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Engineering (Automotive Engineering) - BEng Hons Degree (Full-time)

Summary

The BEng Automotive Engineering course at Blackpool and The Fylde College is your opportunity to become part of an exciting and fast-changing industry. Designed for students who are passionate about innovation and the future of transport, this course gives you the knowledge, confidence and practical experience to excel in automotive engineering careers across a wide range of fields.

You will explore the latest advances in sustainable engineering, electric and autonomous vehicles and intelligent design, gaining a deep understanding of how technology is shaping the vehicles of tomorrow. Learning combines theory with hands-on experience through laboratory work, simulations and industry-standard software, helping you apply what you learn to real engineering challenges.

You’ll study areas such as vehicle dynamics, hybrid powertrains, aerodynamics and advanced manufacturing systems. Field visits to racing tracks and industry partners bring your studies to life, while group projects help you build teamwork, communication and problem-solving skills.

Whether you’re progressing from a Level 3 qualification or already working in the sector, this course will help you take the next step towards a successful career. With expert teaching, strong industry links and a focus on practical learning, you’ll be ready to help shape the future of automotive engineering.

  • Course code ET1HE0001
  • UCAS code H391
  • Duration 3 Years
  • Day/s of week Wednesday and Thursday
  • Time 09:00 - 17:00

Next course dates

Start date Location Duration
07 Sep 2026
Bispham Campus
3 Years

Where can this subject lead?

Career progression

The UK automotive industry is evolving rapidly, with strong demand for skilled engineers to drive innovation in electric, connected and autonomous vehicle technologies. In the North West, major employers and engineering firms offer excellent opportunities for BEng Automotive Engineering graduates to begin their careers close to home. Roles are available in vehicle design, development, testing and advanced manufacturing, with growing prospects in sustainability and intelligent transport. Many graduates progress to postgraduate study, chartered engineer status or management positions, applying their skills to help shape the future of the regional and national automotive sector.

Employment Opportunities

Key Graduate Career Roles
  • Automotive Design Engineer – creating and developing vehicle systems, components and styling concepts.
  • Development and Test Engineer – refining vehicle performance through prototype testing and data analysis.
  • Manufacturing Engineer – improving production processes and ensuring quality and efficiency.
  • Powertrain Engineer – specialising in combustion, hybrid and electric propulsion systems.
  • Vehicle Dynamics Engineer – enhancing handling, comfort and overall driving performance.
  • Electrical and Electronics Engineer – developing control systems, sensors and vehicle electronics.
  • Research and Development Engineer – innovating in areas such as sustainable materials and autonomous systems.
  • Project or Systems Engineer – managing technical projects and integrating complex vehicle systems.

Key information

Entry Requirements

The entry criteria for this programme are:

  • HNC or HND with an overall merit grade in: Mechanical, General or Automotive Engineering or an appropriate Engineering discipline

Applicants for whom English is not their first language are expected to achieve a minimum 6.0 overall with at least 5.5 in each component

Applicants who are able to demonstrate relevant work/life skills or knowledge will also be considered on an individual basis.

Qualification obtained

Beng (Hons) Engineering (Automotive Engineering)

Fees and funding

Visit our Tuition Fees page and Financial Support for Degrees page for more information about fees and funding, including additional financial support for those on low incomes, with dependent children or adults or with disabilities.

Extra costs and equipment

You will need your own scientific calculator: we recommend the Casio FFX-91ES (costs start from around £15).

There may also be additional costs to consider, such as optional educational visits and photocopying/printing.

Relevant books, journals and electronic resources can be accessed via the College’s learning resource centres.

At the start of your course, it is highly recommended (but not compulsory) that you apply for student membership through a professional organisation such as IMechE or IET. Some organisations provide discounted student membership, while for others there is no charge.

  • IMechE - Affiliate Member*: No charge for an apprentice, college engineering student or undergraduate student studying a STEM degree.
  • IET* - Students and apprentices membership fees (duration of the course or up to five years) £35.

Regulation and Accreditation

Accrediting Institution: None

Awarding Body: None

Regulatory Body: Office for Students (OfS)

Terms and conditions

Please visit our Student Terms and Conditions page for more information.

What will I learn?

What will I learn?

During the course you will learn how to:

  • Build a strong and versatile foundation in mechanical and automotive engineering, mastering the principles and technologies that shape modern vehicles and transport systems.
  • Critically analyse and solve complex engineering challenges, using scientific, mathematical and evidence-based approaches to make informed, innovative decisions.
  • Apply systems thinking to understand and improve the interconnections between automotive systems, designing integrated solutions that have real-world impact.
  • Gain hands-on experience in vehicle dynamics, hybrid and electric powertrains, aerodynamics, advanced manufacturing and the testing, maintenance and optimisation of mechanical systems.
  • Harness industry-standard software, simulations, IT tools and statistical methods to plan, execute and lead ambitious projects that explore creative and cutting-edge engineering solutions.
  • Collaborate effectively in teams, managing resources and leading quality improvements, while communicating technical and non-technical ideas with clarity, confidence and influence.
  • Explore and apply creativity and innovation in design, research and development, producing solutions that are sustainable, efficient, ethically responsible and commercially viable.
  • Embed professional principles including health and safety, legal frameworks, ethics, sustainability and social responsibility into every aspect of your engineering practice.
  • Embrace lifelong learning and continuous professional development, building the skills, confidence and adaptability to excel in a rapidly evolving global automotive industry.

  • Modules at level 4

    Module title Code Credits Optional
    Combustion Engine ET4MD0001 15 No
    Vehicle Aerodynamics and Cfd ET4MD0002 15 No
    Managing Professional Engineering Project ET4MD246 15 No
    Professional and Academic Skills Stem ET4MD290 20 No
    Workshop ET4MD291 10 No
    Engineering Mathematics ET4MD292 15 No
    Engineering Design ET4MD293 15 No
    Mechanical Principles ET4MD298 15 No

  • Modules at level 5

    Module title Code Credits Optional
    Vehicle Dynamics and Data Logging ET5MD0005 20 No
    Hybrid Powertrain Design ET5MD0006 20 No
    Research Project ET5MD238 20 No
    Professional Engineering Management ET5MD239 20 No
    Further Engineering Mathematics ET5MD240 20 No
    Materials Properties and Testing ET5MD246 20 No

  • Modules at level 6

    Module title Code Credits Optional
    Advanced Vehicle Design Simulation and Analysis ET6MD0001 20 No
    Major Project ET6MD211 40 No
    Control and Simulation ET6MD213 20 No
    Manufacturing Systems Engineering ET6MD218 20 No
    Thermofluids ET6MD221 20 Yes

Programme Specification

Download our Programme Specification for this course.

How will I learn?

Scheduled Learning

Scheduled time relates to the time you spend in directed study with the guidance and support of our academic tutors. Scheduled learning can take a variety of forms and will vary from one course to the next, but may include lectures, seminars, tutorials, project supervision, demonstrations, studio or workshop time, fieldwork and external visits.

Independent Study

Higher education courses rely on students undertaking work outside of formal, scheduled sessions and this is generally categorised as independent study. Independent study might include preparation for scheduled sessions, follow-up work, wider reading or practice, completion of assessment tasks and revision.

Expert tutors

All tutors involved in the delivery of courses and apprenticeships within the College are approved to teach the subjects and modules they deliver.

Our recruitment process ensures that tutors delivering a given programme are suitably qualified and, where appropriate, possess relevant technical and industrial experience and a familiarity with professional practice. The aim of this is to enrich students’ learning experience, giving them an insight into what working in the industry is really like.

Learning Methods

Learning Method Level 4 Level 5 Level 6
Scheduled 425 310 350
Independent 831 858 591
Placement 0 0 243
Total 1256 1168 1184

How will I be assessed?

How will I be assessed?

Various modes of assessment will be used in different modules to ensure all aspects of learning are assessed and that you are competent in different forms of demonstrating your knowledge. These will range from real world case studies, live presentations and briefing sessions, written assessments, design projects and written examinations. You will be supported in the preparation for assessments via readily available tutorial sessions and tutor support.

How will I be assessed?

Assessment Method Level 4 Level 5 Level 6
Coursework 74% 77% 65%
Exam 8% 8% 20%
Practical 0% 0% 0%