Centre for Bioengineering
Opening Young Minds to Bioengineering
The event encourages children to be investigators for the day and learn why scientists, doctors and engineers work together in collaborative STEM research. In the lab, the children play "tug of war" with a tendon, make biomaterials with seaweed and learn about why the tissues in the knee joint are mechanical. These exciting activities meet the National Curriculum requirements for key stage 2 (year 6) to key stage 4 (year 12). Please contact Dr Tina Chowdhury if your school would like to take part.
QMUL Festival of Communities
Every year, QMUL hosts a two week festival involving communities and local organisations in Tower Hamlets to celebrate the very best of health, life, STEM, and the arts.
We have developed interactive shows and hands-on activities to help children (and parents) understand the challenges of real-life medical health problems and share our bioengineering research with the local community.
Last year, we invited families to our research labs and the children designed experiments with the engineers, scientists, and doctors to help keep our tissues alive and healthy.
Using Nanotechnology to Stop Heart Failure
A heart attack is one of the most common causes of heart failure and effects around 1 million people in the UK. After a heart attack, the damaged heart muscle becomes stiff and stops the heart beating efficiently. Dr Iskrastsch's lab is using nanotechnology to mimic the hearts structure with tiny pillars that can measure stiffness. The research was made into this animation and is supported by the British Heart Foundation with the aim of investigating new treatments that could one day help patients with heart failure.
Interactive Bioengineering Games at the Centre of the Cell
The award winning Centre of the Cell interactive science centre at Queen Mary University of London has developed a number of interactives in partnership with bioengineers.
The interactive games have been played by many thousands of school children and explore different aspects of bioengineering including medical implants and cartilage injury and skin tissue engineering.
Working with School Children to Explain the Importance and Excitement of Bioengineering
Prof Martin Knight and Dr Tina Chowdhury have been involved in numerous public engagement activities, particular those aimed at promoting bioengineering to children of primary school age and young people at college.
Examples of activities include a programme of science animation classes funded by the EPSRC, workshops at the Big Bang festival (STEM goes Global), Blue Dot festival (Staying Strong - Joints in Space), Women In Engineering festival (Fake a Knee, Science Museum).
We have also had appearances on BBC TV documentaries (operation ouch), summer school programmes with Prof Brian Cox, industry (GSK, Airbus, Safran), and charities (STEMNET, Royal Society of Chemistry, Royal Academy of Engineering, and Setpoint).
The YES Programme (KS2) is a series of films which explains why maths and science matters and why it is important we learn these skills needed for exciting careers in a wide range of jobs. In this film, Prof Martin Knight explains why bioengineering is a rewarding and important career.
Storytelling Event with the BBC
Dr Chris Arnold (a leading expert on creativity and thinking differently, neurodiversity in the workplace, and ethical marketing) and Michael Cockerham (a leading photographer) will both speak at the event.
Celebrate the Royal Academy of Engineering National Engineering campaign and Tomorrow’s Engineers Week that starts today https://raeng.org.uk/education-and-skills/this-is-engineering
Pint of Science
The Pint of Science is a science festival where academics present their research and scientific developments to the public in a pub. Previous speakers include Prof Martin Knight, Prof Julia Shelton, Dr Helena Azvedo, Prof Alvaro Mata and Dr Steven Thorpe who have given multi-disciplinary talks to help people keep healthy, physically active and alive.
Bioengineering interactive at the Centre of the Cell
The award winning Centre of the Cell science centre at Queen Mary University of London, hosts bioengineering interactives related to tissue engineering, in particular the development of tissue engineering cartilage and tissue engineered skin. Staff have also presented public lectures through the outreach programme at the Centre of the Cell.
Bioengineering interactive game at Explore Health
Bioengineering staff at Queen Mary have developed an online interactive game raising awareness of biomedical engineering for school children. The interactive feature on the Explore Health website and has received over 50,000 views since its launch.
This year, we showcased the best in science, engineering and materials to children from St Joseph’s in the Park (age 10). The children met our star scientists from the Institute of Bioengineering who explained about the mechanics of cells and why it is important to stretch cells and tissues. The children took part in hands on investigative experiments and made strings out of seaweed that could be used to grow cells. The children squashed cartilage and investigated why exercise helps to keep the tissues strong. These cutting edge techniques are the future of research at the Institute of Bioengineering and are used in the real bioengineering world.
Mechanobiology and the Primary Cilium - New Treatments for Old diseases? Prof Martin Knight's Inaugural Lecture
Our health depends on the way the living cells and tissues in our bodies respond to mechanical forces. Understanding this topic, known as ‘mechanobiology’, may lead to new treatments for diseases such as arthritis, osteoporosis and cancer. This lecture will take you on a personal journey from engineering to biology. In particular, Professor Knight will describe his work on a hitherto ignored cellular structure, the primary cilium, and its role in mechanobiology and disease. Our speaker Professor Knight is a Professor of Mechanobiology in the School of Engineering and Materials Science. He is also the Dean for Research at the Faculty of Science and Engineering at Queen Mary.