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Why STEM Matters Today ?

  • Student participation in the STEM stream at the upper secondary level has increased from 45.7% in 2023 to 50.8% in 2024.

  • However, this improvement is still slow.

  • Malaysia aims to achieve a 60:40 ratio of STEM to non-STEM students in secondary education.

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  • In 2022, Malaysia recorded the highest percentage of STEM graduates among other countries, with 40.2% of higher education graduates holding degrees in STEM fields.

  • This illustrates the increasing need of manpower in stem field

  • STEM equips students with problem-solving, critical thinking, and innovation abilities essential for the future workforce.

LEARNING OUTCOMES

Beginner

5 months

Intermediate
5 Months

Advanced

6 Months

  • Understand the basic components of robotics, including sensors, motors, and microcontrollers.

  • Assemble simple robotic systems using basic electronic components.

  • Write basic programs to control robotic movements, such as line following or obstacle avoidance.

  • Gain familiarity with tools like Arduino IDE or block-based programming platforms.

  • Design robotic systems with enhanced functionalities, including wireless communication (Bluetooth, Wi-Fi).

  • Intermediate programming techniques for decision-making & multi-sensor integration.

  • Create semi-autonomous robots capable of tasks like maze solving or remote-controlled operations.

  • Troubleshoot and optimize robot performance for improved efficiency and reliability.

  • Develop robots with advanced features using IoT, AI, or machine learning technologies.

  • Integrate real-time data processing for adaptive behavior in dynamic environments.

  • Build multi-device systems capable of coordinated tasks, such as robotic arms or drones.

  • Explore innovative applications in home automation, environmental monitoring, or industrial processes.

  • Analyze and enhance system design for scalability, efficiency, and sustainability.

Computer Circuit Board

LEARNING MATERIALS

Hardware Components

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  • Microcontrollers (e.g., Arduino, ESP8266/NodeMCU)

  • Sensors (e.g., ultrasonic, infrared, temperature, light sensors)

  • Actuators (e.g., servo motors, DC motors, stepper motors)

  • Breadboards, jumper wires, resistors, LEDs, and other basic electronics components

  • Power supplies (e.g., batteries)

Software and Programming Tools

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  • Arduino IDE for coding and uploading programs

  • Simulation tools like Tinkercad for virtual prototyping

  • Programming libraries and APIs for advanced functionalities

Reference Materials

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  • Beginner's guide to robotics (e.g., books or online tutorials)

  • Circuit diagrams and datasheets for components

  • Pre-designed project examples for inspiration

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