Metadata
Title
About the project
Category
general
UUID
5192e7fcd7d349a79d110505f87d016b
Source URL
https://www.lborolondon.ac.uk/research-innovation/para-sport-against-stigma/abou...
Parent URL
https://www.lborolondon.ac.uk/research-innovation/para-sport-against-stigma/
Crawl Time
2026-03-18T08:09:55+00:00
Rendered Raw Markdown

About the project

Source: https://www.lborolondon.ac.uk/research-innovation/para-sport-against-stigma/about/ Parent: https://www.lborolondon.ac.uk/research-innovation/para-sport-against-stigma/

The Para Sport Against Stigma (PSAS) project builds on lessons from the London 2012 Paralympic Games. Phase 1 (2020-2024) was a collaborative effort between Loughborough University London, the International Paralympic Committee and the University of Malawi.

The IPC took a significant step forward in raising awareness of Para sports and athletes in Sub Saharan Africa by providing free-to-air coverage of the Tokyo 2020 Paralympic Games for the first time through this project. This groundbreaking initiative marks a crucial step in amplifying visibility and recognition of Para sports in the region.

Alongside the broadcasts, in Ghana, Malawi, and Zambia, the project supported in-school educational activities using the IPC’s official programme, I’mPOSSIBLE, fosters Para athlete development in local communities before, during, and after the Paralympic Games, and, in Malawi, is conducting research to gain insights into enhancing community engagement in Paralympic activities.

This project is part of the AT2030 program, which receives funding from UK Aid and is led by the Global Disability Innovation Hub. AT2030’s primary objective is to identify effective strategies to enhance access to assistive technology. With an initial investment of £20 million to support scalable solutions, the program focuses on innovative products, new service models, and global capacity building. Encouragingly, in 2023 UK Aid announced an additional investment of £31 million into the AT2030 program, marking a ground-breaking commitment to innovation and research.

This increased investment aims to extend the program's impact reaching an additional 9 million individuals directly and 12 million more people indirectly enabling them to access life-changing assistive technology and fulfil their potential.

Research team

Project logic model

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The image is a visual representation of a project logic model, detailing  how the project aimed to improve access to Assistive Technology (AT) in African countries through Para sports.

The flow of information follows a structured path from identifying the problem to defining the objective, providing rationale, detailing inputs and activities, and finally outlining the expected outputs and impacts. The model uses icons and connecting lines to visually represent the logical progression of the project components.

Context

Problem

Project Objective

Rationale

Inputs

Activities

Outputs

Expected Impact

Expected Outcomes