MSc Aerospace Engineering

1 Year On Campus Masters Program

University of Bristol

Program Overview

The MSc in Aerospace Engineering at the University of Bristol is designed for engineering graduates who want to take their expertise to the next level and make a real impact in the aerospace sector. Whether your background is in aerospace, mechanical, or a closely related field, this programme will challenge you to refine your technical knowledge while preparing you to become a leader in one of the world’s most innovative industries.


Curriculum Structure

This is an intensive one-year programme, so instead of spreading content across multiple study years, your learning is carefully sequenced to build depth and breadth within twelve months.

Term One
Your journey begins with one foundational core unit—you’ll choose from aerodynamics, structures, control, or space—giving you a solid platform to grow from. Alongside this, you’ll pick two optional units tied directly to Bristol’s leading research areas. These might include aeroacoustics, composites, or control systems, giving you the flexibility to focus on areas that excite you most.

Term Two
The second term sharpens the focus. You’ll take on one advanced optional unit, taught by academics at the forefront of their fields. The centerpiece of this term is the multidisciplinary group design project, where you’ll collaborate to design a complete aircraft under conditions that mimic real industry challenges. It’s not just about engineering—this project helps you strengthen your teamwork, leadership, and problem-solving skills while working on something truly tangible.

Final Research Project
The year culminates in an independent research project within one of Bristol’s renowned aerospace research groups. Here, you’ll contribute directly to pioneering work in areas such as reducing aircraft wing noise, developing simulation methods for large wind turbines, or exploring deployable structures for space applications. It’s your chance to immerse yourself in boundary-pushing research and make a meaningful academic and practical contribution.


Focus Areas

  • Aerodynamics

  • Structures

  • Control

  • Space

  • Aeroacoustics

  • Composites

  • Group design project

  • Independent research project


Learning Outcomes

By the end of the programme, you’ll have:

  • Advanced technical mastery in aerospace engineering topics.

  • Specialist expertise in areas like composites, aerodynamics, or control systems.

  • Hands-on experience tackling real engineering problems through design projects.

  • Enhanced communication and teamwork skills, especially in multidisciplinary settings.

  • Research experience at the cutting edge of aerospace innovation.


Professional Alignment

Although not explicitly listed under professional accreditation, the programme is designed to meet the high standards expected by industry and professional bodies. The combination of rigorous academic training, practical design projects, and original research ensures you graduate with both technical depth and workplace-ready skills.


Reputation & Employability

The University of Bristol has a global reputation for excellence:

  • Ranked 5th in the UK for research, with 94% rated world-leading or internationally excellent.

  • Placed #51 worldwide and 12th in the UK for graduate employment outcomes by QS.

  • For aerospace engineering specifically, Bristol is a national powerhouse: ranked 2nd in the UK by The Guardian, just behind Imperial College London.

With its strong industry partnerships, highly ranked programmes, and outstanding research environment, Bristol graduates are consistently in demand by leading aerospace companies worldwide.


👉 In short, this MSc is more than just a degree—it’s your launchpad into a career at the forefront of aerospace innovation.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Bristol, the MSc in Aerospace Engineering isn’t just about learning theories—it’s about preparing you to thrive in one of the most advanced and exciting industries in the world. From the very first day, you’ll get stuck into practical, hands-on work: collaborating with your peers on design challenges, mastering advanced simulation tools, and sharpening soft skills like communication and teamwork that employers truly value.

And location matters. Bristol sits at the centre of the UK’s aerospace cluster, home to global giants like Airbus, Rolls-Royce, GKN, Leonardo, and Boeing. That means you’re not just studying aerospace—you’re living it, with networking, placements, and career opportunities right on your doorstep.

Tailoring Your Learning

This MSc is flexible, letting you explore the areas that inspire you most. Optional units reflect Bristol’s world-leading research strengths:

  • Aerodynamics

  • Composites

  • Aeroacoustics

  • Space Engineering

  • Control Systems

You can shape your degree around your interests while applying your knowledge to real design challenges.

What Practical Learning Looks Like

  • Group Multidisciplinary Design Task
    Work as part of a team on a project that feels like a real industrial brief—think conceptual aircraft design. Alongside technical problem-solving, you’ll also build teamwork, leadership, and communication skills that employers are looking for.

  • Research-Driven Specialisation
    Dive into optional modules guided by active faculty research, letting you specialise in cutting-edge areas like composites or aeroacoustics.

  • Proximity to Industry
    Studying in Bristol places you within reach of aerospace leaders, making it easier to access internships, placements, and industry events.

Additional Experiential Elements

Even beyond the core curriculum, Bristol’s infrastructure makes sure you’re learning in the best possible environment:

  • Advanced Laboratories & Simulation Tools
    With teaching focused on aerodynamics, composites, and control, you’ll gain experience using specialist labs and computational resources.

  • Vibrant Research Culture
    As a postgraduate, you’ll be part of an active research community—working alongside MSc, PhD, and postdoctoral researchers in groups like Fluid Flow & Aerodynamics, the Bristol Composites Institute, Dynamics & Control, and Robotics.

  • World-Class Academic Support
    With full access to university libraries, study spaces, and academic resources, you’ll have everything you need to push your learning further.

  • Industry-Relevant Projects
    From group projects to dissertation work, you’ll tackle challenges that reflect real-world aerospace and beyond. Many graduates go on to roles in aerospace, automotive, and space exploration—with a Bristol MSc, you’ll be ready to contribute from day one.

Progression & Future Opportunities

Where this degree can take you
Graduates from this MSc are well-positioned to move quickly into leadership roles within aerospace design, cutting-edge research and development, or technical consultancy across multiple high-tech sectors. Common career paths include:

  • Aerospace Design Engineer

  • R&D Engineer (specialising in areas such as aerodynamics, composites, or control systems)

  • Systems Integration Specialist (in aviation or space systems)

  • Technical Project Manager or Consultant in advanced engineering industries


Boosting your employability
At Bristol, you won’t just study in the classroom—you’ll gain real-world exposure through the University’s Industrial Liaison Office, which connects students directly with leading companies. From mentorship and internships to industry-led input on your group design project, you’ll benefit from direct engagement with professionals who know what it takes to succeed. Engineers from partner firms also play an active role in your projects, giving you both feedback and valuable industry insight.


Graduate employment & salaries
Career prospects for aerospace graduates from Bristol are consistently strong. Within 15 months of graduating, the median starting salary is around £30,000, rising to about £32,000 after three years and £37,000 after five. In Bristol specifically, aerospace engineers typically earn £40,500 on average, with a range between £33,482 and £50,030. Importantly, over 80% of graduates are in employment or further study just over a year after finishing their degree.


Strong industry connections
Bristol sits right at the heart of one of Europe’s largest aerospace hubs. The University enjoys close partnerships with global names such as Airbus, Rolls-Royce, GKN, Leonardo, and Boeing—all just a short distance from campus. These connections bring opportunities for collaboration, project sponsorship, and even scholarships. For example, Boeing UK supports students working on unmanned aerial systems (UAS), funding standout projects and recognising top talent with awards.


The long-term value of your degree
This MSc isn’t just about your first job—it’s about building a career with credibility. The programme is underpinned by Bristol’s nationally leading aerospace teaching and world-class research. The University is ranked 5th in the UK for research, with 94% rated as world-leading or internationally excellent. That reputation carries weight globally, whether you choose to move into industry or pursue further research.


What you’ll walk away with
By the time you graduate, you’ll have more than just specialist knowledge. You’ll gain:

  • Technical expertise in aerodynamics, composites, control, or space systems

  • Teamworking skills through multidisciplinary design projects

  • Research experience working alongside one of Bristol’s renowned research groups

All of this ensures you’re not just ready for your first role—but for a long, successful career in aerospace and beyond.

Program Key Stats

£34,900
£15,900
Sept Intake : 27th Aug


59 %
Yes
Yes

Eligibility Criteria

3 or 4 Years

N/A
N/A
163
N/A
6.5
88
2:1
1300
24

Additional Information & Requirements

Career Options

  • aerospace engineer
  • avionics engineer
  • propulsion engineer
  • flight test engineer
  • spacecraft systems engineer
  • aerodynamics specialist
  • structural engineer
  • systems integration engineer
  • research scientist
  • defense technology specialist
  • aircraft design engineer
  • unmanned aerial vehicle (UAV) engineer
  • satellite engineer
  • project manager in aerospace
  • computational fluid dynamics (CFD) analyst
  • maintenance and repair engineer
  • manufacturing engineer
  • quality assurance engineer
  • academic researcher
  • consultancy roles in aerospace and defense

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