Mechanical Engineering BEng (Hons)

UCAS code: H300

Your engineering career starts at Edge Hill University. Discover the core disciplines of mechanical engineering, programming and applied mathematics. Prepare for industry by immersing yourself in the technology underpinning a range of mechanical systems, theories and instrumentation techniques.

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Overview

Course length:	3 years full-time 3 years full-time
Start dates:	September 2025 September 2026
Location:	Edge Hill University
Example offers:	BBC-BBB (A Level) or DMM (BTEC) View full entry criteria
Subject(s):	Engineering
Faculty:	Arts and Sciences
Department:	Engineering

Students gather round a computer screen in a computer lab.

Working as a mechanical engineer is all about designing equipment, developing prototypes and evaluating tools. Think it might be the career for you? At Edge Hill, we’ll prepare you to solve real-world challenges facing fast-growing sectors like transport, defence and robotics.

We’ve designed a degree that will prepare you for different aspects of mechanical engineering. Think exciting areas like automated manufacture, computer-aided engineering and applied industrial engineering. There are plenty of possibilities in this field.

Thermodynamics and fluid mechanics, computing technologies and mechatronics are just a few of the areas you’ll explore. We’ll also spend time helping you become confident with the rapidly changing world of mechanical engineering.

You’ll graduate as a skilled professional with knowledge in everything from programming to control theory, modelling to professional practice. With skills sought after by organisations across sectors, you’ll be able to manage the design and development of mechanical engineering systems.

Course features

International students can apply
Sandwich year option available
Studying abroad option available

My favourite thing about my degree is all the technology and labs I have access to. I have been completely supported by all of my tutors during my time here.

Daniel Clark

BEng (Hons) Mechanical Engineering

View student profile

What you'll study

Your first year focuses on providing you with a solid foundation for the rest of the course. We’ll give you insight into a range of current topics, from analysis and the fundamentals of the design, to construction of systems and the foundations of engineering mathematics. These subjects focus on the key principles underpinning engineering materials, electrical and electronic engineering, computation and programming, and mathematical principles.

Compulsory modules:

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Computer-Aided Engineering immerses you in computer-based techniques that support the processes of design and simulation applied to engineering problems. This module provides you with an opportunity to develop an understanding and experience of commercially available engineering software and its practical applications to solve complex engineering problems. You will investigate the use of computer-aided design and simulation tools for a variety of engineering applications and develop skills in a variety of computer-aided design and simulation programs.

Module code: CIS1706

Credits: 20

Assessment

80% Coursework

20% Exam

Electrical and Electronic Engineering Fundamentals provides a foundation of electrical and electronic engineering fundamentals covering series and parallel networks, DC circuit theory, electrical circuits, and electronic systems. You will explore concepts covering voltage and current, as well as characterisation of resistance, capacitance and inductance. You will also investigate the operation and performance characteristics of electronic components, such as operational amplifiers, diodes and transistors, using analytical and experimental techniques.

Module code: ENG1200

Credits: 20

Assessment

60% Exam

40% Coursework

Engineering Materials provides a foundation of mechanical engineering fundamentals covering material structures, the types of materials and their mechanical behaviour. Through a series of lectures, together with a range of practical laboratory sessions to help reinforce material discussed in lectures and gain hands on experience in the use of test and measurement equipment and simulation tools, students will use a problem-solving approach to explore classical concepts in materials engineering. The module begins with an introduction to the structures of materials, in describing the crystalline solids, defects and disorders, and atomic bonding. The different types of materials are then described and characterised. The causes and preventions of mechanical failure are then analysed, in considering elastic and plastic deformation, creep and fatigues and toughening and stiffening mechanisms. Students will learn how to characterise the performance of mechanical behaviour and develop the capability to apply different types of materials to solve simple engineering problems.

Module code: ENG1201

Credits: 20

Assessment

60% Exam

40% Coursework

Foundations in Engineering Mathematics provides an overview of the most important mathematical concepts and methods which are relevant to engineering. Mathematics is an essential component of engineering and it is at the core of many engineering analysis techniques and concepts. The module focuses on mathematical methods in algebra, geometry, trigonometry, complex numbers, differential and integral calculus, and matrices. You will explore real-world, cutting-edge applications and methods of mathematics, from engineering to physics and mechanics.

Module code: ENG1202

Credits: 20

Assessment

70% Coursework

30% Exam

Professional Practice in Engineering 1 provides a fundamental starting point for engineering students. Building a base of knowledge to begin your journey to becoming a professional engineer, you will receive a grounding in how professional bodies underpin their practice. You will be introduced to the engineering profession and basic laboratory skills, gaining hands-on experience with equipment. You will also be made aware of relevant regulatory requirements governing engineering activities in the context of particular areas of specialisation.

Module code: ENG1609

Credits: 20

Assessment

50% Coursework

50% Practical

Year 2 provides you with a more specialised focus. Take a closer look at fluid mechanics, thermodynamics, structural and solid mechanics, and control systems. At the same time, explore the principles of mathematics for engineering. You’ll have the chance to work on live briefs, deliver real products and work as part of a team. Want even more practical experience? Before beginning Year 3, you can complete a 12-month industrial placement or year abroad.

Compulsory modules:

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Control Systems can be found in every-day applications, from controlling the room temperature of our homes to maintaining speed and direction in autonomous vehicles. Many industries rely heavily on the use of systems and equipment that are powered by mechanical principles, electronics, computers and control systems. In this module you will use a problem-solving approach to explore classical concepts in control engineering, covering open and closed loop systems, system response, modelling and analysis. You will learn how to design, test and measure the performance of control systems in a lab setting.

Module code: ENG2201

Credits: 20

Assessment

60% Exam

40% Coursework

Fluid Mechanics introduces you the theoretical principles and practical considerations behind fluid mechanics. A series of lectures and practical laboratory sessions will provide you with hands-on experience in fluid mechanics, fluid statics, kinematics of fluid motion and the energy of moving fluids. You will learn how to design, test and measure the characteristics of fluids in a laboratory setting. The module begins with a presentation of the properties of fluids, including viscosity, surface tension and vapour pressure. The characteristics of fluid statics, when a fluid is at rest or stationary, including pressure, buoyancy and stability, will be addressed. You will also analyse the kinematics of fluid motion, including steady and unsteady flows, as well as the energy of moving fluid, including Bernoulli’s equation and its applications.

Module code: ENG2204

Credits: 20

Assessment

60% Exam

40% Coursework

Structural and Solid Mechanics outlines the theoretical principles and practical considerations behind the solid mechanics. Materials behave differently under different stress conditions so, in order to prevent accidents and damages, it is essential to determine the behavioural characteristics of solids under consideration for a particular application. This includes determining their dynamic properties and structural flexibility. Understanding the laws of physics and their applications in modern day machinery is one of the fundamental requirements of a mechanical engineer. For engineers, structural and solid mechanics provide essential knowledge to compute stresses, strain and deformation of solids. The prediction, description and explanation of physical properties of materials are key elements in applied engineering. This module provides you with the opportunity to discover the behavioural characteristics of static and dynamic engineering systems through the investigation of stresses, strains, bending, deflections and torsion.

Module code: ENG2206

Credits: 20

Assessment

60% Exam

40% Coursework

Thermodynamics provides an overview of the most important thermodynamic concepts, laws and applications. Thermodynamics is the science that deals with heat and work and the properties of substances that bear a relation to heat and work. This module introduces you to the fundamental concepts linked to engineering thermodynamics, the principles of thermodynamic laws, and the practical applications of thermodynamics. In particular, the module will focus on real-world applications and methods from engineering to physics and mechanics. You will be exposed to cutting-edge applications of thermodynamics, including those related to contemporary research.

Module code: ENG2205

Credits: 20

Assessment

60% Exam

40% Coursework

Investigate topics covering mechatronics, and manufacture and design. Develop expertise in engineering management and enterprise. In Year 3, you’ll have plenty of opportunities to develop advanced knowledge and skills in more specialist fields. You’ll also carry out a research and development project in the form of software or hardware. Everything you do in Year 3 is designed to help you develop and will focus on independent study.

Compulsory modules:

Expand all

Engineering Management and Enterprise aims to develop a practical understanding of engineering management and enterprise techniques and the necessary systems and philosophies for successful project implementation. Enabling the development of actions that an organisation needs to take to deal with opportunities, threats, challenges, and unexpected events emerging from and within their external macro- and internal micro-environments. This module provides an understanding of how various engineering management techniques can be implemented throughout the product development life cycle.

Module code: ENG3209

Credits: 20

Assessment

60% Exam

40% Coursework

Engineering Research and Development Methods ensures that you are fully prepared for undertaking an engineering research and development project. Graduate engineers will spend a significant amount of their career working on projects and the ability to manage and plan work is an important aspect of an engineer’s skills portfolio. You will be introduced to research tools that are available for effectively conducting an engineering project, such as Microsoft Project. This module will equip you with essential project management and planning skills, which will enable you to undertake your engineering project with confidence.

Module code: ENG3200

Credits: 20

Assessment

90% Coursework

10% Practical

Manufacture and Design recognises that to convert a manufacturing problem into a solution or an idea into a physical artefact, a careful product design is necessary. For engineers, it is important to have knowledge and understanding of material selection, design and manufacturing processes involved in the entire process. Manufacturing and design involves assessing and predicting difficulties in manufacturing, product behaviour in service, and product competency in service. In addition, minimum cost, enhanced performance and failure pre-emption are also the key for a useful product. Keeping in view all of these factors, the module will equip you with a sound understanding of the product design process, including design fundamentals, user needs and regulatory standards. You will explore the properties of materials and manufacturing processes. and apply design tools such as 2D and 3D modelling.

Module code: ENG3204

Credits: 20

Assessment

60% Exam

40% Coursework

Mechatronics introduces you to the theoretical principles and practical considerations behind mechatronic systems. As industry is becoming more intelligent, innovative and autonomous, mechatronics applications are becoming increasingly important. From assembly lines, vending machines and robotics, to anti-lock braking systems and guided vehicles, mechatronics is extensively being used for merging and creating new designs. In this module, you will study various commonly used mechanical and electrical sensors and systems to create machines and systems. You will have the opportunity to learn and apply skills to model mechatronic systems. Setting up example systems and their interfaces will enable you to gain hands-on expertise. You will examine the design process, actuating systems, motion types and a range of mechanical sensors, while also applying and using industrial programmable logic controllers for the modelling of mechatronic systems.

Module code: ENG3205

Credits: 20

Assessment

60% Exam

40% Coursework

How you'll study

Teaching methods are designed in consultation with leading employers in the region. Many classes are based in engineering and computing laboratories, focusing on student activity as a means of learning. We introduce theoretical concepts by building on concrete practical activity.

Classes are highly interactive, with practical application of concepts a key factor, as well as cases drawn from real-life. Workshops, seminars, group tutorials and practical exercises provide opportunities for you to work with your peers and develop the essential people skills to complement your technical ability.

Studying on a full-time basis, you will be required to attend up to four days a week.

Timetables for your first week are normally available at the end of August prior to enrolment in September. You can expect to receive your timetable for the rest of the academic year during your first week. Please note that while we make every effort to ensure that timetables are as student-friendly as possible, scheduled teaching can take place on any day of the week. Wednesday afternoons are normally reserved for sports and cultural activities.

How you'll be assessed

You will be assessed through a combination of practical exercises, reports, essays, presentations and examinations. We want you to develop the ability to work effectively both independently and as part of a team, therefore assessment includes both of these forms, though the emphasis is strongly on individual work.

Who will be teaching you

You will be taught by staff who are passionate about student learning and development, while also benefitting from guest lectures delivered by industry experts. The programme team are specialists in engineering and computing and are active researchers. Their research feeds directly into the teaching of the programme, ensuring that you will learn about the latest developments within subjects while gaining the skills and knowledge required to meet industrial needs.

Academic staff are also regular contributors to conferences and journals, frequently engaging with the wider business and academic environment in disseminating knowledge and delivering impact.

Entry criteria

Entry requirements

Typical offer 112-120 UCAS Tariff points. This must include A Level Mathematics at Grade C or above or equivalent. GCSE English Language at Grade C or Grade 4 or above, or equivalent, is also required.

For students studying BTEC a BTEC Extended Diploma in Engineering is preferred. Typical offers will be DMM, with grade Merit or above in one of the following units:

to solve engineering problems
engineering mathematics

Example offers

Qualification	Requirement
A Level	BBC-BBB.
BTEC Extended Diploma (or combination of BTEC QCF qualifications)	Distinction, Merit, Merit (DMM).
T Level	Overall grade of Merit.
International Baccalaureate (IB)	We are happy to accept IB qualifications which achieve the required number of UCAS Tariff points.
Access to Higher Education Diploma	45 credits at Level 3, for example 15 credits at Distinction and 30 credits at Merit or 24 credits at Distinction and 21 credits at Merit. The required total can be attained from various credit combinations.

Please note, the above examples may differ from actual offers made. A combination of A Level and BTEC awards may also be accepted.

If you have a minimum of two A Levels (or equivalent), there is no maximum number of qualifications that we will accept UCAS points from. This includes additional qualifications such as Extended Project Qualification (EPQ), AS Levels that haven't been continued to A Level, and General Studies AS or A Level awards.

English language requirements

International students require IELTS 6.0, with a score no lower than 5.5 in each individual component, or an equivalent English language qualification.

If your current level of English is half a band, one band, or one-and-a-half bands lower, either overall or in one or two elements, you may want to consider our Pre-Sessional English course.

For further information on how you can meet the entry requirements

UK EU International

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How to apply

Apply online through UCAS

Read our guide to applying through UCAS to find out more about the application process.

Apply directly to Edge Hill University

Complete our online application form if you want to study this course on a part-time basis.

Apply as an international student

Please see our international student pages for further information about how to apply as a prospective international student.

Should you accept an offer of a place to study with us and formally enrol as a student, you will be subject to the provisions of the regulations, rules, codes, conditions and policies which apply to our students. These are available at www.edgehill.ac.uk/studentterms.

Facilities

The Department of Engineering benefits from the facilities provided by the state-of-the-art £13m Tech Hub. This purpose-built development offers highly contemporary suites of outstanding facilities for Engineering and Physics, as well as Computing, IT and Mathematics students. Our modern engineering teaching laboratories are equipped with a range of industry-standard, test and measurement equipment, and leading analytical software.

There are dedicated specialist laboratories for materials engineering and electronics circuits, in addition to an abundance of computer facilities. Other on-campus purpose built engineering laboratories are dedicated to electrical machines and power drives, thermodynamics and fluid mechanics.

Learning resources include oscilloscopes, signal generators, digital multimeters, thermodynamic temperature measurement, digital hydraulic bench equipment, a tensile tester machine, electronics training kits, single and 3-phase transformers, a 3-D printer, and robotic arm kits, plus MATLAB and SolidWorks software platforms.

Teaching and learning are supported by the web-based platform Blackboard Ultra Virtual learning Environment. The library is well-stocked with recommended print books and e-books and subscribes to high-impact technical e-Journals. The university subscribes to LinkedIn Learning, which provides free and unlimited access to thousands of high-quality online courses and video tutorials written by industry experts.

Assistive and accessible technologies include Read&Write text to speech software, Caption Ed to facilitate ease of note taking, and a mind mapping tool. The university provides specific workshops on academic skills for students who have a specific learning difficulty or disability.

Where you'll study

Tech Hub

Learning resources

Finance

Tuition fees

£9,535

a year

£17,000

a year

The University may administer a small inflationary rise in tuition fees, in line with Government policy, in subsequent academic years as you progress through the course.

EU/EEA and Swiss students who have settled or pre-settled status under the EU Settlement Scheme, as well as Irish nationals, may be eligible for the UK tuition fee rate.

Financial support

Subject to eligibility, UK students joining this course can apply for a Tuition Fee Loan from the Government to cover the full cost of tuition fees. UK students enrolling on the course may also be eligible to apply for additional funding to help with living costs.

Scholarships

We offer a range of scholarships, which celebrate the determination, commitment and achievement of our students. Many of our scholarships are awarded automatically. There are some however, where you will need to be involved in an application or nomination process. To find out more about our scholarships and check your eligibility, please visit our dedicated scholarships pages.

Money Matters

Please view the relevant Money Matters guide for comprehensive information about the financial support available to eligible UK students.

Money Matters

EU/EEA and Swiss students who have settled or pre-settled status under the EU Settlement Scheme may be eligible to apply for financial support. Irish nationals can ordinarily apply to Student Universal Support Ireland (SUSI). If you are an EU student who does not have settled or pre-settled status, or are an international student from a non-EU country, please see our international student finance pages.

Your future career

As a qualified engineer, you’ll have lots of choices when it comes to career paths. Many students decide to work in technological development with machinery. However, you could also apply your skills to accountancy, computer science, and teaching.

As a mechanical engineer, you could work in a variety of areas including:

aerospace
automotive
manufacturing
medical equipment
renewable energy
systems design

Or perhaps you’d prefer to continue studying? Postgraduate study is a great way to gain expertise in a specific field. Alternatively, a Masters degree in a business-related subject can boost your commercial awareness and business acumen.

Mechanical engineering is a fast-paced discipline so continuous professional development is key for maintaining your knowledge. As a graduate, you might attend conferences or complete short courses run by professional bodies, such as the Institute of Mechanical Engineering (IMechE). You might also join in-house training, take part in workshops or study part-time at university alongside your role.

Alternatively, you might want to take your transferable skills to other industries such as journalism or teaching. Whatever you decide, we’ll support you as you explore what’s right for you.

Our dedicated employability team work closely with the University’s Careers Centre. Throughout your degree, they’ll provide you with timetabled employability sessions and ongoing support during internships and placements.

Course changes

Every effort has been made to ensure the accuracy of this information, however our courses are subject to ongoing review and development. Changing circumstances may necessitate alteration to, or the cancellation of, courses.

Changes may be necessary to comply with the requirements of professional bodies, revisions to subject benchmarks statements, to keep courses updated and contemporary, or as a result of student feedback. We reserve the right to make variations if we consider such action to be necessary or in the best interests of students.

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Mechanical Engineering

Mechanical Engineering BEng (Hons)

Overview