Aerospace Systems BEng/MEng

Program Overview

The Aerospace Systems program at the University of Glasgow equips students with expertise in designing and operating onboard aircraft and spacecraft systems. Through a combination of theoretical knowledge and practical experience, graduates are prepared for careers in aerospace engineering, avionics, space systems, and related fields. The program emphasizes creativity, innovation, and hands-on learning, preparing students to contribute to the development of cutting-edge aerospace technology.

Program Outline

Aerospace Systems BEng/MEng

Degree Overview:

#Program Objectives:

• Develop students' expertise in designing and using onboard systems found on most aircraft and spacecraft.
Students gain hands-on experience through practical work, including running jet engine tests and participating in a flight-testing course in a Jetstream aircraft. Theoretical and practical knowledge are integrated throughout the curriculum to equip graduates with the necessary expertise to contribute to the development of innovative aerospace technology.

Outline:

#Program Content and Structure BEng:

The BEng program is a four-year course, while the MEng program takes five years to complete. Both courses follow the same curriculum for the first three years. In Year 3, the focus shifts to more specialized topics.

Year 1:

The first year provides a broad foundation in various engineering disciplines, including aerospace engineering, mathematics, dynamics, electronics, materials, statics, thermodynamics, and engineering skills.

Years 2 and 3:

The focus narrows to aerospace dynamics, aeronautical engineering, electronics, and systems, electrical circuits, and mathematics. Key software programming skills are developed.

Years 4 and 5:

In Year 4, students study topics like flight simulation, aerospace vehicle guidance and control, radio and radar, dynamics, aircraft handling qualities, and aircraft operations. BEng students complete an individual project to address an aerospace systems challenge, while MEng students work on an interdisciplinary team project. In Year 5 (MEng program only), students delve further into aircraft handling qualities, aircraft operations, and advanced control concepts. Half the year is dedicated to a project, which can be conducted in industry, at the University, or abroad. Students can choose from various optional courses in Years 4 and 5 to pursue specific interests.

Assessment:

#Assessment Methods and Criteria:

• Coursework assignments, quizzes, and individual or group projects contribute to the overall grade.
• Practical examinations, such as running a jet engine test or conducting a flight test, assess practical skills and theoretical understanding.
• The year-long project in the BEng program and the team project in the MEng program are assessed based on a comprehensive report, a presentation, and the practical demonstration of the project.

Teaching:

#Teaching Methods and Faculty:

• Lectures and tutorials delivered by experienced faculty, who are active researchers in their fields, provide the theoretical foundation.
• Practical laboratory work and workshops allow students to apply theoretical knowledge to real-world problems and develop practical skills.
• Guest lectures from industry experts expose students to current industry practices and career opportunities.
• The year-long project in the MEng program provides students with hands-on experience in a real-world engineering project and develops teamwork and project management skills.
• #Unique Teaching Approach:
The Aerospace Systems program emphasizes the development of creativity and innovation, fostering future world-changing engineers. The interdisciplinary curriculum in Year 1 allows exploration of different areas before specialization. Practical experience is emphasized throughout the program.

Careers:

#Career Paths and Outcomes:

Graduates of the Aerospace Systems program are highly sought-after in a wide range of industries. The program equips them with the necessary expertise to pursue careers in:

• Aerospace engineering, design, and manufacturing.
• Avionics and software development for aerospace vehicles.
• Space systems, satellite design and operations.
• Research and development in various fields related to aerospace technology.
• Consulting and management positions within the aerospace industry.

Other:

• Graduates can work in various locations worldwide due to the global nature of the aerospace industry.
• Graduates are equipped to pursue further studies, such as MSc or Ph.D., in specialized aerospace-related disciplines.
• The MEng program offers the possibility to study in Europe during the fifth-year project, providing valuable international experience.
• Students can also get involved in extracurricular activities, such as JetX, Design-Build-Fly, and University of Glasgow Racing (UGR), to further develop their engineering and problem-solving skills.