touch.
Robot gymkhana
Line-following and obstacle challenges with friendly competition.
Demo day
Robots demonstrated to parents with learner explanations.
09 Teaching & Learning Resources
- Dynamic Academy course materials and practice sets
- A laptop or desktop with required free software installed
- Internet access for research and tool accounts
- Access to the student portal for announcements, assignments and progress tracking
10 Evaluation Guide
11 Practical Projects
Project 1:Night Light Bot
A light-sensing lamp creature combining craft and code.
Project 2:Obstacle Dodger
A wheeled robot navigating around barriers autonomously.
Project 3:Capstone: Team Robot Challenge
Teams design, divide and deliver a robot completing a mini-course.
12 Learning Outcomes
- Understand circuits, sensors and actuators
- Program microcontrollers to respond to the environment
- Assemble working robotic projects
- Apply the engineering design cycle: plan, build, test, improve
13 Course Pathway
Learners progress through a guided technology ladder at Dynamic Academy: foundations (Digital Skills / HTML & CSS / Python Programming), then specialisation (Web Development, Artificial Intelligence, Robotics, Game Development, UI/UX Design), then advanced practice (Backend Development, AI Chatbot Development). Each stage's final project feeds the next stage's portfolio.