A-level Further Mathematics for Year 12 - Course 1: Complex Numbers, Matrices, Roots of Polynomial Equations and Vectors

Imperial College London is a world-leading science and engineering university located in the heart of London. Founded in 1907, it is renowned for excellence in research, innovation and teaching across STEM fields. With over 20,000 students, including more than 8,300 international students, Imperial offers a global, diverse community and strong industry connections that enhance learning and employability.

Imperial’s academic portfolio spans research-led undergraduate and postgraduate programs across science, engineering, medicine and business, with some 102 programs available to students. The college’s reputation is reflected in exceptionally high ratings for teaching and classes, modern facilities and strong student satisfaction. Research centres and partnerships with industry provide practical experience, internships and access to cutting-edge laboratories that prepare graduates for leadership roles.

Life at Imperial combines intense academic focus with the cultural and professional opportunities of London. Campus facilities, accommodation options and student services support wellbeing and career development, while extracurricular clubs and societies foster community and leadership. For international students seeking rigorous STEM training, Imperial delivers world-class instruction, extensive research opportunities and a powerful alumni network that supports global careers.

This program is for students who want to learn advanced math concepts, including complex numbers and vectors. It's a non-degree course that lasts one week, taught in English at Imperial College London. The main advantage is that it helps students prepare for their A-level exams and develop their problem-solving skills.

The curriculum covers complex numbers, matrices, roots of polynomial equations, and vectors. Students will learn to work with complex math concepts, apply them to real-life situations, and develop their critical thinking skills. They will also practice their math skills through hands-on activities and problem-solving exercises.

After completing this course, students can pursue careers as mathematicians, engineers, or scientists. They can work in research, technology, or finance. Some specific job titles include research mathematician, data scientist, or software engineer.