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Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Young Explorer pathway uses clear, age-appropriate activities to investigate robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Junior Explorer pathway uses structured learning and authentic scientific tasks to analyse robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Secondary Foundation pathway uses structured learning and authentic scientific tasks to model robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Advanced Secondary pathway uses structured learning and authentic scientific tasks to test robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Pre-University pathway uses structured learning and authentic scientific tasks to interpret robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Undergraduate Foundation pathway uses structured learning and authentic scientific tasks to design robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Undergraduate Advanced pathway uses structured learning and authentic scientific tasks to compare robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Postgraduate pathway uses structured learning and authentic scientific tasks to evaluate robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Professional Development pathway uses structured learning and authentic scientific tasks to investigate robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Research & Specialist pathway uses specialist evidence and advanced scientific practice to analyse robot design, testing, feedback and mission-based engineering, with a particular emphasis on applied case studies & problem solving.
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