COURSE CURRICULUM

The BSc Space Science and Robotics degree at Aberystwyth University is a multidisciplinary program that integrates physics, computer science, and engineering to prepare students for careers in space exploration and robotic technologies. In the first year, students gain foundational knowledge in physics and programming through core modules such as Introduction to Programming, Object-Oriented Programming, Algebra and Differential Equations, Calculus, Dynamics, Waves and Heat, and Electricity, Magnetism and Matter. Laboratory Techniques for Experimental Physics develops hands-on skills in experimental science. Optional modules such as Astronomy, Communication and Technology, and Energy and the Environment offer students a broader perspective on space and environmental sciences.In the second year, the focus shifts towards technical and applied skills with core modules including C and C++ programming, Scientific Python, Robotics and Embedded Systems, Sensors, Electronics & Instrumentation, and Practical Research Skills. Students also delve into astrophysics through the Stars and Planets module. These modules prepare students to work with complex systems and technology relevant to robotics and space missions, combining theoretical physics with real-world engineering and programming applications.The final year emphasizes advanced concepts and project-based learning. Core modules include Machine Learning, Robotic Applications, Physics of Planetary Atmospheres, Space Robotics, Professional Skills in Engineering, and Computer Vision. These modules expose students to artificial intelligence, robotic systems, planetary science, and computer vision technologies critical to modern space missions. Students undertake a major independent research project, choosing between computer science or physics-focused options, allowing them to explore a topic of interest in depth and demonstrate their technical and research capabilities.Overall, this degree equips students with strong programming, analytical, and scientific skills. Graduates are well-prepared for roles in the space industry, robotics, aerospace, software development, and scientific research, or for further study in advanced space science and engineering fields.