Program Overview

Introduction to Aerospace Engineering (with foundation year) BEng (Hons)

The Aerospace Engineering (with foundation year) BEng (Hons) program is designed to provide students with a comprehensive understanding of aerospace engineering principles and practices. This four-year full-time course includes a foundation year, which focuses on developing students' mathematical and scientific skills, preparing them for the subsequent years of study.

Program Details

• UCAS code: H404
• Level of study: Undergraduate
• Typical offer: 64 - 72 UCAS tariff points
• Start date: September 2026
• Duration: Four years full-time
• Attendance: Full-time
• Course delivery: On-campus (Clifton Campus)
• Work placement opportunities: Available
• Study abroad opportunities: Available

About this Course

The program begins with a foundation year that emphasizes mathematics and supports students in developing a broad knowledge of engineering and science. In the subsequent years, students delve into aerospace engineering, focusing on sustainability and environmental issues, with opportunities to engage in industry projects. The course is taught by expert lecturers and researchers with extensive aerospace industry experience, incorporating live industry projects, guest speakers, and company visits to provide students with the latest knowledge and trends in the field.

Module Information

The course is structured into modules that cover a range of topics, including:

• Foundation Science: Physics and Chemistry, including exchange, transport, and conservation of energy, and inorganic, organic, and physical chemistry.
• Foundation Engineering: Introduction to basic electrical, electronic, and mechanical engineering principles.
• Practical and Professional Skills: Linking theoretical modules to practical implementation, including professional skills development.
• Introductory Mathematics: Essential mathematical ideas, including algebraic rearrangement, trigonometry, vectors, descriptive statistics, integration, and differentiation.
• Intermediate Mathematics: Bridging the gap between introductory mathematics and degree-level mathematics, exploring new concepts like mathematical proof.

Yearly Modules

• Year One: Focuses on developing a broad knowledge of engineering and science with a large focus on mathematical skills.
• Year Two: Includes modules such as Engineering Science Fundamentals, Engineering Mathematics and Technical Computing, Innovation and Engineering Solutions, and Solid Mechanics and Dynamics.
• Year Three: Covers topics like Digital Systems and Computer Engineering, Engineering Modelling and Simulation Techniques, Industrial Design and Product Case Studies, and Integrated Group Design Project.
• Final Year: Includes core modules like Performance Engineering, Advances in Aerospace Technology, and an Individual Engineering Project, along with optional modules such as Drones and Autonomous Flight, Novel Propulsion, Human Factors Engineering, Sustainability in Engineering Design, Sensors and Embedded Electronics, Mechanical Engineering in Sport, and Fundamentals of Industry 4.0.

Teaching and Assessment

• Teaching Methods: Lectures, seminars, practical sessions, and workshops.
• Assessment Methods: Coursework, including group projects and assignments, practical assessments, and exams.

Entry Requirements

• UK Students: Standard offer of 72 UCAS tariff points from three A-levels or equivalent, with contextual offers available. Additional requirements include GCSE Maths grade B/6 and English C/4.
• International Students: Academic entry requirements of 72 UCAS tariff points from three A-levels or equivalent, with English language requirements specified.

Fees and Funding

• UK Students: ｣9,790 per year, with reduced fees for placement or year abroad.
• International Students: ｣17,950 per year, with reduced fees for placement or year abroad and potential scholarships available.

Careers and Employability

Graduates are in demand due to their analytical thinking, problem-solving, and strong numeracy skills, with career opportunities in aeronautics, aerospace companies, and related industries, as well as in finance and management consultancy. The university offers support through its Employability team and provides opportunities for work placements and study abroad.

Campus and Facilities

The course is based at the Clifton Campus, which offers state-of-the-art facilities, including an aero lab, VR suite, and Robotics Test Arena, along with a range of student amenities and support services.

Related Courses

• Aerospace Engineering BEng (Hons): A three-year course focusing on aerospace engineering principles.
• Aerospace Engineering MEng (Hons): A four-year course that includes an additional year of study at master's level.