From brain science and medical science to marine biology, robotics, quantum physics, AI, climate, biotechnology, engineering and space. Search the catalogue and submit your application online.
Showing 1–24 of 80
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Young Explorer pathway uses clear, age-appropriate activities to interpret robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Junior Explorer pathway uses structured learning and authentic scientific tasks to design robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Secondary Foundation pathway uses structured learning and authentic scientific tasks to compare robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Advanced Secondary pathway uses structured learning and authentic scientific tasks to evaluate robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Pre-University pathway uses structured learning and authentic scientific tasks to investigate robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Undergraduate Foundation pathway uses structured learning and authentic scientific tasks to analyse robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Undergraduate Advanced pathway uses structured learning and authentic scientific tasks to model robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Postgraduate pathway uses structured learning and authentic scientific tasks to test robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Professional Development pathway uses structured learning and authentic scientific tasks to interpret robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Research & Specialist pathway uses specialist evidence and advanced scientific practice to design robot design, testing, feedback and mission-based engineering, with a particular emphasis on foundations & core concepts.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Young Explorer pathway uses clear, age-appropriate activities to design robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Junior Explorer pathway uses structured learning and authentic scientific tasks to compare robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Secondary Foundation pathway uses structured learning and authentic scientific tasks to evaluate robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Advanced Secondary pathway uses structured learning and authentic scientific tasks to investigate robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Pre-University pathway uses structured learning and authentic scientific tasks to analyse robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Undergraduate Foundation pathway uses structured learning and authentic scientific tasks to model robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Undergraduate Advanced pathway uses structured learning and authentic scientific tasks to test robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Postgraduate pathway uses structured learning and authentic scientific tasks to interpret robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Professional Development pathway uses structured learning and authentic scientific tasks to design robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Research & Specialist pathway uses specialist evidence and advanced scientific practice to compare robot design, testing, feedback and mission-based engineering, with a particular emphasis on laboratory & practical skills.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Young Explorer pathway uses clear, age-appropriate activities to compare robot design, testing, feedback and mission-based engineering, with a particular emphasis on research methods & experimental design.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Junior Explorer pathway uses structured learning and authentic scientific tasks to evaluate robot design, testing, feedback and mission-based engineering, with a particular emphasis on research methods & experimental design.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Secondary Foundation pathway uses structured learning and authentic scientific tasks to investigate robot design, testing, feedback and mission-based engineering, with a particular emphasis on research methods & experimental design.
Explore Mechatronics through sensing, control, mechanics and autonomous behaviour. This Advanced Secondary pathway uses structured learning and authentic scientific tasks to analyse robot design, testing, feedback and mission-based engineering, with a particular emphasis on research methods & experimental design.
Tell us the field you want to study. SED Hub can review specialist and bespoke course requests.