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BEng (Hons) Aerospace Engineering with Pilot Studies

BEng (Hons) Full-time 3 years

BEng (Hons) Aerospace Engineering with Pilot Studies at the University of Wolverhampton combines engineering with pilot studies, based in the Midlands’ aerospace hub, within a UK-leading, innovation-driven sector.

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BEng (Hons) Aerospace Engineering with Pilot Studies at the University of Wolverhampton combines engineering with pilot studies, based in the Midlands’ aerospace hub, within a UK-leading, innovation-driven sector.

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BEng (Hons)
Start date(s)
14 September 2026
UCAS Code
H405
Course specifications
View course spec
Course length
Full-time (3 years)
Campus location
University: Springfield Campus
School
School of Architecture, Computing and Engineering
UCAS points calculator
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Why choose this course?

The BEng (Hons) Aerospace Engineering with Pilot Studies at the University of Wolverhampton offers a distinctive and integrated degree that combines aerospace engineering excellence with applied pilot and aviation studies, uniquely positioned in the heart of the Midlands’ aviation and aerospace cluster. The aerospace industry is recognised as a core driver of national and global industrial development, with the UK leading in aircraft systems, advanced manufacturing, and aerospace technologies.

This innovative programme is designed to produce technically competent aerospace engineers who also possess a deep understanding of aircraft operation, navigation, flight safety, and human factors. Students study core aerospace engineering disciplines—including aerodynamics, flight mechanics, propulsion systems, materials, structures, and systems engineering—alongside pilot studies that connect engineering theory directly to real‑world flight operations and aviation regulatory frameworks. This dual focus provides a clear competitive advantage for students seeking careers at the intersection of engineering and aviation.

Located in the West Midlands, a historic centre for UK aerospace and aviation, the course benefits from strong industry links with organisations such as RAF Cosford, MOOG, and Collins Aerospace, providing students with exposure to real‑world aerospace and aviation practice. This regional advantage enhances employability through industry insight, networking, and application‑focused learning.

What's unique about this course?

  • Engineering and pilot studies in one degree
  • Learn how aircraft work and how they’re flown
  • Study in the UK’s aerospace heartland
  • Train in £7M+ state-of-the-art facilities
  • Use wind tunnels, propulsion, and avionics labs
  • Connect with industry leaders like RAF Cosford and Collins Aerospace
  • Master aerodynamics, systems, and flight safety
  • Apply theory through hands-on projects and simulation
  • Graduate ready for aerospace, aviation, and defence careers
  • Progress to MSc, PhD, or pilot training pathways
  • Build real-world skills with industry exposure
  • Stand out with a pilot–engineer skillset

What happens on the course?

Aerospace engineering is a multidisciplinary and rapidly expanding field, offering graduates access to high‑value career opportunities across aerospace, aviation, defence, and advanced engineering sectors. Graduates may pursue roles in the design and development of aerospace components and systems, flight‑related engineering roles, or engineering and technical management. The degree also provides a strong foundation for postgraduate study (MSc, MPhil, PhD) or further professional pilot training and certification.

The foundation year focuses on building essential skills and knowledge. Following this, the first year of the main program is very much about mastering the underpinning engineering principles, accompanied by an introduction to airframes and aircraft propulsion.

Employability

Graduate employability is embedded throughout the programme. Students are supported through employability workshops, engineering and aviation seminars, student clubs and societies, and industry field trips, ensuring they graduate with the technical capability, operational awareness, and professional confidence required for successful engineering and aviation careers.

Careers support

You will receive ongoing careers guidance, including one-to-one support to help plan your next steps. This includes:

  • Advice on career pathways and specialty choices
  • Support with Foundation Programme applications
  • CV writing, interview preparation and application guidance

You will also have access to a wide range of careers resources and support throughout your studies.

Placements on the course

We’ve built professional placements into every degree, every student will be guaranteed a professional placement. Our placements give you the real-world exposure and proven experience your CV needs, while building the industry networks essential for your career.

These short-term, structured experiences include:

  • Short duration: condensed work-like experience in professional environments
  • Academic integration: always linked to coursework, assessments or professional development modules
  • Project-based learning: students work on specific tasks or research with an organisation
  • Flexible format: can be in-person, remote, hybrid or virtual
  • Skill development: enhances workplace skills like communication, teamwork and problem-solving
  • Experiential learning: helping to close the gap between knowledge gained and the skills needed to succeed

Employability on the course

Graduate employability is embedded throughout the programme. Students are supported through employability workshops, engineering and aviation seminars, student clubs and societies, and industry field trips, ensuring they graduate with the technical capability, operational awareness, and professional confidence required for successful engineering and aviation careers.

Course Modules

Module: 4MA032
Credits: 40
Period: 1
Type: Core

Engineering analysis is the cornerstone of understanding and solving complex real-world problems. You will be introduced to industrial-leading engineering analysis software packages in Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) offering insights into numerical methods used in engineering design and analysis. Through theoretical learning and practical exercises, you will develop the mathematical and analytical skills necessary to tackle complex engineering problems and gain valuable insights into computer-aided engineering techniques.

Module: 4MA033
Credits: 40
Period: 1
Type: Core

This module aims to develop your practical skillset practical on various engineering aspects in our state-of-the-art laboratories. You will build your expertise in computer aided design and practice this in an industry-linked group activity offered by our partners . This group activity will offer you the opportunity to interact with industrial partners and build highly sought skills including risk, stakeholder and security analysis, communication, teamwork and project management skills. At the end of the module, you will be versed in the entire engineering process of analysing a brief, designing a solution, testing and reporting, all key milestones in the engineering profession.

Module: 4MA031
Credits: 40
Period: 1
Type: Core

This module provides a comprehensive introduction to key engineering principles essential for understanding engineering systems. You will explore a range of topics such as statics, thermodynamics, fluid mechanics, kinematics, electronics, and materials science. You will develop a solid foundation in fundamental engineering concepts, which will allow you to achieve broad understanding.

Module: 5MA046
Credits: 40
Period: 2
Type: Core

Applied computational analysis provides students with a comprehensive understanding of structural and fluid behaviour. This module applies cutting-edge engineering knowledge to advanced topics such as deformation, failure analysis, and fluid flow. Through practical application using Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD), students will develop applied computational skills essential for engineering design, analysis and validation employed in mechanical engineering industries from automotive, to motorsport and aerospace.

Module: 5MA047
Credits: 20
Period: 2
Type: Core

In this module, you will develop a comprehensive understanding of control systems. You will focus on the control principles including components, circuit design, and system control. You will gain hands-on experience in designing, operating, and troubleshooting control and instrumentation systems via rigorous hands-on laboratory activities, which will prepare you for a career in various engineering sectors, from automotive to aviation and signal analysis to name a few.

Module: 5MA051
Credits: 20
Period: 2
Type: Core

In this module, you will investigate the underlying principles of thermodynamic cycles and fluids analysis exhibited by a range of aerospace engine types and fuel systems. You will conduct detailed analysis on heat transfer mechanics within propulsion systems including electrical and hydrogen powered transportation systems.

Module: 6MA055
Credits: 40
Period: 3
Type: Core

In this module students will advance their study in digital design and manufacturing, focusing on key aspects of engineering analysis and high-level understanding of how objects move through our atmosphere. Students will explore advanced topics such as stress analysis and failure, vibration, advanced finite element analysis (FEA), and computational fluid dynamics (CFD) for supersonic and subsonic aerodynamics. Machine Design and toolpath generation also play a part in this module as do the selection of materials such as aerospace composites. Through theoretical learning and practical exercises, students will develop advanced skills using digital design tools and manufacturing processes, preparing them for the challenges of the modern engineering industry.

Module: 6MA056
Credits: 40
Period: 3
Type: Core

This module empowers students to take part in a sustained practical project centred on aircraft design to demonstrate their skills, knowledge, and design sensibilities. Furthermore, students will deepen their understanding and enhance their skills to mirror professional practices in aircraft design environments and the team scenario. Moreover, you will showcase high levels of creativity, assess project management and risk mitigation, whilst considering environmental impact.

Module: 6MA054
Credits: 40
Period: 3
Type: Core

In this module you will undertake an innovative engineering project encompassing all your acquired engineering skills, knowledge and creativity. Your project can involve design, research, experimentation or computational solution. You will identify and plan your project following a rigorous assessment of project management, environmental, societal and provide an in-depth analysis of the commercial context of your solution. You will then execute the project under the supervision of academics or industrial partners, wherever possible, and provide a new solution to a real-world problem embedding risk and security management and strong communication skills. Upon completion, you will be ready for the challenges of the engineering industry or further academic pursuits.

Additional Information

Everything you need to know about this course!

The University of Wolverhampton has invested over £7 million in state‑of‑the‑art engineering facilities at its Springfield Campus, responding directly to regional and national shortages of graduate‑qualified engineers. Students benefit from access to specialist laboratories, including:

  • An aerospace laboratory with sub‑sonic and supersonic wind tunnels and aircraft flight demonstrator equipment
  • Industrial and computer‑aided CAD design laboratories
  • Thermo‑fluid and propulsion laboratories
  • Machine workshops and composites laboratories
  • Electronics, telecommunications, Mechatronics, and avionics facilities
  • Metrology and materials testing laboratories
  • Additional specialist facilities, including engine test equipment, 3D printing, and advanced manufacturing technologies

GCSE English and Mathematics at grades 4/C+ or an acceptable equivalent qualification.

Please note we do NOT accept GCSE Short Courses

PLUS EITHER

  • 104 UCAS points including a Level 3 qualification in Mathematics and either Technology or Science-based subject
  • A Levels - grades BCC including a Mathematics and a Technology or Science-based subject (Excluding General Studies or Critical Thinking)
  • BTEC L3 Extended Diploma or OCR Cambridge L3 Technical Extended Diploma – grade DDM in a Technology or Science-based subject
  • BTEC L3 Diploma – grade D*D in a Technology or Science-based subject
  • Access to HE Diploma (60 credits) of which a minimum of 45 must be at Level 3 (104 UCAS point equivalence) in a Mathematics, Technology or Science-based subject.
  • T-Levels - overall grade of Merit in a Technology or Science-based subject

Use the UCAS Tariff calculator to check your qualifications and points

Students must usually have studied for a minimum of two years post GCSE level. However, we will consider applications from mature students who do not have two years of post-16 study, where they have relevant work experience. Please see http://wlv.ac.uk/mature for further information.

If you've got other qualifications or relevant experience, please contact The Gateway for further advice before applying.

International entry requirements and application guidance can be found at http://www.wlv.ac.uk/international/apply

English language requirements also apply

Self-funding:

If you intend to self fund, you might want to take advantage of the University’s scheme to pay by instalments: see How to pay.

Gateway.


Your employer, embassy or organisation can pay for your Tuition fees:

If your employer, embassy or organisation agrees to pay all or part of your tuition fees; the University will refer to them as your sponsor and will invoice them for the appropriate amount.

We must receive notification of sponsorship in writing as soon as possible, and before enrolment, confirming that the sponsor will pay your tuition fees.


Financial Hardship:

Students can apply to the Dennis Turner Opportunity Fund for help with course related costs however this cannot be used for fees or to cover general living costs.


Bursaries and Scholarships:

In addition the University also offers a range of Bursaries and Scholarships packages

You can find more information on the University’s Funding, cost, fee and support pages.

Please note that this course does not attract the NHS Learning Support Fund

Telephone

01902 32 22 22

Email

enquiries@wlv.ac.uk

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