Electronic Engineering | Study at King’s

Overview

Our Electronic Engineering BEng course focuses on four key areas in electronics: circuits and systems, signal processing, computing and communication. You will develop in-depth knowledge of and practical expertise in circuit analysis and design, communication systems, computation and software programming for engineers, and hardware design, which will provide a foundation for senior roles in electronics, signal processing, and communication industries.

Key benefits

Unique combination of electronic engineering, computer science and robotics modules.
You'll gain a broad understanding of how engineering translates to everyday life through mobile and personal communications as well as information security.
You'll benefit from our longstanding links with various companies, including Orange, Vodafone, Nokia, NEC, BT and Texas Instruments.
Our modules are designed to enhance employability and give you transferable and entrepreneurial skills.

Key information

UCAS code H610

Duration Three years

Study mode Full-time

Course type Single honours

Further details

Awarding institution King's College London

Faculty Faculty of Natural & Mathematical Sciences

Department Department of Engineering

Locations

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Study Electronic Engineering at King's

Undergraduate study

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Course detail

Description

Our course will provide you with broad knowledge and an in-depth understanding of electronic engineering and design techniques. The diverse nature of our course will give you a strong foundation in electronic engineering along with general communication, control and computer systems. There is also a strong focus on developing mathematical skills, which you will use to analyse the performance of communication and control systems.

You will study modules across electronic circuits, communication systems, introduction to robotics, foundations of computing, and hardware design with optional modules in the final year to specialise in artificial intelligence planning, robotic systems, telecommunication networks and other advanced topics. This course will challenge you to think more broadly, translating electronic engineering into everyday life through cryptography, and computer vision and wireless networks.

Teaching

You are expected to spend approximately 10 hours work per credit for each module you attend in your degree, e.g. 150 hours work for a 15 credit module. These hours cover every aspect of the module: lectures, tutorials, laboratory sessions, independent study, coursework and preparation for examinations.

Assessment

You will be assessed through written examinations, project reports, and coursework. For the practical and design elements, you will be assessed through laboratory write-ups, design projects, presentations, research project reports and oral examinations.

Structure

Year 1

Courses are divided into modules. Each year you will normally take modules totalling 120 credits.

King’s College London reviews the modules offered on a regular basis to provide up-to-date, innovative and relevant programmes of study. Therefore, modules offered may change. We suggest you keep an eye on the course finder on our website for updates.

Required Modules

You are required to take:

Mathematics for Engineers (15 credits)
Mathematical Modelling (15 credits)
Computer Systems (15 credits)
Energy and Sustainability (15 credits)
Electrical and Electronic Engineering I (15 credits)
Mechanics for Engineers (15 credits)
Logic Design (15 credits)
Physical Computing (15 credits)

Optional Modules

There are no optional modules in Year 1.

Year 2

Required Modules

You are required to take:

Electricity & Magnetism (15 credits)
Engineering Mathematics (15 credits)
Electronic Circuits (15 credits)
Signals & Systems (15 credits)
Principles of Electronics (15 credits)
Electronics Applications Project & Engineering Lab 2 (15 credits)
Engineering & Entrepreneurial Skills (15 credits)
Mechatronics (15 credits)

Optional Modules

There are no optional modules in Year 2.

Year 3

Required Modules

You are required to take:

Design: Individual Project (30 credits)
Real Time Systems & Control (15 credits)
Communication Systems (15 credits)
Hardware Design (15 credits)

Optional Modules

In addition, you are required to take three modules from a range of optional modules, which may typically include:

Sensors & Actuators (15 credits)
Computer Vision (15 credits)
Cryptography (15 credits)
Pattern Recognition (15 credits)
Robotic Systems (15 credits)
Formal Verification (15 credits)
Artificial Intelligence Planning (15 credits)
Optimization Methods (15 credits)

Entry requirements

Required grades

AAB

Please note that A-level General Studies, Critical Thinking, Thinking Skills and Global Perspectives are not accepted by King's as one of your A-levels. However, if offered the grade achieved may be taken into account when considering whether or not to accept a candidate who has just fallen short of the conditions of their offer.

Required grades

35 points overall (including TOK/EE) with three Higher Level subjects at 665

Required grades

45 Level 3 credits: 33 must be from units awarded at Distinction, with the remaining Level 3 credits at Merit

Required grades

D3 D3 M2

Combinations of Pre-U principal subjects and other qualifications (such as A-levels).

Required grades

Further information below

If you are taking the new RQF BTEC Nationals (2016), you will not be required to fulfil the module requirement stipulated above - you will only need to get the right overall grade. If you are taking the QCF BTEC Nationals (2010), you must achieve both the required overall grade and the specified module grades. If you are unsure which BTEC you are studying, your teacher or school/college counsellor should be able to tell you.

Required grades

Further information below

If you are taking the new RQF BTEC Nationals (2016), you will not be required to fulfil the module requirement stipulated above - you will only need to get the right overall grade. If you are taking the QCF BTEC Nationals (2010), you must achieve both the required overall grade and the specified module grades. If you are unsure which BTEC you are studying, your teacher or school/college counsellor should be able to tell you.

Required grades

Further information below

If you are taking the new RQF BTEC Nationals (2016), you will not be required to fulfil the module requirement stipulated above - you will only need to get the right overall grade. If you are taking the QCF BTEC Nationals (2010), you must achieve both the required overall grade and the specified module grades. If you are unsure which BTEC you are studying, your teacher or school/college counsellor should be able to tell you.

Required grades

80% overall

Required grades

Visit our admissions webpages to view our international entry requirements and English language entry requirements.

Required subjects

Either Mathematics or Further Mathematics

Preferred subjects

None

Further information and other requirements

Entry requirements
A-level	AAB	Including grade A in Mathematics or Further Mathematics Please note that A-level General Studies, Critical Thinking, Thinking Skills and Global Perspectives are not accepted by King's as one of your A levels. However, if offered the grade achieved may be taken into account when considering whether or not to accept a candidate who has just fallen short of the conditions of their offer.
Access to HE Diploma	D: 33 credits M: 12 credits P: 0 credits	Access to HE Diploma in a relevant subject (Engineering, Mathematics, Science) will be considered with 45 Level 3 credits: 33 must be from units awarded at Distinction (including a substantial amount of Maths or Further Maths), with the remaining Level 3 credits at Merit.
Cambridge Pre-U	D3 D3 M2	Including grade D3 in either Mathematics or Further Mathematics (Full-Course). Combinations of Pre-U principal subjects and other qualifications (such as A-levels) considered.
BTEC Level 3 Extended Diploma (QCF from 2010)		Extended Diploma in Applied Science at DDM with eleven Distinctions, and grade A in either of A-level Mathematics or Further Mathematics.
BTEC Level 3 Diploma (QCF from 2010)		Diploma in Applied Science at DM with six Distinctions, and grade A in either of A-level Mathematics or Further Mathematics.
BTEC Level 3 Subsidiary Diploma (QCF from 2010)		M and two A levels at grades AA, including grade A in either of Mathematics or Further Mathematics. Or D with four modules at Distinction and two A levels at grades AB, including grade A in either of Mathematics or Further Mathematics.
Scottish Highers & Advanced Highers	AAB at Higher and AB at Advanced Higher	Including grade A in Advanced Higher Mathematics. Must be a combination of three Scottish Highers and two Scottish Advanced Highers. We do not count the Higher and Advanced Higher in the same subject.
International Baccalaureate	35 points	Including three Higher Level subjects at 665 (including HL6 in either Maths or Further Maths). The total IB point score of 35 includes TOK/EE. Note: IB students studying the new Maths curriculum would be required to study Analysis and Approaches at Higher Level to meet the subject requirement for this programme
Other International Qualifications		Visit our admissions webpages to view our international entry requirements.
English Language Requirements	Band D	Visit our admissions webpages to view our English language entry requirements .

Selection procedure

Application deadline: January 15th2020.

Help and support

View our English language entry requirements

If you don't have a suitable qualification for direct entry to a UK university, or if English isn't your first language, our academic preparation courses can help you get ready for study in the UK.

Preparation courses

Fees and funding

Full time tuition fees UK:

The UK tuition fee for the 2020-2021 academic year is currently £9,250 per year. This is based on the UK Government’s cap.

Full time tuition fees EU:

Students starting their programme in 2020/21 (September 2020) who are eligible to pay EU fees will pay the same rate of tuition fees as UK students. This will apply for the duration of their programme, but may be subject to change by the UK Government for subsequent cohorts from 2021/22.

The UK tuition fee for the 2020-2021 academic year is currently £9,250 per year. This is based on the UK Government’s cap.

Full time tuition fees International:

The International tuition fee for the 2020-2021 academic year is £26,700 per year.

Please note that the International tuition fee is subject to annual increases in subsequent years of study, in line with King’s terms and conditions.

All International applicants to Undergraduate programmes are required to pay a deposit of £2,000 against their first year’s tuition fee. This deposit is payable when you firmly accept an unconditional offer to study with us, and will be offset against your tuition fees when you join King’s.

Additional costs

In addition to your tuition costs, you can also expect to pay for:

Books if you choose to buy your own copies
Clothing for optional course related events and competitions
Library fees and fines
Personal photocopies
Printing course handouts
Society membership fees
Stationery
Graduation costs
Travel costs for travel around London and between campuses

For further information, please visit our fees and funding pages.

Financial help and support

Visit the fees and funding webpages to find out more about bursaries, scholarships, grants, tuition fees, living expenses, student loans and other financial help available at King's.

Career prospects

Our graduates go on to successful careers in a wide range of organisations including banking, management and the major engineering companies. Alternatively, many of our graduates choose further study.

The Careers Service and the Department of Engineering run a careers programme for Engineering students, which includes skills sessions and visits from leading employers.

Career destinations

Recent graduates from the department have found employment at:

Vodafone
British Telecom
Ericsson
Toshiba
Thales Group
Bosch
Skype
O2

Testimonials

Zara

"I chose King’s College London because it has an amazing reputation for its research and gives students the unique opportunity to gain first-hand experience in contributing to the development of cutting-edge technology."