ROBOMASTER
Students engage with block-based coding to navigate intricate obstacle courses and develop programs for tasks like object relocation. As they progress, they integrate simple vision object recognition and Python coding into their projects, enhancing their understanding of advanced robotics principles. This hands-on approach not only strengthens their algorithmic thinking but also prepares them for real-world applications in technology and engineering.
AUTONOMOUS VEHICLES
Program self-propelled cars and Thymio Robots, mastering principles of weight, balance, and line following. This program covers GUI programming for user-friendly interfaces and hands-on autonomous configuration, emphasising decision-making skills. Students gain insights into tech careers, preparing them for future success in programming and technology.
SUSTAINABLE CONSTRUCTION
Explore sustainable housing with STELR Sustainable Housing Kits, investigating thermal properties, constructing model houses, and using data loggers to monitor temperature changes. This project enhances their understanding of sustainable design principles, fosters data analysis skills, and promotes teamwork through collaborative construction and monitoring tasks. Technologies introduced include the STELR Sustainable Housing Kit and FLIR Camera.
3D PRINTING WITH TINKERCAD
Delve into 3D design fundamentals using Tinkercad to create their own 3D files. They will then advance to hands-on prototyping using onsite 3D printers. This program emphasises 3D image designing, software training for 3D printers, and precision manufacturing techniques. Students gain practical skills essential for careers in manufacturing and design, preparing them for diverse career pathways in technology and innovation.
3D PRINTING WITH FUSION 360
Dive into the basics of Fusion 360 and Cura as you unleash creativity and transform designs into tangible objects. From sleek vases to functional pencil holders, students explore sketching, projection, dimensions, extrusion, lofting, and revolving techniques. Prior to participation, teachers set up student Fusion 360 accounts and provide introductory sessions on software navigation, ensuring a seamless start to this innovative learning experience in technology and engineering.
SMART WAREHOUSE
In this tech taster, students dive into the world of automation and logistics by programming a Dobot robot arm to pick up objects off a conveyor belt. Building on this foundation, they take on the challenge of integrating the Dobot arm with a Tello drone to prototype a smart warehouse delivery system. This hands-on experience develops coding skills and encourages problem-solving and creativity. By the end of the program, students will have gained valuable insights into the technologies driving modern warehouse operations and supply chain management.
DRONES & CODE
Students dive into block coding to program these drones for precise navigation. Beginning with precise measurements in their coding, students advance to challenges involving autonomous flight and pattern-based navigation or landing. This program emphasises block coding proficiency, drone configuration, and precision testing, preparing students for careers in drone technology and beyond.
ELECTRONICS & CODE
Engage with the M5 Stack system to design and program electronic devices. They delve into the Internet of Things (IoT), exploring how hardware can collect and utilise data for decision- making. This hands-on experience includes developing output hardware tailored to the specific purposes of their designs, fostering a comprehensive understanding of hardware integration and IoT applications in modern technology.
