Course Details

BEng (Hons) Artificial Intelligence and Robotics

This BEng (Hons) course is designed to provide students with specialised knowledge and skills in Artificial Intelligence and Robotics. The curriculum encompasses essential technologies including sensors, actuators, control systems, Internet of Things,

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Start Date

Contact for Details

Duration

3 years

Campus

London

Tuition Fee

£9,790 per year (UK home)

Study Mode

Full-time, Part-time

Fee information

The tuition fee for UK home students is £9,790 per year for full-time study. Part-time study is charged at £2,445 per 30 credit module. Tuition fees for subsequent years may be subject to inflationary increases by the UK government. The university reserves the right to increase the tuition fees in line with changes to legislation, regulation and any government guidance or decisions. More information on the latest fee can be found on the institution website.

Structure

Course Structure

Year 1

Communications Engineering
30 credits
Electronics Systems
30 credits
Logic and Mathematical Techniques
30 credits
Programming
30 credits

Year 2

AI for Robotics
15 credits
AI with ROS
15 credits
Advanced Electronics Systems
15 credits
Microprocessors & Embedded Systems
30 credits
Network Operating Systems
15 credits
Sensors, Actuators and Control
15 credits
Work Related Learning
15 credits

Year 3

Applied Robotics
15 credits
Bio-inspired AI and Security
15 credits
Computer Vision
15 credits
Digital Systems Applications
15 credits
IoT Systems and Security
15 credits
Project
30 credits
Broadband Systems 1
15 credits
Broadband Systems 2
15 credits
Wireless Networks (Cisco)
15 credits

Requirements

Entry Requirements

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Academic Requirements

A minimum of 88 UCAS points from an A Level or equivalent Level 3 qualification (e.g. BTEC National, Subsidiary or Extended Diploma). English Language and Mathematics at grade C/4 or above (or equivalent).

English Language Requirements

Please contact our admissions team for specific English language requirements for this program.

FAQs

Frequently Asked Questions

What career options are available for me after completing Artificial Intelligence and Robotics from London Metropolitan University?

Graduates can pursue careers in robotics, automation, manufacturing, aerospace, systems analysis, security, and artificial intelligence, or continue to advanced academic study.

How is this course assessed?

Assessment methods include class tests, theory and practical examinations, coursework such as logbooks, case studies, laboratory reports, posters, and viva examinations.

Does London Metropolitan University provide employability services?

The institution provides dedicated support through its Careers and Employability Team to help students prepare for their professional futures.

Does London Metropolitan University offer placements and/or internships?

The course includes an integrated work-related learning programme, providing opportunities for short work placements or activities to gain practical experience.

What makes Artificial Intelligence and Robotics at London Metropolitan University different from similar courses?

The course offers a unique blend of hands-on learning in dedicated laboratories, accreditation by the IET, and a focus on both theoretical and practical engineering skills.

Will Artificial Intelligence and Robotics help build practical skills?

Yes, the course is designed to build practical skills through lab-based workshops, project work, and the use of industry-standard tools and simulation environments.

What will the learning experience look like on Artificial Intelligence and Robotics at London Metropolitan University?

Learning is delivered through a mix of traditional lectures, interactive tutorials, lab-based workshops, and blended learning methods supported by the university's VLE.

What should a prospective student know before applying to Artificial Intelligence and Robotics at London Metropolitan University?

Prospective students should note the entry requirements, including UCAS points and English/Maths grades, and consider the practical nature of the course and its focus on engineering applications.

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