Robotics and Automation

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Undergraduate BEng (Hons)

# Robotics and Automation

Step into the future of smart technology. This hands-on, IET-accredited robotics and automation degree is built for the next generation of engineers.

Open days Apply now via UCAS

## Course overview

* UCAS code

* Institution code

* Main location

Headingley Campus Beckett Park

* Attendance

Full-Time

* Duration

* Start date

20 Sep 2027

Robots are transforming the world. They explore space, power global manufacturing, and transform how we live. If you want to design, build, and program intelligent machines, our specialised Institution of Engineering and Technology (IET) -accredited robotics degree is the perfect place to start.

From responsive robotic arms to autonomous vehicles and AI-driven automation, the future depends on engineers who can blend creativity, scientific expertise, and problem-solving.

In specialist robotics engineering facilities , you'll explore how machines think, move, and interact with the world. You'll combine ideas from mechanical, electrical, and electronic engineering with artificial intelligence to create innovative automated solutions to real challenges.

As part of this course, you'll:

* Design, build, and program your own robots, applying robotics and automation theory in hands-on workshops and projects

* Explore the past, present, and future of developments in robotics and automated systems

* Master electronics, programming, and systems engineering to create smart, connected machines

* Use AI and machine learning to solve complex robotics challenges

* Develop and test embedded systems that power intelligent, responsive devices

This robotics course gives you the skills, confidence, and industry credibility to become a robotics engineer, automation specialist, or AI developer, ready to shape the next wave of innovation.

Future-proof your career

BEng (Hons) Robotics & Automation is accredited by the Institution of Engineering and Technology (IET) , meaning what you learn matters in the real world. When you graduate, you'll meet the academic requirements for Incorporated Engineer (IEng) status – boosting your credibility and opening the door to a wide range of professional engineering careers.

Learn by doing

You won't just learn about robots, you'll build them. In our specialist facilities , you'll work with industry-standard software and hardware to design systems that think for themselves. Through practical workshops and lab-based projects, you'll gain skills in:

* Field-programmable gate arrays (FPGA)

* Embedded systems development

* Building AI and machine learning for autonomous robots

* Designing programmable logic controllers (PLC) and highly automated control systems

Insightful fieldtrips

You'll also go on exciting industry visits to gain first-hand insight into how robotics and automation power modern manufacturing. Previous students have visited sites such as Yorkshire Tea and a Coca-Cola bottling plant.

Build the skills employers want

Alongside technical and scientific expertise, you'll develop the professional skills that set great engineers apart: teamwork, project management, innovation, and the ability to communicate complex engineering ideas clearly. An optional placement year enables you to apply your learning in industry, build real experience, and explore careers in robotics, automation, systems engineering, or advanced manufacturing.

Join a student society

Connect with peers who share your passion for technology by joining a student society like the Computing and Engineering Students' Community or the Ethical Hacking Society . Whether you want to chat about your course projects, meet new friends, or enhance your skills, there are plenty of opportunities available.

Read more

### Why study the BEng Robotics and Automation degree at Leeds Beckett University?

1. Future-focused engineering - you'll explore robotics, automation, mechatronics, and AI to prepare for fast-growing global industries

2. Hands-on from day one - work with real robotics, embedded systems, and automation technology in high-spec, modern facilities

3. Industry-informed content - you'll learn from expert engineers and benefit from our strong industry links

4. Join a collaborative engineering community - work with fellow students in computing, engineering, and AI to build your problem-solving skills

5. Graduate ready to start your career - you'll build a strong technical portfolio and gain valuable experience through an optional industry placement year

Accredited by:

## Explore videos and blogs

Curiosity needs you | Why you should study Robotics & Automation at Leeds Beckett University Daniel tells us how his course is developing unique skills to help with his future career, and how studying engineering at Leeds Beckett has helped him grow as a person.

Electronic & Electrical Engineering and Robotics & Automation at Leeds Beckett Find out more about our BEng (Hons) Electronic & Electrical Engineering and BEng (Hons) Robotics & Automation courses. Hear from Course Director David, and students Mohsan and Jess, as they talk through what the courses involve, what opportunities are available and what careers they can lead to.

BEng (Hons) Robotics & Automation Student Xuekun Li discusses his project that was featured at the school’s student showcase event.

I bet you look robotic on the dance floor!

By Dr Mark Judge

Keep up to date with the latest from our school Blog | School of Built Environment, Engineering and Computing

## Everything you need to know

Discover all there is to know about the course, from entry requirements and fees to exploring the school you’ll be joining - we’ve got it covered.

#### Entry requirements

[Button: UK ] [Button: International ]

points required

If you’re unsure how to work out your UCAS points we have a UCAS Tariff Calculator which will do it for you. All you need to do is enter your qualifications and let the UCAS Tariff Calculator do the maths.

We have welcomed students from over 140 countries to study at Leeds Beckett University. If you are interested in studying with us you can find all the information you need about entry requirements and how to apply on our country specific pages.

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Entry Requirements Information

BEng (Hons)

Robotics and Automation

### Entry requirements

UCAS Tariff Points: 112 points required.

(Minimum 72 from 2 A Levels or equivalent. This must include 40 points from a Maths or science related subject. If you are studying Biology, Chemistry or Physics to meet this requirement you must also achieve a `Pass' in the practical assessment, where that practical assessment is separated (from 2017)).

##### GCSEs

GCSE English Language and Maths at Grade 4 or above (Grade C for GCSEs taken before 2017) or equivalent. Key Skills Level 2, Functional Skills Level 2 and the Certificate in Adult Literacy and Adult Numeracy are accepted in place of GCSEs.

##### Access to HE Diploma

Pass overall with a minimum of 112 UCAS tariff points to include 15 merits in Maths or a science subjects.

##### T Levels

Pass overall with a minimum of 112 UCAS tariff points, including a C or above on the core in a relevant subject.

##### Scottish Awards

112 UCAS tariff points from a minimum of 4 Highers of which at least 2 must be grade B or above to include at least 40 points from maths or science subjects.

##### Irish Leaving Certificate

112 UCAS tariff points from a minimum of 5 subjects at higher level of which at least 3 must be grade H3 or above to include at least 40 points from maths or science subjects.

##### International baccalaureate

112 UCAS tariff points from a minimum of 3 Highers of which at least 2 must be grade H5 or above to include at least 40 points from maths or science subjects.

##### IELTS

IELTS 6.0 with no skills below 5.5, or an equivalent qualification. The University provides excellent support for any applicant who may be required to undertake additional English language courses.

##### How we assess your application

At Leeds Beckett we look for students who demonstrate a good knowledge, curiosity and passion for your chosen course and would benefit from the University’s learning environment.

We aim to give every student a fair chance to progress and succeed on their chosen course and we recognise that your grades may not always reflect your true potential. Therefore, when assessing your application, we will consider the following:

* Your completed qualifications (such as GCSEs, A Levels, and their equivalents).

* Your predicted grades in future examinations.

* Your personal statement.

##### Our offers

All our offers are made by trained professionals who are committed to making offers that are appropriate to each applicant, regardless of their background.* They have the discretion to vary the level of offer to ensure every student with the potential to succeed at Leeds Beckett receives an offer that is achievable for them.

This could mean that you may receive an offer to study on this course with lower (predicted or achieved) UCAS Tariff Points than our published tariff.  Your offer will be based on our belief that you are capable of benefiting from, and successfully completing, your course. We believe that it is people who think differently, independently, people with ‘unlike-minds' that make big things happen.

*We operate a contextual admissions policy, which means we consider a range of additional factors when we assess a student’s application. Applicants who meet at least one of our contextual admissions criteria may be offered a place on this course with lower (predicted or achieved) UCAS Tariff Points than our published tariff.

Our contextual admissions criteria are:

* Home postcode is in an area where few people go to University (POLAR4 quintile 1 or 2 area. This can be checked on the Office for Students website).

* Declared disability on the UCAS application form (or direct application for part-time applicants).

* Over the age of 21 on the 1st of September before the course starts.

* Declared as a care experienced on the UCAS application form (or direct application for part-time applicants).

##### Our place as an Anchor Institution

To further strengthen our position as a key provider of education and training for West Yorkshire we apply an Anchor Institution Policy in our admissions process. Students who apply to us from any of the five Local Authority areas in West Yorkshire (BD, HD, HX, LS, WF) may be offered a place on this course with lower (predicted or achieved) UCAS Tariff Points.

##### Mature Applicants

Our university welcomes applications from mature applicants who demonstrate academic potential. All students will be considered through the contextual admissions policy described above. If you do not meet the requirements through the contextual admissions policy, we may still be able to make you an offer if you have recent relevant work experience through our 'Recognition of Prior Learning' policy.

Please ensure that you list both your qualifications and any relevant work experience in your application so that we can consider you under both schemes where applicable. All applicants should meet our standard entry requirements of GCSE grade 4 in English language and, where specified, Maths. Alternative qualifications such as functional skills are accepted in lieu of GCSEs for most courses.

##### Additional entry requirements:

##### Verify your qualifications

If you are an international student, we can help you to compare and verify your qualifications. Please contact our International Office on +44 (0)113 812 1111 09.00 to 17.00 Mon-Thurs / 09.00 to 16.30 Fri GMT or email internationaloffice@leedsbeckett.ac.uk.

##### Need to improve your English Language skills?

Don't worry if you don't have the level of English required for your chosen course. We offer a wide range of courses which have been designed to help you to improve your qualifications and English language ability, most of which are accredited by the British Council. Check your English and find out more about our English courses .

##### More questions?

No matter what your questions, we are here to answer them, visit our International website to get more information and find out about our online open days.

#### Modules, teaching and learning

Independent study is a crucial part of learning at university and you will be required to undertake many hours of self-directed research and reading, and preparation and writing of assessments. Your course is delivered through a number of modules, which will help you to plan your time and establish a study routine. Outside of your lectures, workshops and tutorials, a range of support is available to assist with your independent study.

Our subject-specific librarians will be on hand to direct you to the specialist learning and study-skill resources. You’ll also be assigned an academic advisor to give you tailored feedback and support.

Modules, Workload & More

Teaching and Learning Information

### Modules, teaching and learning

The tabs below detail what and how you will study in each year of your course. The balance of assessments and overall workload will be informed by your core modules and the option modules you choose to study – the information provided is an indication of what you can expect and may be subject to change. The option modules listed are also an indication of what will be available to you.

Their availability is subject to demand and you will be advised which option modules you can choose at the beginning of each year of study.

[Button: Year 1 ] [Button: Year 2 ] [Button: Placement Year ] [Button: Year 3 ]

#### What you'll learn

Computers in Engineering (20 credits) Electrical & Electronic Principles 1 (20 credits) Engineering Design Project 1 (20 credits) Engineering Systems & Data Acquisition (20 credits) Digital Electronics (20 credits) Maths for Electronics & Electrical Engineers (20 credits) Engineering Skills 1 (non-credit bearing)

Discover how computer-based tools can help engineers solve problems, improve processes, and keep systems operating reliably. You'll develop your understanding of manufacturing and production engineering alongside the software and digital tools used across the profession. You'll strengthen your problem-solving and technical skills, applying your knowledge to computer-based solutions for the operation, maintenance, and reliability of engineering systems.

Build your understanding of the fundamentals behind electrical and electronic circuits. You'll learn to analyse and develop simple analogue circuits, exploring the behaviour of voltage and current sources, resistors, capacitors and inductors in DC circuits. You'll then apply network analysis techniques to investigate and solve more complex DC circuits, building a strong foundation for your future studies in electrical and electronic engineering.

Turn ideas into working engineering solutions as you explore the fundamentals of the engineering design process. Through a combination of lectures and practical workshops, you'll use electronics and robotics kits to develop your ideas from concept to prototype. You'll design, build, and test a working system with a range of functionalities, gaining hands-on experience of solving engineering problems and refining your designs.

Explore how engineering systems work together, from individual components to complete systems. You'll use a top-down approach to analyse a range of engineering systems and sub-systems, developing your understanding of key engineering principles, terminology, and literature. You'll investigate the technologies behind these systems and explore the design of sensors, and other components, developing an appreciation of the ingenuity behind the technologies we rely on every day.

Discover how digital electronics systems are built, controlled, and tested. You'll develop the skills and knowledge to design and test digital circuits, identifying the key building blocks within complex digital systems and analysing how they operate. You'll explore timing in synchronous and asynchronous circuits and compare semiconductor fabrication technologies, considering factors such as speed, power-consumption, gate density, and cost.

Putting your knowledge into practice, you'll simulate, construct, test, and evaluate simple digital electronics systems.

Build the mathematical skills you’ll need to understand and solve engineering problems. You'll explore the principles, tools, and methods of mathematics used in electrical and electronics engineering, developing your understanding of the scientific principles behind current technologies and their evolution. You'll also explore statistical methods and apply mathematical techniques to real engineering problems, giving you the confidence to use mathematics as a practical engineering tool.

Build the essential skills you’ll need to succeed in your first year of engineering study. You'll develop the mathematical knowledge through topics including matrix algebra, vectors, vector analysis, and the fundamentals of calculus, alongside core engineering concepts such as semiconductors and digital electronics.

Additionally, you'll strengthen your academic and professional skills, from report writing, referencing, and data sourcing, to time management and planning, giving you the tools to approach your studies with confidence.

Computers in Engineering (20 credits)

Electrical & Electronic Principles 1 (20 credits)

Engineering Design Project 1 (20 credits)

Engineering Systems & Data Acquisition (20 credits)

Digital Electronics (20 credits)

Maths for Electronics & Electrical Engineers (20 credits)

Engineering Skills 1 (non-credit bearing)

Analogue Systems & Circuits (20 credits) Control Systems (20 credits) Robotics & AI (20 credits) Embedded Systems (20 credits) Engineering Design Project 2 (20 credits) Smart Systems for Robotics (20 credits)

Explore how analogue devices and circuits are used to process and shape electrical signals. You'll develop your understanding of analogue systems and use theoretical principles, practical techniques, and computer-aided engineering tools to design analogue circuits. You'll then build and validate systems for analogue signal conditioning, while exploring the principles behind the design of active filters and amplifiers.

Through practical design work, you'll develop the skills to create and evaluate analogue solutions for electrical and electronic systems.

Discover how control systems are designed, modelled, and applied to solve engineering problems. You'll investigate the theory and properties of control systems while developing your understanding of the mathematical techniques that underpin their operation. Using computer-based tools, you'll apply these techniques to real engineering problems and explore how mathematical models can be used in system design.

You'll also develop your understanding of the scientific, mathematical, and statistical principles that help engineers analyse and optimise control systems.

Learn to apply the theory of robotics in an industrial setting. This module will teach you how to apply AI techniques in the implementation of a robotics systems within a given scenario. You'll analyse and understand various industrial processes and determine types of automation most suitable to these processes from plant layout to engineering costing. You'll design and implement an AI/Robotics system for the automation of processes common to industry.

This will give you an appreciation of the significance of the flexibility provided by software and hardware solutions. Additionally, you'll develop and assess a robotic solution for the successful automation process, including specification, programming and cell design.

Discover the technology hidden inside the devices and systems we use every day. You'll explore the design and implementation of embedded systems through a series of practical laboratory sessions. You'll analyse the range of embedded systems and investigate the architectures that enable hardware and software to work together.

Through practical laboratory sessions, you'll analyse hardware instructions, firmware image memory maps, flash blocks, and integrated peripheral devices, developing the knowledge to understand how embedded systems are built and operate.

Build on your existing understanding of engineering design and development processes. During this module, you'll design, build, and test a working prototype with a range of functionalities. You'll enhance standard hardware components or software with your own designs to provide advanced functionality for your prototype project. As part of your study, you'll experience real-world engineering project constraints.

This could include limitations associated with cost-benefit analyses, ethical considerations, health and safety provision, and the assessment of potential risks on project processes and outcomes.

This module introduces the principles of smart and remote interconnected systems in relation to robotics. You'll use various operating systems tools and utilities, and other scripting and programming languages (e.g. Python), to link different pieces of code to control robotics systems. By the end of the module, you'll be able to develop programs to solve robotics problems and deploy these within a wider intelligent system.

Analogue Systems & Circuits (20 credits)

Control Systems (20 credits)

Robotics & AI (20 credits)

Embedded Systems (20 credits)

Engineering Design Project 2 (20 credits)

Smart Systems for Robotics (20 credits)

Advanced Manufacturing Technologies (20 credits) Engineering Control (20 credits) Engineering Design (20 credits) Production Project (40 credits)

Explore how advanced technologies can transform the way products are designed, planned, and manufactured. You'll investigate the role of computer simulation in manufacturing and production engineering, considering how it can help organisations improve the design, planning, and control of production systems. You'll also explore lean and agile engineering approaches, developing the skills to identify opportunities for improvement and recommend solutions to real-world manufacturing scenarios.

Discover how computer-controlled systems sense, respond, and interact with the world around them. You'll explore the theory and design of control systems, working with sensors, signal conditioners, and actuators, and modern Object-Oriented (OO) programming principles. You'll apply current programming methods to control systems and develop human-machine interfaces that enable people to interact with them.

Alongside this practical work, you'll use mathematical modelling to analyse and validate computer-controlled systems, developing the skills to design and evaluate control solutions for real-world engineering applications.

Gain an understanding of management accounting and information systems theory and techniques. You'll focus specifically on the context of the redesign and remanufacture of sustainable engineering solutions. During your study, you'll examine the support systems of information management, the accountant's contribution in providing relevant information for decision-making and corporate control.

You'll also investigate the wider social, legal, ethical and sustainability landscape in which engineering decisions are taken.

Bring your engineering knowledge together to create a product from concept to completion. Ideally working with an external client, you'll research a real-world need, generate ideas, and take your chosen concept through design, development, implementation, and evaluation. You'll plan, build, and test a significant product to a professional standard, while reflecting on your approach and performance throughout the project.

By the end, you'll have the experience of managing a substantial engineering project and delivering a working product.

Advanced Manufacturing Technologies (20 credits)

Engineering Control (20 credits)

Engineering Design (20 credits)

Production Project (40 credits)

#### Option modules may include

Engineering Simulation (20 credits) Power Electronics (20 credits)

Discover the simulation tools available to engineers for building dynamic models of a factory or production system. You'll have the opportunity to test "what if" scenarios to see what works in the real world. You'll analyse data to improve product flow through a production process, investigating time, space, variability, and the complicated relationships within the system.

This module will also include access to 3D environments, where you'll represent real-world scenarios and rationalise your results, including the use of financial data and modelling.

Explore how power electronics controls and converts electrical energy for real-world applications. You'll develop a strong understanding of solid-state electronics and how power semiconductor devices are used to manage electrical power and drive electrical machines. You'll analyse a range of power electronic systems and investigate how they control the flow of voltage and current to meet the demands of different loads.

Putting your knowledge into practice, you'll design and evaluate advanced power electronic convertors, including AC to DC, DC to DC, and DC to AC systems.

Engineering Simulation (20 credits)

Power Electronics (20 credits)

This course offers the opportunity to take a ‘placement’ year – a year of paid employment in industry which will build your skills and experience. This is usually taken between the second and third year of your degree and will extend the length of your course by an additional year.

Students who choose the placement route find it helps with both their studies and getting a job after graduation. It can build your confidence, contacts, and of course your CV. Leeds Beckett advertise lots of placement opportunities and provide support in helping you find the right placement for you.

#### Fees and funding

The tuition fee for the year for students entering in 2027/28 is £10050.

This is the current capped fee for English universities set by the Government. In subsequent years of study, the University may charge any increased capped fee set by the Government.

##### Placement Year

You will normally spend a whole year in placement. For this year you will be charged a reduced fee, which is yet to be confirmed.

International 2027

The tuition fee for the year for students entering in 2027/28 is £17345.

You will normally spend a whole year in placement. For this year you will be charged a reduced fee of £2602.

Find out more

Fees and funding information

### Fees and funding

For students entering in 2027

#### Additional course costs

##### Tuition Fees

Your tuition fees cover the cost of registration, tuition, academic supervision, assessments and examinations.

The following are also included in the cost of your course:

* 24/7 Library and student IT support

* Free wifi via eduroam

* Skills workshops and resources

* Library membership, giving access to more than 500,000 printed, multimedia and digital resources

* Access to software, including five free copies of Microsoft Office 365 to install on your PC,laptop and MAC, and access to free high-end software via the Leeds Beckett remote app

* Loan of high-end media equipment to support your studies

##### Access to course resources, equipment and facilities, including:

* All software used on the course if a student version is available.

In many cases, costs associated with your course will be included in your course fee. However, in some cases there are ‘essential’ additional costs (those that you will be required to meet in addition to your course fee), and/or ‘optional’ additional costs (costs that are not required, but that you might choose to pay). We have included those essential or optional additional costs that relate to your course, below.

##### Essential Costs

* Placement locations and experiences will vary throughout the course. You'll need to pay for any additional travel or dual accommodation costs.

##### Optional Costs

* Field trips and site visits - your travel and entry costs will be covered for an annual field trip. You'll need to cover other costs dependent on details and location. For example, this could include paying for your lunch.

* You'll need a laptop running Windows 10. You can borrow one from the university free of charge should you choose to not purchase your own. All our computer labs also run the operating system you'll need.

Other study-related expenses to consider: materials that you will need to complete your course such as books (whilst the library provides access to readings recommended for your modules, you may wish to purchase your own copies of some books); you can also make suggestions for books to be added to Library stock; placement costs (these may include travel expenses and living costs); student visas (international students only); printing, photocopying and stationery (you may need to pay for multiple copies of your dissertation or final project to be printed and bound); events associated with your course such as field trips; study abroad opportunities (travel costs and accommodation, visas and immunisations).

Other costs could include academic conferences (travel costs) and professional-body membership (where applicable). The costs you will need to cover for graduation will include gown hire and guest tickets, and optional extras such as professional photography.

As well as your mobile phone, you will also need access to a desktop computer and/or laptop to complete assignments and access university online services such as MyBeckett, your virtual learning environment. You can book and borrow AV equipment through the media equipment service accessed online via the student hub and located in the library at each campus.

Equipment includes: 360 Cameras, iPads, GoPros, MacBooks, portable data projectors, portable projection screens, flipchart stands, remote presenters, digital cameras and camcorders, SLR cameras, speakers, microphones, headphones, headsets, tripods, digital audio recorders and PC/laptops (a laptop loans service is provided on campus in the library on both campuses). Student laptops are also available from the laptop lockers located in the libraries.

This list is not exhaustive, costs are approximate and will vary depending on the choices you make during your course. Any rental, travel or living costs are also in addition to your course fees. If you choose to study via distance learning, you may not be able to access all of the facilities listed if you are not able to visit us on campus.

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#### Scholarships and bursaries

We are committed to ensuring that an education at Leeds Beckett University is open to all. If you're thinking of joining us for undergraduate study, you may be eligible for a non-repayable scholarship or bursary to help with the cost of university. To find out if you are be eligible visit our scholarships and bursaries page .

We also offer a range of non-repayable scholarships for international students. To find out if you may be eligible visit our scholarships for international students page and select your home country from the drop-down list.

* #### Facilities | Electronic engineering lab

Two general purpose electronics labs are located in the James Graham building, together with specialist facilities for FPGA programming, electrical experiments and embedded systems programming. Close by is a specialist lab for design and project work, and another housing the specialist robotics and automation facilities.

* #### Facilities | James Graham building

Our iconic Grade II James Graham Building houses many of our lecture theatres, teaching spaces and studios as well as the James Graham Library. Our libraries provide you with access to a range of support and resources to support your studies.

360° tour

* #### Facilities | Headingley Library

Our iconic Grade II James Graham Building houses many of our lecture theatres, teaching spaces and studios as well as the Headingley Library. Our libraries provide you with access to a range of support and resources to support your studies.

* #### Facilities | Headingley campus gym

Our multi-functional gym offers a range of cardio equipment, weights and squat racks.

Discover what studying at the School of Built Environment, Engineering and Computing is like. From our vibrant teaching community to world-class facilities and cutting-edge research, find out more on our school webpages. School of Built Environment, Engineering and Computing

## Career prospects

There’s a lot to consider when choosing a course. Take a look at the team you’ll be working with, employability statistics and career prospects to help make up your mind.

#### Career Prospects

This IET-accredited robotics and automation degree opens the door to some of the fastest-growing engineering fields in the world. You could progress into roles such as:

* Robotics engineer

* Automation engineer

* Mechatronics engineer

* Control systems specialist

* AI robotics developer

Your skills will be in demand across manufacturing, ai, aerospace, automotive, healthcare technology, smart cities, renewable energy, and beyond.

With strong experience in programming, automation, and mechatronics, you’ll graduate ready to design intelligent systems, develop autonomous machines, and help organisations adopt advanced automation technologies.

### Graduate employment destinations

At Leeds Beckett, equipping you with strong employability skills for your future is at the heart of what we do. Some examples of employers that our BEng (Hons) Robotics & Automation graduates have found careers at include*:

* Aquatrust

* Wates Construction

*Based on data from the past three years (HESA Graduate Outcomes 21-24)

> I enjoyed my experience studying BEng Robotics & Automation. The teachers were very supportive and have plenty of experience but more importantly, passion for what they do. The industry is quickly developing, so the course is very diverse subject wise. You get to learn a bit of everything which really shapes what direction you want to go to after you graduate. The engineering showcases opened up lots of opportunities to network, which helped me land many contacts and my first job in the industry."

Maja Dobrowolska BEng (Hons) Robotics & Automation

BLOG School of Built Environment, Engineering and Computing

School of Built Environment, Engineering and Computing Networking event gives students opportunity to showcase their projects

#### Dr Mark Judge

Senior Lecturer / School of Built Environment, Engineering and Computing

* M.S.Judge@leedsbeckett.ac.uk

View Staff Profile

#### Mike White

Course Director / School of Built Environment, Engineering and Computing

Mike is the Course Director for Undergraduate and Post Graduate programmes in Building Services Engineering. Mike qualified with a BEng (Hons) Mechatronics in 2001 and an MEng Electronics and Telecommunications in 2003. Mike joined Leeds Beckett as a Senior Lecturer in 2013.

* M.J.White@leedsbeckett.ac.uk

How to become a software engineer

#### Our Graduate Promise

We have a dedicated team of people who will support you with all aspects of your career planning, from day one until 18 months after you graduate.

Getting you career ready is an integral part of your university life and this is embedded throughout your lectures and seminars. Outside of your course there is a wide range of support available to help you achieve your career goals, including:

* Getting ready to apply for jobs

* Working on your CV

* Interview skills and assessment centres

* Connecting with employers and organisations

We’re ranked in the Top 10 universities in the UK for job prospects

(Student Crowd, 2025 - the only awards based entirely on student reviews).

Find out why...

Visit Beckett Careers

## Student life

At Leeds Beckett your experience is important to us, find out more about what to expect from your time on this course and life at uni.

#### Explore Leeds Beckett

Step inside our immersive 360° virtual tour and discover cutting-edge facilities, dynamic learning spaces, and everything our campus has to offer.

Take the virtual tour

With over 4000 rooms, in a wide range of accommodation types, we know you’ll find the right place for you. Accommodation

At Leeds Beckett our student support teams will work together to give you the help you need, whenever you need it. Student Support

#### Why Leeds?

With great music venues, culture, shopping, and parks - we've got it all. Leeds city centre has been named one of the Best Places to Live in the UK*.

*The Sunday Times Best Places to Live Guide, 2026

Explore Leeds

Have a question about a course, accommodation or student life at Leeds Beckett University? Chat to one of our student ambassadors

### Thinking of staying at home for your studies?

###### It’s a great option for lots of our local students

Many of our courses offer you the opportunity to travel abroad to study or volunteer, you can even do this virtually! Find out more about our global mobility opportunities

Still thinking about your uni choices? Discover Uni has official information to help you decide. They provide statistics for courses taken from national surveys and data collected from universities about their students.

## Looking for More?

Check out courses similar to Robotics and Automation.

All Courses

#### Similar courses

* BEng (Hons) Computing and Engineering

### Electronic and Electrical Engineering

Computing and Engineering

* BEng (Hons) Civil Engineering

### Building Services Engineering

Civil Engineering

* BSc (Hons) Computing and Engineering

### Software Engineering

* * * * A member of University Alliance

© 2026 Leeds Beckett University

### Find your country

Find out more about entry requirements, events and scholarships by clicking on find your country.

#### Africa

* Algeria

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* Cameroon

* Mauritius

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#### Asia

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#### Europe

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#### Middle East

* Bahrain

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#### North America

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#### Can't find your country in our list?

* Rest of the world

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