Electro-Mechanical Engineering BEng (Hons) | 2018/...
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Electro-Mechanical Engineering BEng (Hons) Degree 2018/19 entry

Clearing 2018

Clearing places available on this course

We have limited places available on this course through Clearing. Contact us to discuss your options:


 

The relationship with tutors is amazing at CU Coventry; they do everything possible to make sure you have the best experience. When they are teaching you a subject, sometimes you might not understand the practical aspect but they share their real experience with you and it brings the theory to life.

Michelle Yao

Course code:

HH36 - Degree
HH30 - HND
HH26 - HNC

Study options:

3 year - Degree
2 year - HND
1 year - HNC

Location:

CU Coventry

Starting:

September 2018
November 2018
January 2019
February 2019
May 2019
June 2019

Fees:

Get in touch

For questions regarding study and admissions please contact us:

+44 (0) 24 7765 8787


Overview

Considered an art by many, engineering is a combination of science and technology concerned with solving complex problems, such as machinery, infrastructure, design and more. Practitioners of this discipline have the capacity to work on significant global issues, such as the effects of climate change or improving city infrastructure.

Engineering allows you to combine creativity with precision every day. This qualification gives you broad and diverse career options, including molecular, transport, power, optical, vehicle and web engineering to name a few. Engineers are always in demand and with the right skills and qualifications, this industry can lead you to frequent travel, passion projects and a very fulfilling career.

Alongside possible international opportunities, you get the chance to conduct critical research with our experienced staff, learn from skilled guest visitors and take part in an invaluable placement year.  

Why CU Coventry

We are committed to delivering a modern university experience to all our students. Our unique timetable and teaching structure gives you flexibility and our small class sizes ensure students receive plenty of contact hours with tutors. We are also dedicated to making higher education accessible and enjoyable to everyone, so we kept our fees low, our timetable structured and made it a policy to cover one module at a time, allowing you to become a specialist in each topic before moving onto the next.

Employability

Dedicated Careers & Employability department who will assist you in finding employment

Top Quality Courses

Taught by industry professionals, awarded by Coventry University

No End of Year Exams

Our modern teaching techniques mean no last-minute cramming and less stress

Professional Recognition

Specific courses contain additional industry recognised qualifications from awarding bodies

Your course in pictures

What our students say...

There is so much great practical work during this course. I particularly look forward to our lab sessions every week, because we get to do things ourselves. I’m now at a point where I feel comfortable with engineering language and software.

Dinesh Agnani - 2nd Year Engineering Student

Course information

The programme focuses on the demands of the modern Engineering workplace encompassing the main engineering disciplines. This will reflect contemporary practices, emphasise practical skills and student employability. High levels of support are a cornerstone of the programme, with students working on diverse realistic projects throughout their final year.

With the pace of technological development, engineering should be considered as applied problem-solving. Integrating the different technologies at the heart of modern engineering, this course aims to provide a grounding in a variety of different engineering disciplines before developing skills in accessing information, converting it into knowledge and applying and evaluating it. Successful graduates will not only gain the knowledge for a successful career in engineering, but also the highly sought after skills to be self-managing, self-developing individuals.

100%

of students were satisfied with the teaching, academic support and quality of the course.

National Student Survey (NSS) 2016

Course Specification
Download PDF (368kb)

Modules

Overview

Alongside an introduction to the underpinning principles of both electrical and mechanical engineering, this programme aims to help you develop proficiency in basic maths, science and applied knowledge. Throughout the year, you will learn highly sought-after design skills by using industry standard graphic software. This provides you with a solid foundation for further exploration in years two and three. Students who complete year one are awarded a Higher National Certificate (HNC) in Electro-Mechanical Engineering.

Modules

  • Mathematical Principles for Engineers

    The aim of this module is to introduce various mathematical topics to provide you with an understanding of the concepts that lie behind the modelling systems used in engineering. The module will primarily focus on the mathematical techniques, but will be related to engineering problems and applications. 

  • Engineering Design Principles

    On completion of this module, you should be able to design a 3D CAD model, create and interpret a detailed 2D drawing, develop creative solutions to an engineering problem, generate a concept design, transfer design into finished products and analyse commercial viability of the product through effective use of CAE/FEA simulation tools. 

  • Mechanical Engineering Principles

    This module will provide you with knowledge of the fundamental aspects of mechanical engineering: solid mechanics, fluid mechanics, transport phenomena and thermodynamics. Concepts include centre of gravity, torsion, fluid flow, shear force and bending moments. Emphasis is placed on hands-on laboratory practical sessions to provide you with applied knowledge of the various topics.

  • Electrical and Electronic Principles

    In this module, you’ll study the basic principles for the analysis, design and practical application of electrical systems in a multidisciplinary engineering environment. This includes evaluating single and three-phase systems applied to motors and transformers; exploring digital systems, logic gates and circuits; studying harmonic content and the use of filters. You will develop skills by applying theoretical knowledge through laboratory experiments and utilising industry standard software. 

Thought about a different campus?

CU Coventry, CU London and CU Scarborough come together to form CU, part of the Coventry University Group. Students who study at CU will graduate with a degree awarded and accredited by Coventry University.

All CU students have the opportunity to move between each campus after completing an academic year. This means you can study in the vibrant city of Coventry, the UK’s capital, or on the stunning Yorkshire coast. Find out more about the CU offering.

Overview

As the course progresses, you build on knowledge gained in year one to cement a solid foundation of core principles. You are no longer working with the basics of engineering; you will now advance your knowledge of electronic and mechanical engineering and use industry standard microcontrollers across a wide range of applications. You will also look at contemporary issues facing tomorrow’s engineers including renewable energy sources. Students who complete year two are awarded a Higher National Diploma (HND) in Electro-Mechanical Engineering.

Modules

  • Mechatronics and Control Systems

    The purpose of this module is to enhance your knowledge and understanding related to control and mechatronics. Combining practical work with theoretical background, the module will develop programming, design and analytical skills. You'll be able to examine various control and embedded systems using simulation software and programmable microchips. 

  • Mechanical Engineering

    The theory learned in the first year of statistics, dynamics, fluidity and heat is refined and put to practical use, presenting you with core problems often found in the analysis of mechanical engineering system. You will be expected to interpret problems, describe them and provide engineering solutions according to the scientific principles studied, using analytical and numerical (simulation) approaches. 

  • Renewable and Sustainable Engineering

    This module focuses on fundamental scientific and technical aspects of sustainable and renewable energy technologies which is a global priority. You will gain in-depth knowledge of a range of sustainable energy technologies such as solar, wind, hydro, fuel cells, bio-energy and ocean power. 

  • Smart Manufacturing Technology

    This module will challenge and empower you to develop the versatile, creative technological knowledge and awareness required in current and future manufacturing sectors with the advent of industry 4.0 and cyber-physical technologies. On completion, you should be able to digitally manufacture/simulate a designed 3D model, generate code for real life CNC machining, design and simulate a virtual factory, understand the technological difference between classic and advanced manufacturing principles and technology and cloud manufacturing principles.

Thought about a different campus?

CU Coventry, CU London and CU Scarborough come together to form CU, part of the Coventry University Group. Students who study at CU will graduate with a degree awarded and accredited by Coventry University.

All CU students have the opportunity to move between each campus after completing an academic year. This means you can study in the vibrant city of Coventry, the UK’s capital, or on the stunning Yorkshire coast. Find out more about the CU offering.

Overview

Sandwich and placements years give you the opportunity to gain further insight into the industry or career you are seeking to follow. This enables you to contextualise the theoretical models and concepts discussed in the classroom in the work place. Furthermore, if you choose to take advantage of a placement or sandwich year, this version of the degree will help to increase your employment prospects by acquiring skills and gaining an understanding of what employers expect of graduates.

Overview

In the exciting final year, students refine the art of independent working. You will get the opportunity to study the field of Mechatronics, with investigation and analysis into Robotics and future trends. Working autonomously, you will develop the skills needed to excel in a modern engineering environment and refine your capacity to engage effectively with the application of modern technologies. Students who complete year three are awarded a BEng (Hons) Degree in Electro-Mechanical Engineering.

Modules

  • Embedded Systems Engineering

    This module will prepare you with the skills and knowledge needed in constructing an efficient IoT system. In the first part of the module, we will study features of high-level languages and develop an understanding of software programs and reasoning principles. In the second part, you'll learn to build a secure and sophisticated IoT system using an embedded device.

  • Systems Operation and Control Project

    The aim of this module is to enable you to undertake sustained independent study and demonstrate expertise in the specialised field of mechatronics and robotics, encompassing a study focused around a programme of research and investigation of a specific problem, conducted as a professional engineer. It will enable you to understand the importance of correct analysis of all the factors involved in a mechatronic problem and develop initiative within the development of the investigation.  

  • Project Management

    This module aims to actively involve you in employing management solutions and practices towards managing and organising the final year project: from developing a project proposal, identifying the main contributions and scheduling their tasks, to resource management and budgeting. The scope of the module includes an investigation of practices and standards for quality and safety management, and their applicability to the final year project. You will explore topics such as leadership, time management and motivation through individual and team building activities.

  • Engineering Project

    The final year project will be to implement an Engineering Project proposal. There will be no formal teaching, but support will be provided through blended learning and 1:1 support. The project topics may come from a number of sources, including personal interests and external clients. Some of these may involve several people working on different aspects of the same project. The activities carried out during the project will comprise implementation, review, research, presentation and reporting.

Thought about a different campus?

CU Coventry, CU London and CU Scarborough come together to form CU, part of the Coventry University Group. Students who study at CU will graduate with a degree awarded and accredited by Coventry University.

All CU students have the opportunity to move between each campus after completing an academic year. This means you can study in the vibrant city of Coventry, the UK’s capital, or on the stunning Yorkshire coast. Find out more about the CU offering.

13th

Coventry University is ranked 13th in the UK in the Guardian University Guide 2019. CU Coventry is part of the Coventry University Group.

In more detail...

  • Upon completion of this course, you will receive a qualification awarded by Coventry University, which is ranked 13th best University in the UK in the Guardian University Guide 2019. Coventry University were also awarded Gold rating in the Teaching Excellence Framework (TEF) in 2017.
  • You will receive support with applying for short and long-term placements, to gain the experience employers desire, with our in-house Careers & Employability department.
  • You will have the opportunity for multi-campus learning in Coventry, London and Scarborough.
  • We keep our fees low to make higher education more accessible to everyone. This means you benefit from an amazing modern university experience, at a competitive price.
  • Small tutorial group sessions of up to five people ensure that you receive the mentoring help and support you need.
  • We deliver one module at a time during each block. This means you can dedicate your time to specialise in each subject without the distraction of numerous modules and multiple deadlines.
  • We teach Autodesk Revit, which is a very popular architectural, structural and building information management software.
  • Hands-on experience devising, creating and implement your ideas. Previous projects from CU Coventry students have included design of low cost digital keypad lock with LCD display as part of a home security system, investigation and design of a GPS Guided autonomous robot and reverse engineering, investigation and analysis of a headphone band.

Your main study themes are:

  •  Independent and autonomous working: You will gain the ability to critically appraise an engineering scenario, with a view to apply modern technologies to improve efficiency or effectiveness.
  • Industry Adaptation: Factors that influence engineering, policies and processes which includes the competitive marketplace, supply chain, technology development, legislation and environmental factors.
  • Project Management: You will be effective and efficient in project management, time management and organisation. You will be introduced to a number of applications and processes to facilitate the successful development of management skills.
  • Research Methods: Critical analysis, reflection, information searching and experimental design in engineering, data collection, analysis and design.

The learning outcomes of modules, assignments and projects will be clearly stated. Your work will be marked according to how well you achieve these learning outcomes and your final feedback will refer to each outcome, as well as providing an overall percentage grade.

Assessment methods vary and include, practical class and project performance, written practical reports, project thesis, oral presentations, tutorial tasks and assessments which take place at the end of each six-week block.

Course Breakdown (approximate):

  • Coursework 90%
  • 10% Phase tests

90% assessed by coursework

On completion, you will be able to:

  • Critically appraise an engineering scenario with a view to apply innovative technologies to improve efficiency or effectiveness.
  • Explain engineering principles, solve simple, practical problems in an engineering context, show practical skills in a laboratory/workshop environment and have the educational preparation for a career as an engineering technician.
  • Use an enquiring, critical and reflective approach to engineering studies.
  • Develop practical skills to solve complex workshop based problems.
  • Appraise an engineering problem and debate alternative, sustainable solutions.
  • Key practical and transferable skills to enhance their long-term employability or to progress to specialist, postgraduate study.

Full-time students are expected to study a minimum of 21 hours each week.
The majority of this will be face to face teaching, with the addition of tutorials and independent/online learning.
Classes are split into two categories:
Morning - 9am-1pm
Afternoon - 2pm-6pm

Part-time students receive 8 hours of teaching each week.
Outside of this, there will also be independent study and online support.
Classes are split into two categories, subject to numbers:
Saturday - 9am-6pm
Tuesday and Thursday - 6pm-10pm

We hold tutorials in groups no larger than 5 every week. These sessions are mandatory and ensure you receive detailed feedback about your work, go into depth on specific topics and have any of your burning questions answered.

Groups are kept at an average of 25-50 students per class. This way, students can take advantage of small numbers to increase contact time with lecturers.

What our students say...

There is so much great practical work during this course. I particularly look forward to our lab sessions every week, because we get to do things ourselves. I’m now at a point where I feel comfortable with engineering language and software.

Dinesh Agnani - 2nd Year Engineering Student

Clearing places available on this course

During Clearing, the tariff points for this course may change.

Call us now to see if you have the relevant entry requirements.
 024 77 659 659

Need to work out your points? Use our UCAS points calculator

What our students say...

There is so much great practical work during this course. I particularly look forward to our lab sessions every week, because we get to do things ourselves. I’m now at a point where I feel comfortable with engineering language and software.

Dinesh Agnani - 2nd Year Engineering Student

Tuition Fees

We pride ourselves on offering competitive tuition fees which we review on an annual basis. Course fees are calculated on the basis of what it costs to teach each course and we aim for total financial transparency.

Starts

Fee


September 2018

£7,329 (per year)


November 2018

£7,329 (per year)


January 2019

£7,329 (per year)


February 2019

£7,329 (per year)


May 2019

£7,329 (per year)


June 2019

£7,329 (per year)


Starts

Fee


September 2018

£7,329 (per year)


November 2018

£7,329 (per year)


January 2019

£7,329 (per year)


February 2019

£7,329 (per year)


May 2019

£7,329 (per year)


June 2019

£7,329 (per year)


Starts

Fee


September 2018

£10,700 (per year)


November 2018

£10,700 (per year)


January 2019

£10,700 (per year)


February 2019

£10,700 (per year)


May 2019

£10,700 (per year)


June 2019

£10,700 (per year)


Full-time (UK/EU)

For the academic year 2018/19, each six-week block will cost £1,832.25. A full academic year is made up of four of these blocks, so this means that a normal full-time year is £7,329. This covers some of your learning materials, access to the CU Coventry Library & Learning Services, all your classes and online tutorials. 

Part-time (UK/EU)                                                                  

The part-time course fee is dependent on how many modules you choose to study in an academic year. Each stage of the qualification (HNC/HND/Degree) will require you to complete four academic blocks. You can study up to four blocks in one academic year or study at a slower pace (usually three academic blocks per year). Please note if you do study at a slower pace you will need to re-enrol to complete your studies in the next academic year.

For the academic year 2018/19, each block for part-time students will cost £1,832.25. Therefore, the total fee per stage of your qualification if completed in the academic year 2018/19 is £7,329.

Funding

As a full-time student or part-time student resident in the UK or EU, you can apply for a loan to cover the cost of your tuition fees at CU Coventry from Student Finance England.

What our students say...

There is so much great practical work during this course. I particularly look forward to our lab sessions every week, because we get to do things ourselves. I’m now at a point where I feel comfortable with engineering language and software.

Dinesh Agnani - 2nd Year Engineering Student

Career prospects

With an ever-growing demand of engineering professionals in all industries, graduates of this course have an expansive list of career paths to explore. Successfully completing the BEng means your chances of employment are improved and the level at which you enter the jobs market could mean a higher salary.

Successful graduates will be knowledgeable across a range of engineering disciplines. Graduates can go on to work in a vast range of engineering sectors such as software, nuclear, textile or civil engineering.

Many of our graduates have progressed to postgraduate study and are working towards a master’s qualification in fields such as petroleum engineering, civil engineering, mechanical engineering, automotive engineering and electrical and electronic engineering.

Previous graduates have progressed to become Engineering Technicians, Project Managers and Trainee Engineering Lecturers.

Students who successfully complete this course and achieve appropriate professional experience (an average of three years in a graduate engineer position) may be eligible to apply for Chartered Membership of an Engineering Institution e.g. IET or IMechE, subject to meeting the relevant professional body entry criteria.

97%

of our students were in work or further study six months after they left university.

Destination of Leavers from Higher Education (DLHE) 2016

What our students say...

There is so much great practical work during this course. I particularly look forward to our lab sessions every week, because we get to do things ourselves. I’m now at a point where I feel comfortable with engineering language and software.

Dinesh Agnani - 2nd Year Engineering Student