The following two courses can be flexibly arranged to school needs — project-oriented with progressive modelling, showcases and portfolio building, balancing design thinking and hands-on skills.
This course guides students into the world of 3D design. Tinkercad — a simple, fun, powerful online 3D modelling tool — is like digital building blocks, letting children turn ideas into 3D cartoon characters, fun toys and fantasy scenes! Through gamified teaching, hands-on practice and project creation, children learn the secrets of 3D design in a happy atmosphere and grow into young inventors and future designers!
This project-based course progresses from toys and buildings to mechanical parts, helping students build modelling confidence quickly in Tinkercad's accessible visual interface. Design thinking is integrated throughout — from ideation through prototyping and iteration — strengthening problem-solving and expression. Works can be exported for 3D printing or showcased in VR/AR and school exhibitions. Assessment combines worksheets and portfolios to show technical and design growth, with cross-curricular links to visual arts and general studies.
Learning 3D modelling helps students become young inventors, turning ideas in their minds into unique 3D works, while greatly improving creativity and problem-solving. When designing in 3D space, students think about shape, size and placement — training spatial awareness and systematic thinking. The course combines art, mathematics and technology for cross-disciplinary STEAM foundations. Seeing their 3D work appear on screen — or printed on a 3D printer — boosts confidence and the sense that 'I can do it!'
Lessons focus on thematic activities and games so students learn Tinkercad's interface, view navigation, basic modelling and geometry in a cheerful atmosphere, breaking complex objects into simple shapes step by step. Students learn to analyse and solve design challenges and showcase their 3D work, improving creative expression. These experiences build practical skills plus independent thinking, patience and teamwork — a solid foundation for future innovation and technology pathways.
This course takes children into the limitless world of 3D design. Using simple, fun 3D modelling software (e.g. Blender), students create models and place them on metaverse platforms (e.g. Spatial) to experience touring their own 3D scenes in virtual worlds. The course develops spatial awareness, creative problem-solving, teamwork and hands-on skills, laying a solid foundation for STEM learning and future development.
Emphasising integration of virtual and physical worlds, this course takes students through the full product development workflow from digital modelling to physical printing. Advanced modelling and topology optimisation in Blender develop engineering-oriented thinking on tolerances, structural strength and manufacturability. Functional prototypes and creative product tasks build design and implementation skills in real contexts; work can be showcased at maker fairs or school innovation events, with 3D printing certificates provided.
Upon completion, students master core 3D modelling and VR skills and unlock cross-disciplinary innovation through hands-on practice. Turning real environments into digital 3D models strengthens understanding of spatial layout and structure, improving spatial cognition, geometric logic and the ability to turn imagination into 3D work. Designing and building virtual scenes requires thinking about scale, proportion and materials and solving design challenges — developing creativity and problem-solving.
The following courses are designed for primary students — safe, low-burden, high-participation interaction, suitable for open days, STEM Week or parent-child showcases.
Systematically develop computational thinking aligned with local curriculum guidelines — mastering sequences, loops and conditionals through practice; work showcase-ready for STEM Week and open days.
VEX GO deepens mechanical structure and block programming — students build functional robots and develop programs with VEXcode GO through the full engineering design process; a key bridge to VEX IQ.
Using AI Module 1S, students explore robot building, advanced programming and basic AI applications in depth.
Contact us for a STEAM programme proposal and quote tailored to your school