The Department of Aeronautics at Imperial College London offers a comprehensive undergraduate course in Aerospace Engineering, covering topics from aerodynamics to propulsion systems, with a strong emphasis on physics and mathematics.
The Royal Aeronautical Society provides an overview of the role of physics in aerospace engineering, including the application of fundamental principles to aircraft and spacecraft design, highlighting the importance of physics in the field.
University College London's Aerospace Engineering BEng course covers a wide range of topics, including aerodynamics, materials science, and propulsion systems, with a focus on the application of physics and mathematics to real-world problems.
The Institute of Physics provides information on the physics requirements for a career in aerospace engineering, including the necessary qualifications, skills, and knowledge, as well as resources for further learning and professional development.
Cranfield University's research in aerospace engineering focuses on innovative solutions to real-world problems, including the application of advanced materials and propulsion systems, with a strong emphasis on collaboration with industry partners.
Prospects provides an overview of careers in aerospace engineering, including job roles, salary information, and required skills, highlighting the importance of physics and mathematics in the field.
The STEM website provides a guide to getting started in aerospace engineering, including information on necessary qualifications, skills, and knowledge, as well as resources for further learning and professional development, with a focus on the application of physics and mathematics.
The Aerospace, Defence, Security and Space trade association provides an outlook on the UK aerospace industry, including trends, challenges, and opportunities, highlighting the importance of physics and engineering in driving innovation and growth.