Studying aerospace engineering abroad

What is aerospace engineering?

Aerospace engineering focuses on designing, developing, testing, and producing aircraft, spacecraft, and related systems.

Their are two primary branches of aerospace engineering: aeronautical engineering, which deals with atmospheric flight – for example aeroplanes, helicopters, missiles, and astronautical engineering, which focuses on crafts designed for space exploration.

Key areas you could study in these fields include aerodynamics, propulsion, materials science, avionics, and structural analysis.

As an aerospace engineer you will solve complex problems like optimising performance, enhancing safety, and reducing environmental impact.

During a degree in these subjects, you will work on diverse projects, from commercial planes and military jets to satellites and space vehicles. You will be required to work with your creativity, technical expertise, and a commitment to innovation and precision.

Why study aerospace engineering abroad?

Studying aerospace engineering abroad will offer you access to world-class facilities, diverse research opportunities, and global perspectives on aviation and space exploration.

Exposure to different engineering practices and cultural viewpoints will ensure that you graduate with a holistic perspective, both personally and professionally, which is essential for a career in a globalised industry.

Many top-ranked universities provide specialised programs and connections to leading aerospace companies, enhancing your career prospects. Additionally, by studying abroad you will build your cross-cultural communication skills and broaden your professional networks, preparing you for leadership roles in a dynamic field.

What you will study

An aerospace engineering degree covers the principles and applications of designing, testing, and manufacturing aircraft, spacecraft, and propulsion systems. Core subjects include:

• Aerodynamics: The behaviour of air interacting with surfaces, vital for flight efficiency.
• Propulsion: The mechanics of engines, including jet engines and rocket propulsion systems.
• Materials Science: Study of lightweight and durable materials for aerospace applications.
• Structural Mechanics: Ensuring the strength and stability of aircraft and spacecraft.
• Flight Dynamics and Control: Stability, maneuverability, and autonomous systems.

Additional topics may include avionics, space systems, computational modelling, and sustainability in aviation.

If you are interested in subjects related to aerospace engineering, consider these options:

• Mechanical Engineering
• Robotics
• Physics
• Automotive Engineering
• Electrical Engineering

Accreditation

Bachelor’s and master’s degrees in aerospace engineering typically award specific academic titles that can vary by country and institution:

Bachelor‘s Degrees:

You would usually graduate from an undergraduate degree with a Bachelor of Science (BSc), Bachelor of Engineering (BEng), or Bachelor of Technology (BTech) in Aerospace Engineering. These degrees provide foundational knowledge and skills in aerodynamics, propulsion, and materials.

Master‘s Degrees:

You typically would be awarded a Master of Science (MSc), Master of Engineering (MEng), or Master of Technology (MTech) in Aerospace Engineering. Master’s degrees offer advanced specialisation, often focusing on areas like space systems, computational fluid dynamics, or robotics for space exploration.

Careers

As a graduate of an aerospace engineering degree you can enjoy diverse career opportunities in industries such as aviation, space exploration, defense, and renewable energy.

If you hold a bachelor’s degree you might be able to work as an aerospace engineer, systems analyst, or design engineer, contributing to aircraft, spacecraft, or propulsion systems development.

If you graduate from a masters degree you can pursue specialised roles, including research and development, project management, or consultancy, addressing advanced topics like satellite systems or hypersonic technology.

Employment opportunities exist with aerospace companies, government agencies like NASA (National Aeronautics and Space Administration) or ESA (European Space Agency), and emerging fields such as urban air mobility. Advanced degrees can also pave the way for academic or leadership positions within the global aerospace sector.