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Impact Accelerator with AWS

The programme sees our final year master’s students working with public sector clients to deliver innovative digital solutions that leverage AWS (Amazon Web Services) technology and inhouse support.


Tech for good

Six month duration

Teamwork

 

The programme provides a unique six-month experience for students to display their ingenuity, to learn new skills based on real-world challenges, and experience first-hand the positive role technology can play in delivering societal benefits and impact.

For the clients - local councils and charities from the across the UK - it brings new perspectives; organisational learnings and a low-risk route to streamlining, enhancing or creating new services for their residents.

The Impact Accelerator Programme, now in its third year, has created a breadth of prototypes and solutions for the public sector, as demonstrated by the examples below. Projects go on to be developed into live council services or to inform new solution development.

Interested in engaging our world-class student talent, or tapping into one of the UK’s leading ‘research power’ universities? Take the first step to solving your business’ problems and contact our Enterprise Team today.

King's students tackle social care and community challenges with AWS

The Impact Accelerator enables our Integrated Computer Science master's students to apply their knowledge gained from their degree course and AWS training to solve council-led challenges. Student teams delved into diverse issues such as sexual health, social housing, and waste management.

Learn more

 
 

Examples of student projects

Challenge: Applying for schools

Challenge Sponsor: Royal Borough of Kingston upon Thames

Team members: Alexandra​ Anastase​, Yasath​ Dias​, Frantisek​ Hermanek​, Abdi​ Lleshi​, Aaron​ Monte​, Hieu​ Nguyen​, Heenal​ Vyas​

Today, parents in Kingston and the surrounding areas find it challenging to make informed decisions about school selections for their children, especially due to the absence of centralised information regarding each school's admission criteria. Customers need a solution that instils confidence in their child's application process by delivering accessible and comprehensive details about eligible schools that align with parents’ requirements.​

The team proposed to create a digital map of each local authority (Kingston, Richmond, Windsor & Maidenhead), containing all schools, present and future plotted on the map. A predictive feature should assess the likelihood of an individual being admitted to a particular school. As an extension, the map could also show school place vacancy per year group which is based on per-school data that is updated every 2 weeks.​

Challenge: Service Transition Feedback System

Challenge Sponsor: Richmond and Wandsworth Councils

Team members: Jessy Briard, Jake Davis, Nicole Lehchevska, Anup Ramesha, Lubna Taraki, Ruolei Zhang

Today, young adults going, through service transitions struggle with engaging with current feedback mechanisms during their transition process. Customers need a more engaging and accessible way to express their opinions.

Challenge: Sexual health services portal

Challenge Sponsor: Lambeth Borough Council

Team members: Joseph McCracken, Ioana Bottez, Matteo Fortier, Daniela Stanciu, Edwin Youbirdmurali

Motivated in part by the need for a more comprehensive digital health strategy following the pandemic, Lambeth Council sought a solution to their disconnected health services, including sexual health clinics, GP surgeries, and pharmacies. As each operate their own websites sharing the information on the services they provide, opening hours, contact details, and booking service, finding the service which works best for individual citizens can be complicated.

The Red Team were challenged to develop a single information portal to helps citizens find the most convenient service and up to date information across Lambeth, Southwark and Lewisham. The data was required to automatically updated based on services operated by the providers and should provide an appointment booking system with integration to a number of different platforms.

Using software to continually source links to sexual health facilities in real-time, while retaining robust data security through encryption of personally identifying information, the students provided a single platform for staff to keep vital information up to date. By also building in a reporting function to flag when information was out of date, the team could save the council many hours of fact checking, allowing them to focus on strategic priorities around public health.

Challenge: Occupational health assessment

Challenge Sponsor: Richmond and Wandsworth Councils

Team members: Joshua Harris, Rhys Williams, Zhenghao Li, Era Mullahasani Dula, Smaranda Parincu

Pushed by Occupational Therapy’s high demand, Richmond and Wandsworth Councils wanted to develop a solution that standardised processes for submitting requests to the council for this critical service.

The Blue Team were challenged to understand the different types of requests that citizens are required to make and develop a solution that allows them to submit all the relevant information themselves in a mobile optimised format. These submissions, when complete, would also need to be categorised and assigned to the correct council resource. Citizens would also need to be kept informed of the progress of their request, and any solution to individual problems presented in parallel with a cost benefit analysis, so the council could make informed investment decisions regarding therapy options.

Through the creation of a prototype web application, the Blue Team leveraged digitised patient records to create a self-assessment platform that connected citizens with occupational therapists in real-time. By employing an automated categorisation function, the group could provide a standardised platform for self-assessment which minimised the administration work that needed to be performed by occupational therapists, improving job satisfaction and patient outcomes.

Challenge: Citizen waste collection platform

Challenge Sponsor: Kingston and Sutton Borough Councils

Team members: Andrei Balcau, Iris Simionas, Zheshan Cao, Savraj Bassi, Dimitria-Adnana Cuptor

Kingston and Sutton provide additional services for waste collection in addition to household garbage collection, such as bulky white goods collection. To improve service, Kingston and Sutton Borough Councils wanted a streamlined solution that would speed up collection.

The Grey Team were tasked with matching citizen requests for waste collection with a pre-approved group of small businesses. The council had traditionally acted as an intermediary between citizens and its main waste collection contractor, causing bottlenecks and slow service. The new solution was required to have a self-service request form for citizens to use and chart their waste’s collection process, and allow small businesses to register as collection agents and allow them to bid or accept new jobs.

Through the creation of an online platform, the team created a market of competing contractors which provided quicker levels of service to citizens requesting waste removal. Furthermore, with digital tools facilitating the growth of a market to deal with service requests, the team could extract Sutton and Kingston Borough Councils from the process of acting as a bottleneck to services and free their time to work more efficiently.

Challenge: Employee rostering platform

Challenge Sponsor: London City Airport

Team members: Issa Kabir, Jason De Souza, Chloe Fraser, Shiwen Qin, Ioana-Alexandra Ghinea, Xichao Peng

London City Airport’s staffing levels are largely dictated by season, with the busiest periods being in summer with smaller peaks throughout the course of the year, like ski season. To provide the best passenger experience, the airport needs to ensure the right number of staff are on duty at the right time.

The Yellow Team were asked to build an employee rostering platform that gave managers real-time visibility of "on duty" staff and forecast the level of staff needed at any one point, based on predicted passenger levels. Staff would also need to be able to check their shift times, view their work history and accepted overtime on the platform.

By creating a single employee rostering platform powered by a bespoke scheduling algorithm for the airport, the team could centralise shift management from several overlapping excel sheets into a single easy to use platform which accounted for day-to-day changes in passenger footfall. The team also incorporated employee preference into shift availability to ensure that forecasts on necessary staff levels could be actioned while accounting for possible staff leave.

See 2023 student projects here


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