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March 26th 2021 marked the first day of the Design Sprint Challenge in collaboration with Nottingham Trent University, UCL Partners and Nursing Researchers from Anglia Ruskin.

A Design Sprint is a way of creating new ideas and developing a solution for a challenge. It is usually a five day process involving design, prototyping and testing ideas. It can shortcut and compress what may usually be months of designing into just a single week.

On Monday, you create a map of the problem. On Tuesday, each individual sketches solutions. Wednesday, the group decides which sketches are the strongest. On Thursday, the team builds a realistic prototype which is then tested with target customers on Friday. Henry Sears, Product Design Student, explained how he ‘enjoyed the design sprint in how it forced you to come up with ideas in a narrow time window. I think this led to producing more organic or ‘original’ design concepts and developments.’

Some claimed uses of the approach include; launching a new product, adding new features to a digital product and opportunities for improvement of a product. Lauren Rushen, Design Lead at FutureNova, explains how we have used the sprint technique ourselves- ‘we have utilised the Sprint process to make decisions on the company’s design language and branding.’

Lauren continues ‘Our Sprint with NTU posed the challenge of ‘improving the way that healthcare professionals deliver care in their day to day activities.” 140 students, who worked in 16 groups over 5 days first had the opportunity to be a part of a focus group with clinical staff from UCL Partners and Anglia Ruskin University. Lauren described how ‘this allowed the students to immerse into the daily life of healthcare professionals, and help to justify their area of problem selection.’

After a week of working in teams made up of both first and second year product design students, the second year students continued on individually to take their projects in their own direction. Our product design team at FutureNova met with them weekly to assist them into developing their projects to the best they can be. Alex Harwood, a 2nd Year Product Design student said ‘The design sprint was a really great experience that taught us to make critical decisions and solve problems quickly. The continual feedback and close interaction with professionals in the medical field and the FutureNova team was very valuable, allowing us to get a collection of perspectives to adapt and move our project on quickly and positively.’ She plans to still use the sprint process in her future work and hopes it will influence how she views and approaches problems.

Lauren explained that ‘Through our role as the stakeholder, the students presented their concepts to us, alongside the clinical staff. We saw some very interesting prototypes from the groups – ranging from voice dictation devices (group 9), UV sterilisation systems (group 6), mattresses measuring patient vitals (group 10), waiting room check in systems (group 8) and blood carrying devices (group 7). The Design Team and I attended weekly sessions to give feedback, as the students developed their concepts from prototype to DFM ready CAD. Their final marketing pack was presented to us with some impressive renders and animations.’

Priten Chauhan, a 2nd year NTU Product Design student told us that ‘the design sprint was a fun yet challenging experience. We were able to develop our skills working collaboratively through digital platforms ensuring we met deadlines, considered the users environment and solve the problem at hand. Our team thoroughly enjoyed working with FutureNova and would like to thank the team for their support and feedback throughout the process.’

Karen Winfield, who played a big part in the organisation of the design sprint stated that ‘FutureNova has been instrumental in the success of a 5 day Design Sprint Challenge, working alongside our tutor team and our 140 BSC Product Design students at NTU. The project has been a huge success, due to the collaboration of the team of FutureNova, the generous support from UCL partners and the engagement of focus groups from Anglia Ruskin University. I look forward to further collaborations in the future.’

Lauren, along with Jim Gibbs and Harry McLachlan, who make up the design team at FutureNova, would like to congratulate their two winning students, Tom Beaumont and Oscar Robinson. The two students have been awarded Deliveroo vouchers on behalf of Mike Casey, FutureNova CEO.

Tom developed ‘Cradle’, which aimed to improve the efficiency of data recorded for nurses working in neonatal transition wards, through a non-invasive method of vital data collection, a low-cost smart mattress topper designed to fit existing NHS cots. The design team at FutureNova were impressed with Tom’s presentation of the internal elements of his design, as well as his rendering and animation skills. Oscar designed an ‘express check-in’ machine, aiming to reduce A&E waiting times by giving patients a QR wristband. The QR link allows patients to fill out their details, connecting to an algorithm which prioritises the triage process. The team were pleased with Oscar’s in-depth breakdown of the mechanical system in his product.

Written by Jessica Broughton Shaw

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The CDC tells us the real scale of the problem:

Healthcare-associated infections (HAIs) represent a huge problem and the figures from the CDC and ECDC give a sense of its scale: Respectively, they estimate that each year, 1.7 million people in the US and 4.2 million in Europe acquire a HAI. These numbers make them the most frequent adverse event related to healthcare delivery, and amount to about 1 in 20 patients in these developed regions, and to around 1 in 10 in developing countries. Fortunately, most of these infections do not prove fatal; however, many of the pathogens involved are now resistant to antibiotics, so that in the US for example, they still manage to kill around 100,000 people a year, more than breast and prostate cancer combined.

HAIs greatly increase a patient’s time in hospital (by three according to the CDC), so their economic impact is large: Direct costs to European healthcare providers are about $8 billion per year, while those for the US system are $30 – $50 billion. The financial burden for individual US healthcare providers and institutions has increased recently with those performing poorly on infection control (bottom 25%) having had their Medicare payments reduced by 1% since the end of 2015. Moreover, since 2008, reimbursements for some common HAIs have been cut completely.

Through all these clouds of doom and gloom, some light has managed to penetrate, in the form of the latest CDC and ECDC reports. In the US and Europe at least, incidence of most HAIs now appears to be in decline, with US figures for central-line-associated bloodstream infections (CLABSIs) and abdominal hysterectomy surgical-site infections (SSIs) showing the greatest reductions: 50% and 17%, respectively, between 2008 and 2014. These reports indicate that increased staff and patient awareness, combined with systematic use of infection-control protocols and equipment, can yield substantial progress on this critical but preventable issue.

Healthcare-associated infection remains a massive problem that is continually evolving in terms of both pathogen biology and the ways in which infection is spread through clinical environments. However, it is also a highly manageable problem when appropriate systems, behaviours and equipment are widely adopted. This is, of course, a lot easier said than done, but it’s definitely worth the effort!

 

 

 

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NHS AWAITS NEW MEDICAL-GRADE RUGGEDIZED IPAD CASE TO SUPPORT INFECTION CONTROL

NHS professionals will be able to see and touch the latest innovation in the fight against healthcare-associated infections (HCAIs) e.g. Norovirus and C-Difficile as the FlipPad™ is revealed at the IPS Annual Conference in Liverpool from 28 – 30 September, on Stand 24.

The new rugged, medical grade iPad case, made for the iPad Air and Air 2 is designed to be easily cleaned with standard infection control sprays, and is resistant to shock and accidental spillages.

Developed in consultation with doctors and nurses at Great Ormond Street Hospital for Children, the FlipPad™ can hang on any standard NHS bedrail and be operated by a clinician wearing standard surgical gloves whilst also examining their patient. In addition the FlipPad™ also features a new antimicrobial glass to resist bacterial growth, and the materials used are approved for use in operating theatres and elsewhere in the NHS where infection prevention is important.

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Pfizer bought the FlipPad for their liquid dose manufacturing facility at Discovery Park in Kent. They needed a case for the iPad Air 2 and the iPad Pro. The FlipPad is used in their super clean room to protect the iPad and allow them to use surgical gloves when operating the iPad.

A number of Pfizer capabilities critical to the delivery of the company’s mid to late stage portfolio are located at Discovery Park.

These include Pharmaceutical Sciences; Safety and Regulatory; Medical; Business Units; Quality Assurance; and Business Support Functions (Procurement & Operations, HR, Finance, Patents and Business Technology).

As part of the Pharmaceutical Sciences operation, Pfizer’s unique pilot plant production and solid and liquid dose manufacturing are based at the site. Pfizer’s presence in Cambridge, UK (Neusentis Research Unit and Devices Centre of Emphasis) and Discovery Park offers opportunities to collaborate on industry projects and initiatives across the UK and Europe.

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Medical product innovators, FutureNova, have recently launched their medical grade iPad case, the FlipPad™, to help protect medical practitioners and patients from the risk of healthcare associated infections (HCAI) such as Norovirus and C-Difficile.

This comes at a time when the NHS is looking to cut costs, improve patient care and embrace mobile technology. Approximately 300,000 patients are affected by HCAI every year with an estimated cost to the NHS of £1 billion. The government are requiring the NHS to find £22bn of efficiency savings over the next five years.
“As the NHS introduces new technology into clinical settings to improve care, there is a real risk for infections to be passed between patients, staff and visitors. With this in mind, we created the FlipPad™ where every aspect of the product has been chosen to ensure it can be easily and safely cleaned with standard infection control sprays to reach the highest hygiene standards. Our team is focused on innovating quality products to support the NHS with patient safety initiatives.”

 Read the whole article on the Invest Essex website

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LAS VEGAS, US – (HealthTech Wire / News) – The Walton Centre in Liverpool, UK, took delivery of the FlipPad which is the first protective case for the iPad Air 2 that uses antimicrobial glass. The Walton Centre developed an E-Obs system from open source software and are well on their way to creating a “paper light” hospital. They chose the iPad Air 2 as their new method of viewing E-Obs. After following the early design work of the FlipPad at Great Ormond Street Hospital they selected the FlipPad based on the innovative use of a new antimicrobial glass screen and seamless touch sensitivity. On a practical level they wanted to hang the FlipPad on a hospital bed rail while working with a patient. They see the FlipPad as practical infection control solution to protect the iPad and expect to clean it with standard NHS infection control sprays.

North West Coast Academic Health Science Network Director of Innovation and Research Lisa Butland said: “We work closely with The Walton Centre and we are monitoring the use of the FlipPad; this is the kind of innovation that we are spreading through our region and beyond, through our partner AHSNs around the country.”

See the full story from the HIMMS Healthcare Show on Las Vegas

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LAS VEGAS, US – (HealthTech Wire / News) – The Walton Centre in Liverpool, UK, took delivery of the FlipPad which is the first protective case for the iPad Air 2 that uses antimicrobial glass. The Walton Centre developed an E-Obs system from open source software and are well on their way to creating a “paper light” hospital. They chose the iPad Air 2 as their new method of viewing E-Obs. After following the early design work of the FlipPad at Great Ormond Street Hospital they selected the FlipPad based on the innovative use of a new antimicrobial glass screen and seamless touch sensitivity.
On a practical level they wanted to hang the FlipPad on a hospital bed rail while working with a patient. They see the FlipPad as practical infection control solution to protect the iPad and expect to clean it with standard NHS infection control sprays.nurse-uses-flippad-walton-centre

North West Coast Academic Health Science Network Director of Innovation and Research Lisa Butland said: “We work closely with The Walton Centre and we are monitoring the use of the FlipPad; this is the kind of innovation that we are spreading through our region and beyond, through our partner AHSNs around the country.”

Read the whole article on the Health IT Central website

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