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Build intelligence that moves.

Study AI where software meets the physical world—from robots that help to systems that heal.

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Information Technology

How to Protect Your Data

Leadership

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Leadership

Yoruba 102

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Yoruba 102

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Modern FlipBook

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Intelligence in action.

Explore how robotics, artificial intelligence and human-centred engineering move from questions to testable systems.

Student calibrating a robotic system in a university laboratory

Robotics + AI

Learning to move through shared spaces

Study how perception, planning and physical control can help machines navigate alongside people.

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University team developing a human-robot interaction interface

Assistive systems

Designing assistance around everyday tasks

Connect intelligent machines with inclusive, human-centred interaction design.

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Student analysing sensor data beside robotic equipment

Field intelligence

Sensing change beyond the lab

Bring data, machine learning and sensing together for changing physical environments.

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Choose what you will build next.

Find a route into robotics, artificial intelligence and human-centred engineering at the level and pace that fits you.

Undergraduate

Build the foundations

Develop core knowledge across intelligent systems, computation and engineering practice.

Duration: 3–4 years
Study mode: Full time
Focus: Foundations

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Postgraduate

Specialise in intelligent systems

Advance your technical practice through focused study and applied research.

Duration: 1–2 years
Study mode: Flexible
Focus: Specialisation

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Professional learning

Apply new skills at work

Build practical capability through shorter programmes designed around current industry challenges.

Duration: Short format
Study mode: Online or blended
Focus: Applied practice

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Learn by making intelligence physical.

Move from ideas to working systems through connected studio, laboratory and field-based learning.

Students prototyping, testing a robotic arm and preparing a mobile robot in a university laboratory

Studio

Shape the interaction

Sketch behaviours, prototype interfaces and make early ideas tangible.
Laboratory

Test the system

Work with sensors, robotics and intelligent models under controlled conditions.
Field

Learn from reality

Evaluate how physical systems respond to people, environments and practical constraints.

Ideas in motion.

Our labs explore how intelligent systems perceive, move and collaborate in the real world—from robotics and embodied AI to sustainable infrastructure.

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University engineers field-testing an autonomous research rover on rugged coastal terrain

Human-centred systems

Design machines that assist, adapt and communicate clearly around people.
Autonomous mobility

Study perception and navigation where terrain and conditions keep changing.
Climate robotics

Develop sensing and field systems for environments that are difficult to monitor by hand.

Meet the people building what comes next.

Students, educators and researchers work across disciplines to turn ambitious questions into systems people can see, test and improve.

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A student carefully adjusting a compact mobile robot at a university workbench

Build in public
Turn studio work into demonstrations people can question and improve.
Cross disciplines
Bring engineering, design and human insight into the same build.
Share the process
Document decisions, failures and iterations—not only the final result.

Ready to build what comes next?

Choose your study route, understand what you need, and take the next step toward physical intelligence.

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A robotic gripper and sensor assembly mounted on an engineering test rig

Undergraduate
Start with intelligent systems, computation and engineering foundations.
Undergraduate programmes
Postgraduate
Deepen your practice through specialist study and applied research.
Postgraduate programmes
Professional learning
Build focused capability through shorter, flexible study.
Professional programmes

Stay close to the work.

Explore programmes, plan your next step, or speak with the team about studying physical intelligence.

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Institute of Physical Intelligence

A more intelligent physical world.

Ideas, prototypes and progress — sent occasionally.

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Last modified: Friday, 11 September 2026, 6:13 PM

Build intelligence that moves.

Find your next step.

How to Protect Your Data

Sample

Yoruba 102

Take a closer look.

Sample

Yoruba 102

Modern FlipBook

Intelligence in action.

Learning to move through shared spaces

Designing assistance around everyday tasks

Sensing change beyond the lab

Choose what you will build next.

Build the foundations

Specialise in intelligent systems

Apply new skills at work

Learn by making intelligence physical.

Shape the interaction

Test the system

Learn from reality

Ideas in motion.

Human-centred systems

Autonomous mobility

Climate robotics

Meet the people building what comes next.

Build in public

Cross disciplines

Share the process

Ready to build what comes next?

Undergraduate

Postgraduate

Professional learning

Stay close to the work.

Home Layout 004

How to Protect Your Data​

Sample

Yoruba 102

Sample

Yoruba 102

Modern FlipBook

Learning to move through shared spaces

Designing assistance around everyday tasks

Sensing change beyond the lab

Build the foundations

Specialise in intelligent systems

Apply new skills at work

Shape the interaction

Test the system

Learn from reality

Ideas in motion.

Human-centred systems

Autonomous mobility

Climate robotics

Meet the people building what comes next.

Build in public

Cross disciplines

Share the process

Ready to build what comes next?

Undergraduate

Postgraduate

Professional learning

Stay close to the work.

Home Layout 004

How to Protect Your Data