Electronic Engineering 2018/19 Undergraduate Guide

Undergraduate study 2018/19

Electronic Engineering

Our trophy cabinet

What’s inside

The awards we’ve won don’t just make us feel proud.

They give you an idea of what the University is like.

Study with us

4–5 Our courses

Meet us

Apply to us

Jaimin’s student journey so far

18–19

22 Open Days

An interest in how things work led Dr Haydn Martin to a career in electronic engineering

6–17 T Q’ A P F H  F E

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University of the Year The Times Higher Education named us as their University of the Year in November 2013.

They liked our “bold, imaginative and innovative initiatives.”

Queen’s Award We’ve always supported the international student community. So we were very pleased to win the Queen’s Award for Enterprise: International Trade in 2013.

Queen’s Anniversary Prize The Queen’s Anniversary Prize is a big thing in UK Higher Education. We were delighted to earn one for our role in expanding global boundaries of new music.

in association with

A Four Star University QS Stars have given us four stars. That means we are “highly international, demonstrating excellence in both teaching and research with an excellent environment for students and staff.”

Educate North Award The Educate North Awards celebrate the role of Higher Education in the North of England. We won New University of the Year at the awards in 2015.

Athena Swan We’re serious about gender equality. We want an equal number of men and women on our science and engineering courses, for instance.

Our commitment was recognised in 2015 with the Athena SWAN Bronze Award.

20–21

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Welcome to Electronic Engineering The Electronic Engineering industry is international and always innovating. People interact with electronics daily so there are lots of opportunities open to you in this area.

The University of Huddersfield has a tradition of engineering teaching and research that can be traced back to the Technical School and Mechanics’ Institute formed in 1884. Our courses are flexible, with many featuring option modules and you also have the chance to spend a year in industry gaining invaluable experience.

The teaching team has a wealth of industry and professional experience, and are also active researchers, with many at the forefront of their field. We’re conducting research that is innovative and has a real impact on the world around us.

We support our students in gaining the skills valued by industry, and inspire them to be enquiring and experimental. Our aim is that you graduate fully prepared for either work or further study depending on your ambitions.

With that in mind you’ll have access to industry standard facilities in a supportive environment.

We are connected to a range of external organisations and the majority of our full-time, undergraduate degrees are accredited by the Institute of Engineering and Technology (IET).

Dr Violeta Holmes Subject Leader

Find out more about our awards at hud.ac.uk/about/our-awards

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Check this out!

Electronics and electrical engineering are used the world over in all sorts of environments. If you’re considering this exciting career path, we’ll give you every chance to make the most of your potential.

Study with us I’ve made lots of friends on my course. At exam time we all pull together and help each other revise.

Jaimin Joshi, Electronic Engineering and Computer Systems BEng(Hons)

Accreditation

100%

Most of our full-time 3-5 year courses are accredited by the Institution of Engineering and Technology (IET).

The UK’s only University where all permanent teaching staff are Fellows of the Higher Education Academy.*

This is a vast field, so let’s narrow things down by giving you four main options. With us you can choose to specialise in communications, electrical, electronic or computer systems. Our courses feature lots of practical laboratory work, giving you the chance to get hands-on in our state-of-the-art facilities.

In fact, we’re all about being practical. So we also give you the chance to roll your sleeves up and work in leading electronic and communications industries through our optional placement year.

As well as gaining skills and experience, you could build up a network of invaluable contacts too.

We offer four course levels: • MEng – Integrated Master’s course lasting four years (five with a placement year). Extends your undergraduate studies to Master’s level within a single course.

• BEng(Hons) – Bachelor’s degree course lasting three years (four with a placement year).

• Top-up – for those who’ve already completed two years of Higher Education study in a related subject.

• Foundation Year – preparation year for undergraduate study.

We’ve made sure that our laboratories give you every chance to succeed. In the past four years we’ve invested £200k in our engineering facilities,

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£27,079 Average engineering graduate salary after six months.**

including improvements made to our embedded systems lab and electrical and electronics labs.

It’s all cutting-edge stuff.

In your career you could work with engineers from different disciplines. So, to help give you experience of this Electronic and Mechanical Engineering students often work together on exciting projects, like the Institute of Mechanical Engineers Railway, Unmanned Aircraft Systems and Formula Student Challenges. In fact, if you’re looking for an even broader range of understanding you might want to consider our joint course in Mechanical and Electronic Engineering BEng(Hons)/MEng. And what about your career prospects? Let’s just say some of our graduates have gone on to work for companies like BT, BP Group, Schneider Electric, Vodafone, GlaxoSmithKilne and EA Mobile.*** *Permanent staff, after probation: some recently appointed colleagues will only obtain recognition in the months after their arrival in Huddersfield, once they have started teaching. **Average engineering and technology graduate’s salary after six months according to Engineering UK 2016 report. ***Source: LinkedIn. 1. Our students get the chance to design their own printed circuit boards.

2. One of our students using a Dynamic Signal Analyzer.

This measures the frequency response of circuits (in the audio range in this case).

It is used in industry to test and develop.

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Graduates employed this subject area

86%* Key information: UCAS code: H611 Duration: 4 years full-time, 5 years inc. placement year Entry requirements: AAB at A Level including Mathematics and at least one other suitable science/ technology subject DDD at BTEC in an accepted science/technology subject 136 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above

Electronic and Electrical Engineering MEng

Heat, light, power – we need them all to live. And we need electronic and electrical engineers to make them work for us. This integrated Master’s course could help you develop the knowledge, understanding and skills to become a leader in the field of electronic or electrical engineering.

Creating, designing, managing and overseeing the systems that keep things running is vital in society.

This course aims to give you a thorough understanding of how it all works, so you could have a career at the forefront of future developments.

We look at the generation, distribution, application and control of electrical energy.

Graduates employed this subject area

MEng

86%* Your studies could get you investigating some fascinating areas.

Sustainable power generation, infrastructures and electric motor performance and control – we’ll cover a wide range of topics. Your final MEng year helps to support you to become a manager. You’ll study modules in finance and project management these topics will help you acquire the skills to be a leader in industry.

We also support you in preparing for a career in research by giving you further opportunities to investigate a technological area that interests you.

Key information: UCAS code: H612 Duration: 4 years full-time, 5 years inc. placement year Entry requirements: AAB at A Level including Mathematics and at least one other suitable science/ technology subject DDD at BTEC in an accepted science/technology subject 136 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above

Accreditation Chartered Engineer (CEng) accredited by the IET.

* Percentage of graduates from this subject area who go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

* Percentage of graduates from this subject area who go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15). ** Engineering UK 2016 Report.

Placement

Teaching

100% of our students have the opportunity to undertake a placement year in industry.

You’ll be taught by professional engineers and a lot of them have years of industry experience.

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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Electronic Engineering

The electronics industry is global and makes a huge contribution to the economy. It’s worth around £29bn in the UK alone.** Engineers are vital to the success of the industry, and by studying to MEng level you’ll have the chance to gain the skills you need to create a great career in electronic engineering.

The integrated Master’s MEng course has higher entry requirements than the BEng route. You’ll study for an extra year, with the aim of giving you a deeper understanding of your subject. In your Final Year you’ll also study modules in finance and project management to help give you the skills to develop into a leader in industry.

The course is designed to give you a broad understanding of electronic systems, communications and control. We’ll look at digital, analogue and embedded computer-based systems, and you’ll have lots of opportunities to carry out practical work. Plus in your third year, or fourth if you take a placement, you’ll be able to research a specialised area of your choice in depth.

The course is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council. That means you could become a registered Chartered Engineer (CEng).

On the third year of your course you’ll be given the chance to take a year’s placement working in industry.

James Ritchie graduated Electronic Engineering MEng in 2016 and started his own company through the University’s Enterprise Placement Year scheme.

“I set up my own research-based business on something I have always been interested in – technology in climbing. This was a great opportunity; the Enterprise Team give you lots of support and invite you to events which help develop your business skills.”

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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Graduates employed from these subject areas

8695%*

Key information: UCAS code: H362 Duration: 4 years full-time, 5 years inc. placement year Entry requirements: AAB at A Level including Mathematics and at least one other suitable science/ technology subject DDD at BTEC in an accepted science/technology subject plus Maths GCSE at grade A. The BTEC Extended Diploma in Science is not acceptable without an additional A Level Mathematics at Grade C or above 136 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above

Mechanical and Electrical Engineering MEng

Our integrated Master’s in Mechanical and Electrical Engineering aims to prepare you for your future career.

You’ll study for a year longer than the BEng(Hons) course, with the aim of equipping you with the skills you need to lead teams, guiding the creativity and work of others.

Engineers are at the forefront of innovation across the world. Our integrated Master’s has been designed to give you a wide understanding of engineering. In your Final Year you’ll be supported to build up a knowledge of the social, economic and ethical aspects of the industry. It could be the ideal first step on your way to a rewarding and exciting career.

Large, complex projects often involve groups of engineering teams from different disciplines. Organisations

Graduates employed from this subject area

89.5%* and businesses are looking for engineers who have a broad range of skills and can see the bigger picture.

That’s why our course is designed to give you a good grounding in both mechanical and electrical engineering.

We’ll give you the opportunity to get involved in practical work and projects all with the aim of developing your problem-solving skills and preparing you for your future career.

To give you a truly broad view, we’ll also put the industry into context, covering the relevant commercial and legal issues like the need to promote sustainable development, personnel and health, safety and risk.

Key information: UCAS code: H600 Duration: 3 years full-time, 4 years inc. placement year Entry requirements: BBB at A Level including Mathematics and at least one other suitable science/ technology subject DDM at BTEC in an accepted science/technology subject 120 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above Successful completion of the Engineering Foundation Year

1. Members of the University’s Team HARE working on their Formula Student car.

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This flexible course aims to help you develop the knowledge, understanding and skills associated with the generation, distribution, use and control of electrical energy.

Your studies could get you investigating some fascinating areas.

Sustainable power generation, infrastructures and electric motor performance and control – we’ll cover a wide range of topics. During your studies you’ll have every opportunity to explore and understand the principal aspects of electronic and electrical engineering.

You’ll be taught by professional engineers, many of whom have years of industry experience. The course is accredited by the Institution of Engineering and Technology (IET)

on behalf of the Engineering Council.

Once you graduate, you could become registered as an Incorporated Engineer (IEng). The course could also lead on to you gaining Chartered Engineer (CEng) status following further study.

You’ll also have the chance to spend a placement year working in the industry. This could help you develop your talents, and make useful contacts in the professional environment too.

If you achieve an average grade of 60% or more during your first two years, you might be able to move onto the integrated Master’s MEng course.

You’ll study for an extra year and have the chance to gain an even deeper understanding of the subject.

“I spent my placement year at Sellafield. It was exciting and helped to put the theory into practice. They offered me a graduate job at the company! I’m very grateful for the opportunities given to me by the University and without my placement, I would not be where I am today.”

Access to industry standard facilities.

Placement 100% of our students have the opportunity to undertake a placement year in industry.

Teaching 1

You’ll be taught by professional engineers, many of whom have many years of experience in the industry.

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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BEng(Hons)

Nick Beculard graduated Electronic and Electrical Engineering BEng(Hons) in 2015 and is now a CE & I Design Engineer at Sellafield Ltd.

Facilities

* Whilst this is a new course and therefore no graduate statistics for this specific course are available, 86-95% of graduates from these subject areas go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

Electronic and Electrical Engineering

* Percentage of graduates from this subject area who go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

Transfer Opportunity to transfer to the MEng course.

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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Graduates employed from this course

Electronic Engineering BEng(Hons)

8486%*

90%* Key information: UCAS code: H610 Duration: 3 years full-time, 4 years inc. placement year Entry requirements: BBB at A Level including Mathematics and at least one other suitable science/ technology subject DDM at BTEC in an accepted science/technology subject 120 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above Successful completion of the Engineering Foundation Year

From smartphones to cashpoints, we use electronics every day of our lives.

Electronics is a crucial subject in a wide range of industries too, and it’s at the heart of everything from manufacturing processes to the provision of services and logistics management. This course aims to give you the skills to open up lots of career options within the electronic engineering industry.

The course is designed to give you a broad understanding of electronic systems, communications and control. We’ll look at digital, analogue and embedded computer-based systems, and you’ll have the chance to carry out project work to research a specialised area that interests you.

You’ll be taught by professional engineers, many of whom have worked in the industry. If you apply

Graduates employed from these subject areas

for the BEng(Hons) route to begin with and then achieve a yearly average grade of 60% or more during your first two years, then you could go on to the integrated Master’s MEng course. That means you could study for an extra year to gain an even deeper understanding of the subject.

Key information: UCAS code: H6G4 Duration: 3 years full-time, 4 years inc. placement year

The course is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council. Consequently you could become a registered Incorporated Engineer (IEng) once you graduate. The course could also lead on to you gaining Chartered Engineer (CEng) status following further study.

DDM at BTEC in an accepted science/technology subject

Entry requirements: BBB at A Level including Mathematics and at least one other suitable science/ technology subject

120 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above Successful completion of the Engineering Foundation Year

In the third year of your course you’ll be given the chance to take a year’s placement working in industry.

Computer Systems Engineering BEng(Hons)

Computer systems are all around us, from home entertainment packages and mobile phones through to car control systems and complex communication networks. We aim to give you the skills you need for a career in this thriving industry sector.

We’ll introduce you to a range of computer systems. From desktop and workstation computers through to high performance computer systems, we aim to give you a thorough background in a wide range of areas.

If you’re hoping to be a computer systems engineer, potential employers will be looking for you to understand software programming techniques, computer systems architecture and electronics. This course focuses on these three core aspects to give you the chance to build your knowledge and skills.

Placement

Transfer

100% of our students have the opportunity to undertake a placement year in industry.

Opportunity to transfer to the MEng course.

We want to give you as much practical experience as possible. So in your third year, for example, you’ll have the chance to go on a yearlong placement to put your skills into practice.

The course is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council. When you finish your studies, you could become registered as an Incorporated Engineer (IEng), which could be a feather in your cap when you’re looking for your first exciting role in the industry. The course could also lead on to you gaining Chartered Engineer (CEng) status following further study.

Accreditation Incorporated Engineer (IEng) accredited by the IET.

£27,079 * Percentage of graduates from this course who go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15). ** Engineering UK 2016 report.

Average engineering graduate salary in the UK after six months.**

Facilities Access to industry standard facilities.

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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* Percentage of graduates from these subject areas who go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

Muhammad Dadu Computer Systems Engineering BSc(Hons) placement with Appcelerator, Silicon Valley, California.

“The placement year showed me how a company operates and how to execute a great product. I was able to see how to manage a team and lead innovation. As a result of my placement I have a job offer for when I’ve finished my degree, which I have taken.”

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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Graduates employed from this subject area

86%* Key information: UCAS code: H640 Duration: 3 years full-time, 4 years inc. placement year Entry requirements: BBB at A Level including Mathematics and at least one other suitable science/ technology subject DDM at BTEC in an accepted science/technology subject 120 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above Successful completion of the Engineering Foundation Year

Electronic and Communication Engineering BEng(Hons)

Graduates employed from this subject area

86%*

We all have an innate need and desire to communicate. And as communications technology gets ever more advanced, the demand for new devices and solutions grows day by day. This course is designed to help you take your place in the communications industry, focusing on building your skills to start a fulfilling career.

The course is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council. Once you graduate, you could become registered as an Incorporated Engineer (IEng). The course could also lead on to you gaining Chartered Engineer (CEng) status following further study.

Key information: UCAS code: GH46 Duration: 3 years full-time, 4 years inc. placement year

On the course you’ll be taught by professional engineers. Many of them have worked in industry, while others have specialised in research.

We’ll give you the chance to gain a broad overview of electronic engineering, as well as specialist skills in communications as the course progresses. We’ll also take a wider view to explore other areas of electrical, electronic and computer systems engineering.

While you’re studying at Huddersfield, you’ll have the chance to spend a placement year working in the industry. It could help you gain some really useful skills, and some handy contacts in your chosen field too.

120 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above

Entry requirements: BBB at A Level including Mathematics and at least one other suitable science/ technology subject DDM at BTEC in an accepted science/technology subject

Successful completion of the Engineering Foundation Year

If you achieve an average grade of 60% or more during your first two years, there is a chance to transfer to the Electronic Engineering MEng integrated Master’s course.

Electronic Engineering and Computer Systems BEng(Hons)

Electronics and computers are all around us and developments in both can have a big impact in our daily lives.

‘Invisible computers’ help to operate everyday equipment like supermarket scanners, central heating timers and car management systems. This course has been designed to help you understand how electronics and computers work together, and could help you meet the ever-increasing demand for new technologies.

The aim of the course is to develop your understanding of computer systems architectures, networks, and the Internet of Things (IoT). IoT is a network of physical objects (devices, vehicles, buildings etc) which are embedded with electronics, software and sensors, enabling them to collect and exchange data. We’ll look at software and hardware and how they are designed for embedded systems.

And you’ll have the chance to understand the principles of electronic engineering and develop the skills to be able to work in a wide range of industries.

The course also covers other areas of electrical, electronic and communication engineering. It’s accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council.

That means you could become a registered Incorporated Engineer (IEng) upon graduation. Following further study, you could also gain Chartered Engineer (CEng) status.

On the third year of your course you’ll be given the chance to take a year’s placement working in industry. It could be the ideal opportunity to develop your skills even further to help you when you apply for a job after graduating.

Facilities Access to industry standard facilities.

Aftab Afzal graduated Electronic and Communication Engineering BEng(Hons) in 2014 and is now an Electronics Engineer at Rolls-Royce AEC. * Percentage of graduates from this subject area who go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

“The facilities at the University proved invaluable for developing my engineering skills. When you start your first job it can take time before you are given the responsibility to work on the high profile projects. But because of their confidence in the skills I obtained from my degree, from day one, they have had me working on the important assignments, which is great.”

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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* Percentage of graduates from this subject area who go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

Accreditation

Placement

Incorporated Engineer (IEng) accredited by the IET.

Opportunity to undertake a placement year.

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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Graduates employed from these subject areas

8695%*

Key information: UCAS code: H3H6 Duration: 3 years full-time, 4 years inc. placement year Entry requirements: AAB at A Level including Mathematics and at least one other suitable science/ technology subject DDD at BTEC in an accepted science/technology subject plus Maths GCSE at grade A. The BTEC Extended Diploma in Science is not acceptable without an additional A Level Mathematics at Grade C or above 136 UCAS points from a combination of Level 3 qualifications, which must include the accepted qualifications as listed above

* Whilst this is a new course and therefore no graduate statistics for this specific course are available, 86-95% of graduates from these subject areas go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

Mechanical and Electrical Engineering BEng(Hons)

The world relies on engineers.

From developing innovative consumer goods through to meeting the need for cleaner transport or sustainable energy, they’re at the forefront of many innovative developments. By gaining a broad understanding of engineering, you could take your place in this industry and play a part in designing some of the products and solutions of tomorrow.

For example, addressing the need for sustainable power involves bringing together different branches of engineering. So, industry needs graduates who have a broad range of skills and understanding of the different disciplines of engineering.

That’s why our course is designed to give you a good grounding in both mechanical and electrical engineering.

Electronic and Communication Engineering (Top-up) BEng(Hons)

86%* The course will focus on the mathematical, scientific and engineering principles that underpin mechanical and electrical engineering. We’ll also give you the chance to explore mechanical and electrical design and engineering materials and components.

Employers are looking for graduates who have the experience as well as the knowledge to succeed. That’s why we’ll also give you the chance to take a placement in your third year, putting the skills you’ve learnt into practice.

Key information: UCAS code: H604 Duration: 1 year full-time Entry requirements: HND at Merit, or equivalent, in a Science/ Technology subject** Foundation Degree in a Science/ Technology subject** Completion of 2 years of a Degree course in a Science/ Technology subject**

1. Members of the University’s HudRail Team working on their locomotive for the IMechE Railway Challenge competition. Throughout your studies, there will be opportunities for you to take part in national competitions such as this and Formula Student run by the IMechE.

Communications technology is a crucial part of the world economy. Not only that, it’s a growing industry with lots of opportunities for people who are qualified and skilled in the subject.

This one-year top-up course could help you take your place in this exciting profession.

Electronic and Communication Engineering (Top-up) is designed for people who have already spent two years studying a related subject at university or higher education level. For instance, you might already have an HND in Electronic and Communication Engineering. If you’re interested not just in technology, but also in how that technology is managed and applied, then this course could be for you.

The course covers a broad range of topics, including a mix of advanced technology and technology management modules. We’ll also encourage you to look at technology within the wider business, commercial and legal context.

We never forget the course is aimed at helping you find a job in this dynamic and exciting industry.

So we focus on the practical aspects, and give you lots of opportunities to experience the working environment.

Facilities Access to industry standard facilities.

* Whilst this is a top-up course and therefore no graduate statistics for this specific course are available, 86% of graduates from courses in this subject area go on to work and/or further study within six months of graduating (Destinations of Leavers Survey 2014/15).

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For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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Graduates employed from this subject area

** Your previous studies should be in a physics or engineering science related area. Other sciences may not be acceptable as they may not contain the relevant mathematical components that are an essential requirement for this course.

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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Graduates employed from this subject area

86%* Key information: UCAS code: H603 Duration: 1 year full-time Entry requirements: HND at Merit, or equivalent, in a Science/Technology subject** Foundation Degree in a Science/Technology subject** Completion of 2 years of a Degree course in a Science/ Technology subject**

Electronic Engineering (Top-up)

Engineering Foundation Year leading to a BEng(Hons)

BEng(Hons)

We all use electronics every day.

Electronic engineering helps to develop innovative new products and services to improve our lives.

By gaining a qualification in electronic engineering, you could have some exciting career opportunities ahead of you.

This is a one-year top-up course and is ideal if you have already completed at least two years of university or Higher Education study in a related subject. If you have a HND in Electronic Engineering (or equivalent), for instance. If you also have an interest in technology and how technology can be applied and managed, then this course could be for you.

The course covers a broad range of topics and includes advanced technology and technology

management modules. We look at the subject in context, considering the wider business, commercial and legal factors.

While you’re here we’ll give you lots of opportunities to get practical.

It’s about preparing you for a career in electronic engineering out in the real-world. We want to give you the knowledge and skills to help you get a graduate level job.

Facilities Access to industry standard facilities.

1. One of our students using a Dynamic Signal Analyzer. This measures the frequency response of circuits (in the audio range in this case). It is used in industry to test and develop.

Key information: UCAS code: H108 Duration: year 0 of a 4-5 year degree Entry requirements: CC at A Level MPP at BTEC 64 UCAS points from a combination of Level 3 qualifications including one A Level pass Additional criteria: GCSE Maths grade C or above

This Foundation Year has been designed to give you an excellent route into studying engineering.

Perhaps you’re fascinated by engineering, but have never formally studied the subject. Or you may have decided on a career change. It could also be ideal if you do not have the usual academic qualifications to study at degree level.

The Foundation Year isn’t a standalone course, but makes up the first year of your studies leading to a BEng or MEng degree in our Electronic or Mechanical Engineering course suites at Huddersfield. To go on to a degree, you must gain an average mark of 50%, and have passed each component of your Foundation Year.

On the Foundation Year you’ll have the chance to develop the academic knowledge and study skills you need

to study at a university. We’ll explore mathematics and engineering science, and we’ll also introduce you to electronic, electrical and mechanical engineering. By looking at each discipline in turn, we could help you decide which degree is right for you.

During your studies you’ll have the chance to develop a range of transferable skills, including research, report writing and presentations.

All these skills could prove useful in any career.

Opportunities Gives you the opportunity to experience different aspects of engineering.

* Whilst this is a top-up course and therefore no graduate statistics for this specific course are available, 86% of graduates from courses in this subject area go on to work and/ or further study within six months of graduating (Destinations of Leavers Survey 2014/15). ** Your previous studies should be in a physics or engineering science related area. Other sciences may not be acceptable as they may not contain the relevant mathematical components that are an essential requirement for this course.

Rupesh Gurung now studying Electronic and Electrical Engineering MEng completed the Foundation Year in 2014.

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For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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“The Foundation Year helped me gain academic and communication skills which were vital in preparing for my undergraduate studies. I thoroughly enjoyed it and it was part of a great learning experience in my university life.”

For detailed course and employability information, including full entry requirements, please visit hud.ac.uk/courses

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My student journey so far

Jaimin Joshi

Electronic Engineering and Computer Systems, BEng(Hons) “I grew up in Uganda until I was six, then we moved to Zambia. I lived in the capital city which is actually very peaceful, it’s really easy to access the bush and go camping and fishing.

“I moved away as I wanted to go to an institution that offered an internationally recognised award. Huddersfield also appealed because of the International Study Centre.

There’s a big focus on international students here and there are lots on my course.

The University is such a big part of the town, so much is geared to students and everything is on your doorstep.

“When I was younger I wanted to be an astronomer. I’m still fascinated by everything that’s out there as there’s so much we don’t know.

“My interest in electronic engineering started as I did well in physics and maths at school, and discovered that this was where my talent lay.

I looked at electronic items and was curious about what was inside making them work. I also realised that as electronics are so prevalent, there would be lots of career opportunities for me.

“In the future I’d like to manage teams and projects to gain the experience to eventually start my own business. I’m interested in lots of areas, but I was inspired by the placement lectures we had with representatives from the motor industry and now I’m keen to work in that area.”

To hear Jaimin talk about his student journey visit hud.ac/profiles

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Meet our staff

Discovering how things ‘work’

Dr Haydn Martin

Research Fellow, Department of Engineering and Technology “Since secondary school it was clear to me that I would work in an area of science or engineering.

I had a great affinity to science lessons at school, especially the hands on experimentation. It’s a bit of a cliché but I was the kid who took radios apart to see how they worked!

“I grew up in rural Cumbria, and went to a small comprehensive school. I then spent my gap year working in Canada before studying for my degree in Electronic Engineering.

I love student led discussions that challenge me a little, it makes me think of things in different ways.

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“I came to Huddersfield to do my Master’s and during that I did a project that led to my PhD. After I completed my PhD in 2010 I worked as a Research Fellow for three years before starting as a full-time lecturer.

“My research is in optics, optical metrology specifically. I research the measurement of engineered components using light. There’s a lot of electronics involved in making that happen, and it also means I crossover into mechanical engineering.

“There are several highlights to my time here but I’m particularly proud of when the research team I work in was awarded an IET Innovation Award for successfully developing and commercialising an optical instrument.

“I enjoy interacting with students in the lab sessions, posing questions then discussing and experimenting with the solutions.”

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We hope you’ve found all the information you need to inspire you to become a student here at Huddersfield. Now all you need to do is apply.

Apply to us UCAS If this is your first (undergraduate) degree and you want to study a full-time course, then you’ll apply via UCAS at ucas.com If you’re at a college or school right now, it’s probably already registered with UCAS. The best thing to do is ask your teacher or careers adviser to help with your application. Once you’ve applied we’ll keep in touch with you throughout the 1 application process, so you’re up to speed with what’s going on.

When to apply If you want to start your course in September 2018, you can apply to UCAS any time from 1 September 2017 onwards. Make sure UCAS receives your application by 15 January 2018.

Our course codes You have to enter the code for the course you want to study on your application form. You can find our course codes on each of the course pages in this brochure, or on the UCAS website. By the way, the institution code for Huddersfield is HUDDS H60.

Open Days Everything starts now

Wednesday 21 June Thursday 22 June Saturday 16 September Saturday 21 October Wednesday 8 November Friday 1 December

Contact us Got a question? Get in touch with us.

Tel. +44 (0)1484 473116 Email. compeng@hud.ac.uk @HudCompEng HuddersfieldUniversityComputing andEngineering

Important Information This brochure is provided for information only and will not form part of your student contract. For full, up to date details on our courses, including when and how that information may change, visit our website at www.hud.ac.uk/courses

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Book a place hud.ac.uk/open-days 23

University of Huddersfield Queensgate Huddersfield West Yorkshire HD1 3DH UK Tel. +44 (0)1484 422288 Email. askhud@hud.ac.uk www.hud.ac.uk

Huddersfield is first in England for professionally qualified teaching staff * *HEFCE, 9 Dec 2016

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