July 26, 2017

Corner Smart Boxing System

 
 
BBC Sport has just published a feature on the Corner Smart Boxing System, spun out of our laboratory by Biomechatronics student Charles Burr: http://www.bbc.co.uk/sport/boxing/39489636 

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February 20, 2017

Press coverage for the Biomechatronics Lab

The robotic hand, photo by Thomas Angus

The work of Biomechatronics Lab members is often featured in the media, in both specialist and mainstream outlets. Here is some of our recent press coverage:

  • Students Charles Burr (now CEO of Athletec) and Yuha Gu are interviewed by ICL on their work in Biomechatronics and combat sports (March 2017)
  • A BBC interview with director Dr Vaidyanathan on drone safety after an accident in the USA (March 2017)
  • A Financial Times article on big data mentions Imperial collaboration on a project with McLaren (November 2016) 
  • PhD students Chris Caulcrick and James Clarke, and their supervisor Dr Ravi Vaidyanathan appeared on BBC Click Live (November 2016) 
  • In July 2016, PhD student Paolo Angeles won the IET award for Most Promising Innovation in Robotics (press release here
  • New Atlas Magazine published an article on the Lab’s sensor-connected sleeve for stroke rehabilitation (February 2016) 
  • A feature in Professional Engineering magazine (edited by the Institution of Mechanical Engineers) focuses on kinetic frames for surgical tools developed in the Biomechatronics Lab (February 2015)
  • Corner by Athletec, a wearable device and app for monitoring boxing performance, originated in a project developed in our lab. It had several media appearances, including:

- A Gadget Show appearance on Channel 5 (May 2016) 

- A feature in Urban Wearables (May 2016) 

Gadget of the Month in Wearable Technologies (March 2016) 

- Highlighted in a IEEE Spectrum article on wearables (February 2016) 

  • Another Biomechatronics Lab project that attracted media attention was the robotic hand controlled by muscle vibrations, which appeared, amongst others, on iTV News (March 2016), in the New Scientist (December 2015) and in Eureka! Magazine (December 2015)

In addition, Dr Ravi Vaidyanathan is often interviewed to provide expert opinions on topics related to his work. His expert opinion has been solicited on future flying taxis (January 2017), using drones for humanitarian aid (October 2016) and geo-fencing drones (July 2016) for the BBC.

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December 31, 2016

BBC Click Live

PhD students Chris Caulcrick and James Clarke from the Biomechatronics Laboratory appeared on Monday on BBC Click Live.

The two, accompanied by their supervisor Dr Ravi Vaidyanathan, were invited on the inaugural episode of the broadcast to showcase the research of their team at Imperial College London.

During the technology-focused programme, Dr Vaidyanathan talked about a sensor system enabling users to control devices through muscle vibrations, while James and Chris demonstrated some of its uses in live demonstrations for the studio audience.

The Biomechatronics team presented to viewers a robotic hand that ‘listens’ to mechanical vibrations in the muscles of the user. The new sensor technology could make robotic prosthetics cheaper to manufacture and easier to use for patients with missing limbs.

The Imperial researchers also showed how the sensors could help a paralysed patient play computer games via eye muscle movements, and how a cyclist could shift bike gears through a simple flexing of his biceps.

The show was aired on TV as a part of BBC Click's New Year's Eve Special, which the BBC released on the web in Jan (http://www.bbc.co.uk/news/technology-38651446

The full live Click broadcast is available on the BBC News Facebook page (Biomechatronics Lab appears aroud min 25).

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May 08, 2015

Alex Lewis Lecture

In May, Samuel Wilson was invited as a guest speaker to take part in the Alex Lewis Trust Lecture at Warminster School in Wiltshire.  The Trust is currently involved in fundraising to support the rehabilitation of quadruple amputee Alex Lewis as well as raising awareness of the advances in the field of prosthetic medicine and rehabilitation.

In Novemeber 2013, Alex was rushed to the ICU and Winchester Hospital. He had caught a Strep A, a common bacteria who\'s usual symptoms include a cough and a runny nose. With Alex, the infection took a different path, leading to Toxic Shock Syndrome and Necrotising fasciitis. Alex was given a 5% chance of surviving the first three days, but beat the odds. As Alex fought the infection, he became an upper limb triple amputee, had his right arm stripped of all flesh to remove the Necrotising fasciitis, and required skin grafts and facial reconstrution. Early into his rehab, Alex broke his right arm, which doctors found had been weakened 

Alex is currently fundrasing for the Alex Lewis Trust, for whom he does everything from giving talks to skydiving. The trust is being used to help fund his rehabilitation, and with its continued success, Alex hopes to assist both the ward at Salisbury hospital, where a large amount of his treatment took place, and others who are affected by this rare condition.

If you would like to learn more about Alex and the work that the trust is doing, you can visit his website here.

As part of the talk, Samuel gave a presentation on the latest developments in creating customised forms of prosthetic control, a vital aspect of BioMechatronic prosthetics.  As part of the lecture, Samuel answered questions during the breaks and demonstrated a robotic hand that responds to sound signals from the biceps and triceps muscles, allowing members of the audience to try it out.

The evening was hugely successful, not only being part of an initiative that raised over £7000 for the Trust but one that established links with members of Warminster School, who now plan to work with the BioMechatronics Lab at Imperial College on a school robot and also with Alex Lewis himself.

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April 01, 2015

Helping Hands at the Science Museum

On 1st and 2nd April, engineers from the BioMechatronics Lab presented their latest developments in advanced robotic control the Science Museum and visitors were able to see and interact with the cutting edge technology. Visitors to the museum were able to use Mechanomyography (the sounds generated through muscle movement) to control a number of effectors, such a prosthetic hand and a bike. Visitors were also able to test movement tracking technology, and test their boxing skills with the Cornerman project.

The Antennae Live Helping Hands event proved to be very popular, with a near constant stream of volunteers over the course of the two days. That people were able to complete the demonstrations with no training or calibration is continues to advance the belief that these devices could one day be used to help people recover from injuries, as well as create useful sporting gadgets.

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