Robotics
Grow Your Skills with the Advanced Level 2 Online Course – From Smart Gardens to Game Development!
Step into the future of agriculture and gaming with the Advanced Level 2 Online Course, designed to immerse young learners in practical robotics and interactive coding. Perfectly paired with the Smart Garden Kit and Advanced Level 2 Learner Book, this 40-lesson course offers a hands-on approach to agricultural robotics, Arduino programming, and game development, making it ideal for curious minds ready to tackle real-world challenges and creative projects.
The course kicks off with the evolution of technology in agriculture and leads directly into the Smart Garden project, where learners set up circuits, transition from block-based to script coding with Arduino IDE, and gain experience with LEDs, moisture sensors, and motor control. Through guided lessons, learners build and troubleshoot their automated garden, adding custom features to ensure plant health in a fully integrated system.
In parallel, learners explore Python programming using the Turtle and Random modules, where they develop logic-based games like Rock Paper Scissors and Snake, honing their skills in user input handling and randomisation. As they advance to Pygame, they create more complex games like Bounce Bird and Space Battle, mastering event-driven programming, collision detection, and user interaction. Additionally, cybersecurity basics and encryption techniques are introduced to foster safe online practices.
Course Highlights:
Empower your learner to design, program, and innovate with skills that span real-world robotics and digital creativity. Enrol in the Advanced Level 2 Online Course today and watch them thrive as they bring their ideas to life!
Grow Your Skills with the Advanced Level 2 Online Course – From Smart Gardens to Game Development!
Step into the future of agriculture and gaming with the Advanced Level 2 Online Course, designed to immerse young learners in practical robotics and interactive coding. Perfectly paired with the Smart Garden Kit and Advanced Level 2 Learner Book, this 40-lesson course offers a hands-on approach to agricultural robotics, Arduino programming, and game development, making it ideal for curious minds ready to tackle real-world challenges and creative projects.
The course kicks off with the evolution of technology in agriculture and leads directly into the Smart Garden project, where learners set up circuits, transition from block-based to script coding with Arduino IDE, and gain experience with LEDs, moisture sensors, and motor control. Through guided lessons, learners build and troubleshoot their automated garden, adding custom features to ensure plant health in a fully integrated system.
In parallel, learners explore Python programming using the Turtle and Random modules, where they develop logic-based games like Rock Paper Scissors and Snake, honing their skills in user input handling and randomisation. As they advance to Pygame, they create more complex games like Bounce Bird and Space Battle, mastering event-driven programming, collision detection, and user interaction. Additionally, cybersecurity basics and encryption techniques are introduced to foster safe online practices.
Course Highlights:
Empower your learner to design, program, and innovate with skills that span real-world robotics and digital creativity. Enrol in the Advanced Level 2 Online Course today and watch them thrive as they bring their ideas to life!
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Includes Hardware Kit
On-demand Video Courses
Certificate of Completion
Understanding loops and conditional statements is crucial for learners, especially in coding and robotics, as these concepts enable them to automate tasks and build responsive programs. Loops allow for repeated actions, while conditional statements enable decision-making based on inputs. Learning variables, data types, and sequences provides a foundation in programming basics, helping learners manage and process data. Together, these skills equip learners to create dynamic programs for controlling robots, enhancing their problem-solving and computational thinking abilities.