This module equips learners with essential advanced Mathematical skills and knowledge to analyse, interpret, and solve complex problems. Through a structured curriculum, students will explore core Mathematical concepts—from algebra and geometry to calculus and statistics—emphasizing real-world applications and enhancing university readiness. Learners will develop problem-solving and analytical skills that are crucial for understanding quantitative data and reasoning logically. This solid Mathematical foundation opens the road to advanced studies in fields such as engineering, economics, data science, and actuarial science, preparing students for a wide range of professional opportunities in academia, technology, and finance.
This module provides learners with the scientific knowledge and critical thinking skills necessary to understand and explore various advanced scientific disciplines at university. Covering topics such as physics, chemistry, and earth sciences, the programme offers a balanced approach to both theoretical and experimental science. Learners will engage in practical applications of the scientific method and use their newly found abilities to assess data and form well-supported conclusions. A part of this module focusses on laboratory ethics and the correct use of laboratory equipment for various experiments and projects. This foundation paves the way for further studies in specialized fields such as physics, chemistry, environmental science, or engineering, opening career paths in research, technology, education, and environmental management.