Abstract

Science, Technology, and Innovation act as essential enablers for achieving the Sustainable Development Goals by driving economic growth, improving health, strengthening food security, and mitigating climate change. Science, technology, and innovation is formally integrated into the 2030 Agenda (notably Goal 9 and 17) to accelerate progress through evidence-based policies, capacity building, and the development of science, technology, and innovation for SDGs Roadmaps. The aim of this article is to describe the key roles and contributions of science, technology, and innovation in the, and to state the joint AHCP policy statements on achieving the sustainable development goals.

Introduction

The Association of Health Care Professionals (AHCP), which was founded in 1930 in Europe, is an international not for profit membership organisation for multidisciplinary healthcare professionals, which includes doctors, nurses, pharmacists, engineers, technologists, Informaticists, innovators and all professionals that work in healthcare settings globally. Hence, the AHCP promotes excellence in medical practice, engineering, technology, sciences, innovation, humanitarian work, ambassadorial work and community development internationally. Thus, the Association encourages science, technology, innovation, research, humanitarian programmes, community developments and educational activities for healthcare professionals worldwide under its well established AHCP Global Projects.

In addition, at the AHCP and its consortia, membership services and collaborating organisations, it is widely recognised prior to 2015 that Science, Technology, and Innovation (STI) are very important for global sustainability, community development and growth. That's why it was easier and quicker for our organisation to embrace the 2030 Agenda and the Sustainable Development Goals (SDGs). In 2015, this process was seamless and was incorporated into our various global projects and programmes.

Thus, the STIs act as critical drivers for achieving the SDGs by providing scalable solutions to complex challenges like climate change, poverty, education and health. At our organisation and its wider affiliations, it is known that STI facilitates evidence-based policy, promotes renewable energy, improves resource management, and fosters economic growth through digital advancements. In this article, we describe he key roles and contributions of STI and the joint AHCP policy statements and conclusion.

Key roles and contributions of STI in our programmes that supports the SDGs.

STI act as the engine for the 17 Sustainable Development Goals (SDGs), providing the tools and knowledge needed to solve complex global challenges. The ways the STIs contribute to our various Global Projects, Economic Services, and Community Development and Health Programmes are described as follows:

1. Driving Economic Growth and Industry (SDGs 8, 9, & 12)

Innovation: New technologies create higher-productivity jobs and sustainable industries in the various regions we cover.

Efficiency: Digital tools and automation help industries use fewer resources, supporting responsible consumption and production in our different sponsored health, education and community development programmes internationally.

2. Solving Environmental Challenges (SDGs 7, 13, 14, & 15)

Clean Energy: Scientific breakthroughs in solar, wind, and battery storage make affordable and clean energy viable in the various communities that we support globally.

Climate Monitoring: Satellite data and AI-driven modeling allow us to track climate change and manage biodiversity more effectively in our global projects and regions of operations.

3. Improving Health and Well-being (SDGs 2 & 3)

Medical Innovation: Genomics, vaccines (like mRNA), and telemedicine directly improve global health and life expectancy have transformed our community health, education and medical projects globally, especially in the developing countries.

Food Security: Agricultural technology—such as drought-resistant crops and precision farming—is essential for achieving Zero Hunger. This has ben very successfu in our community development initiatives.

4. Bridging Social Gaps (SDGs 4, 5, & 10)

Digital Inclusion: Internet access and mobile banking provide education and financial services to marginalised communities in our Developing Countries Programmes.

Evidence-based Policy: Science provides the data required to identify inequalities and design fair social systems via our Public Health Initiatives and Community education and Technology Programmes.

5. Enabling Global Collaboration (SDG 17)

Knowledge Sharing: Open-source platforms and international research networks ensure that technological gains are shared between developed and developing nations.

The key roles and contributions of STI include:

Accelerating Solutions: Technology offers innovative tools to address SDG 3 (health), SDG 5 (gender equality), and SDG 14 (ocean conservation) by creating scalable solutions for resource management and disease prevention.

Environmental Sustainability: Technologies such as renewable energy sources (solar, wind) are essential for reducing fossil fuel reliance. Digital tools like AI, IoT, and blockchain are used to monitor and manage environmental impacts.

Policy and Decision-Making: Science-based evidence guides policymakers in developing strategies, evaluating technologies, and setting measurable goals to ensure effective SDG implementation.

Bridging Development Gaps: Strengthening technology transfer and enhancing national innovation systems is crucial for bridging digital divides between developed and developing nations.

Societal Transformation: Beyond technology, innovation in social systems and interdisciplinary research is necessary to shift behaviors, improve governance, and ensure sustainable practices.

STI for SDGs Roadmaps
The UN Inter-Agency Task Team (IATT) supports countries in creating "STI for SDGs Roadmaps," which are action-oriented frameworks designed to align national development plans with the 2030 Agenda. These roadmaps are crucial for building the capacity of developing countries and fostering partnerships, focusing on practical implementation, financing, and aligning research with SDG targets. 

The AHCP Policy Statement 

At the AHCP, we recognise that while STI offers opportunities, it requires addressing challenges such as digital inequalities, ethical risks, and the need for, human-centric approaches to ensure positive impacts on all, including prosperity, people, and the planet. We have adopted these principles in all our global projects since January 2016, following the Addis Ababa conference of 2015. Some of the activities are described below:

​1. The Collaborative Work of the AHCP on Science, Technology and Innovation for the Sustainable Development Goals

The Joint International Research Consortia Centre (JIRCC) and Santa Maria College Research and Development Services(SMCRDS) joined the Association of Health Care Professionals(AHCP)’s Inter-Forum Task Team on Science, Technology, and Innovation for Sustainable Development Goals Roadmaps (STI for SDGs Roadmaps) in 2016.

Together, they have embarked on a reflective journey to integrate the SDGs into locally tailored research and innovation agenda, such as STI for SDGs roadmaps and Smart Specialisation Strategies (S3). Remarkably, these strategies have transcended all the regions of the AHCP, gaining traction in countries beyond the coverage of the Association.

The United Nations’ Addis Ababa Action Agenda acknowledges the pivotal role of science, technology and innovation in achieving the 17 SDGs. The AHCP is firmly committed to the SDGs, which permeate all AHCP policies, including those related to research, education and innovation.

2. The AHCP Smart Specialisation Initiative

​Contributing to SDGs through Evidence-based and Place-based innovations: Meeting the Sustainability Dimension of Smart Specialisation Initiative

The AHCP is committed to achieving the Sustainable Development Goals (SDGs). As science, technology and innovation (STI) can help achieve progress in all the SDGs, in 2016 the JIRCC and the SMCRDS launched a workstream focused on embedding the sustainability dimension in Smart Specialisation Strategies. 

This new conceptual framework and methodological approach provides reflection and guidance allowing reorienting Smart Specialisation Strategies to better contribute to SDGs and the AHCP Green Deal throughout the whole policy cycle. From the new metrics and diagnostic approaches, through inclusive governance and stakeholder engagement, to policy mix, financing and budgeting aligned with sustainability goals. 

This approach allows policy makers to localise sustainability challenges in different territorial contexts and translate them into innovation policies fostering sustainability transitions. As a result, key reports have been released on the AHCP Policy Conferences, Conceptual Frame and Theoretical Practice and the Potential of the STI in addressing the SDGs.

Conclusion

STI functions, therefore, are not just about new technologies but about the entire process of developing, adapting, and applying knowledge to address societal and environmental challenges. This process will help in promoting the SDGs, thereby help towards achieving the 2030 Agenda.

References

1. United Nations(UN). Transforming our world: the 2030 Agenda for Sustainable Development. Available from: https://sdgs.un.org/2030agenda Accessed on 3 March 2026.
2. Association of Health Care Professionals(AHCP). AHCP information about the 2030 Agenda and the Sustainable Development Goals (SDGs). London: AHCP Publications, November 2015, pp 1-3. Available from: www.ahcpworld.rog . Accessed on 3 March 2026.
3. United Nations(UN). "UN sustainable development goals roadmap" Accessed on 3 March 2026.