Centre for Robotics and Assembly

Centre for Robotics and Assembly Research Centre based at Cranfield University (UK) focused on Robotics, Automation and Human Factors.

A great day today at the UKRAS STEPS Technical Showcase 2025. Once again meeting up with fellow Research Technical Profe...
18/06/2025

A great day today at the UKRAS STEPS Technical Showcase 2025. Once again meeting up with fellow Research Technical Professionals for an event to celebrate technical achievements and contributions within UK Robotics and Autonomous Systems research. Also a personal highlight for our Senior Technical Officer, James Fowler presenting to over 100 people, some of the robotics work he has done on a recent project with Airbus.


Our Head of Centre, Professor Phil Webb will be speaking at Subcon 2025 in June. Who’s going? https://invt.io/1ixbetimok...
09/04/2025

Our Head of Centre, Professor Phil Webb will be speaking at Subcon 2025 in June. Who’s going? https://invt.io/1ixbetimoki

Subcon is the UK’s premier manufacturing supply chain show, taking place on 4th - 5th of June, at the NEC in Birmingham

Induction week for the new Robotics MSc intake and as usual, the LEGO Mindstorms Challenge took place! 🏆The students sho...
22/10/2024

Induction week for the new Robotics MSc intake and as usual, the LEGO Mindstorms Challenge took place! 🏆

The students showed some really impressive engineering skills and teamwork as they competed in challenges testing their building and programming using a sensors and motors available to them 🦾

The final was a robot-wars style sumo, last one standing wins! 🥇🎉

ECHO-ROBOT 🦾🫀🏥 Robotics MSc student Eliott Laurent recently completed his individual research project in automated cardi...
15/08/2024

ECHO-ROBOT 🦾🫀🏥

Robotics MSc student Eliott Laurent recently completed his individual research project in automated cardiac ultrasound imaging using AI and robotics. Eliott designed a prototype robot application that is able to autonomously perform cardiac ultrasound scans. This was tested in the intelligent automation lab on a realistic manikin from Intelligent Ultrasound

Once positioned on the patient’s skin, the robot uses AI to evaluate the ultrasound quality in real-time. It first adjusts its position and then its orientation while applying a constant force on the patient skin. The quality associated with each waypoint is stored, and the robot will move to the position with the best ultrasound scan quality at the end of the program.

Last Friday Eliott presented his work to his supervisors and project team; Gilbert Tang, Yifan Zhao, Attila Kardos, José Samões

Excellent work Eliott and good luck in your internship 🤝

After months of hard work, late nights, and countless cups of coffee, the big day finally arrived! 🎉 We were thrilled to...
02/08/2024

After months of hard work, late nights, and countless cups of coffee, the big day finally arrived! 🎉
 
We were thrilled to our MSc Robotics graduates back on campus last month, celebrating your achievements with joy, pride, and unforgettable memories. 🌟
 
👩‍🎓👨‍🎓 Cheers to the Class of 2024 – the future is yours! 🚀
 

Great to have Matt from  in yesterday to deliver Cobot Safety Training to our technical team.As users of collaborative r...
09/02/2024

Great to have Matt from in yesterday to deliver Cobot Safety Training to our technical team.

As users of collaborative robots, it’s important to:

- Be aware of the applicable technical specifications and standards ISO / TS 15066 and BS EN ISO 10218-2 📄
- Understand the importance and requirements of risk assessments specifically around collaborative robot applications👷🏻‍♂️
- Become familiar with testing and validation around force and pressure measurements ⚠️
- Learn about various control measures to help make an application safe ✅
- Put all the necessary work in to safely implement a collaborative robot in the workplace 🦾

Safe (😉) to say this has been a really insightful training where in just one day we have learnt many things that we will take forward as we develop collaborative robot applications for research.

A key take away is to think of the whole application and not just the robot arm. It may be safe out of the box but it all depends on what you want to do with it!

Introducing the Industrial Psychology and Human Factors Team! Meet Sarah, Iveta, Chris, Anne-Marie, Vaishnavi and Sacha....
29/01/2024

Introducing the Industrial Psychology and Human Factors Team! Meet Sarah, Iveta, Chris, Anne-Marie, Vaishnavi and Sacha.

We are a specialised team operating within SATM, with a focus on Industrial Psychology within the manufacturing sector. Our expertise lies in researching, implementing, and strategizing ways to enhance Human-Robot Systems through a human factors approach. We delve into concepts such as Trust, Reliability, and more to contribute to technological and engineering advancements.

Our Objectives:
Our primary goal is to conduct research that informs the design and implementation of future systems, influencing the interaction between robots and humans. As workforces evolve to become more diverse and mobile, it is crucial for us to champion inclusive design in our intelligence systems, ensuring they respond effectively to the requirements of human operators.

Teaching:
Here are instances of human factors robotic experiments developed by participants within the MSC Robotics course and carried out during their workshop week. This included collaborative efforts in designing and conducting experiments with fellow students, as well as presenting and analysing the outcomes using psychological data tools.

Mobile manipulation! 🦾🛞This is the centres mobile manipulator. It consists of a MIR 100 mobile platform combined with a ...
26/01/2024

Mobile manipulation! 🦾🛞

This is the centres mobile manipulator. It consists of a MIR 100 mobile platform combined with a UR16e robot arm on top using a Robotiq HAND-E gripper.

Can you think of any use cases for this type of robot? Let us know, maybe it could become a student project!

MSc Robotics Visit to ABB Robotics in Milton KeynesThank you to the staff at ABB for hosting us this afternoon and showi...
11/12/2023

MSc Robotics Visit to ABB Robotics in Milton Keynes

Thank you to the staff at ABB for hosting us this afternoon and showing us the various Robotics and Automation offerings ABB provide.

Would you ride in a driverless car?Some of our former students now working with Smart City Consultancy are testing their...
11/12/2023

Would you ride in a driverless car?

Some of our former students now working with Smart City Consultancy are testing their autonomous passenger shuttle today on our Cranfield Campus 🤖🚌

Introducing the IFRA-Cranfield Research Group! The IFRA (Intelligent Flexible Robotics and Assembly) Group is part of th...
25/05/2023

Introducing the IFRA-Cranfield Research Group!

The IFRA (Intelligent Flexible Robotics and Assembly) Group is part of the Centre for Robotics and Assembly at Cranfield University and undertakes innovative research to design, create and improve Intelligent, Responsive, and Flexible automation & assembly solutions.

🔬 Research Areas:
- Responsive & Reconfigurable Robotics
- Flexible Manufacturing
- Grasping Technologies
- Human-Robot Interaction
- Computer Vision
- AI & Machine Learning
- Imitation Learning
- Robotics Operating System (ROS)

✨ Mission: At the IFRA-Cranfield, our mission is to pioneer the future of robotics and automation by driving innovation, fostering interdisciplinary collaboration, and bridging the gap between academia and industry. We strive to develop intelligent, responsive, and flexible automation solutions that revolutionize various sectors, from manufacturing and logistics to healthcare and beyond.

🌐 Connect with us: Join our network to stay updated on research breakthroughs, collaborations, new developments, and exciting projects.

Follow IFRA-Cranfield on Social Media!
LinkedIn: https://www.linkedin.com/in/ifra-cranfield/
YouTube: https://www.youtube.com/
GitHub: https://github.com/IFRA-Cranfield

Address

College Road, Wharley End, Bedford
Cranfield
MK430AL

Opening Hours

Monday 9am - 5:30pm
Friday 9am - 5:30pm

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