A child who happily builds for an hour may be ready for a new kind of LEGO challenge: making a model respond to instructions. But moving into robotics does not mean jumping straight to the most complicated kit. The programming approach and the teaching support both matter.
SUP’s K3 Track uses SPIKE Essential with icon-based programming. Visual commands provide a way to explore sequences without making word-based blocks the starting point. A useful parent question is, “Can my child connect the instruction they chose with what the model did?”
This is a first journey into programming, with room to build familiarity. It is not a race to use more blocks or finish an older student’s project.
The Lower Primary track also uses SPIKE Essential, with word-block programming. Projects can explore behaviours such as following a line or grabbing an object. The learning includes the physical build: a grabber needs a suitable shape and movement, not just a command to close.
Ask how children test their ideas. If an object slips out, do they examine the grip, change the design or adjust the movement? That conversation links programming to mechanical reasoning.
The Upper Primary track uses SPIKE Prime for more advanced programming and sensor-based work. The challenge becomes connecting what a robot senses with what it should do, while considering the reliability of the build.
“More advanced” should describe the decisions students make, not merely the number of pieces in the box. Children also need opportunities to explain how their solution works.
School stage is a useful guide, but prior experience, confidence with instructions and the support a child needs are also worth discussing. Tell SUP what your child enjoys building and what coding they have tried. Our education consultants can help you explore the appropriate LEGO Elite Team Training track. An iPad is required; ask for the current BYOD details before class.
Explore the programme: LEGO Elite Team Training
