The eight (8) Thematic Strategic Focus of the Academy of Innovative Research, Science & Technological Development (AcIRSTD) centre on bridging the gap between rigorous scientific research and tangible societal, economic, and environmental impact. The Academy organization acts as independent, authoritative voices advising government and industry while nurturing the next generation of scientific leaders. 

The Academy focuses on these thematic areas designed to leverage Science, Technology, and Innovation (STI) for sustainable development in Nigeria:

1. Information & Communication Technology (ICT) & AI:Advancing AI-driven education, big data, cybersecurity, and digital transformation. The Academy of Innovative Research, Science & Technological Development (AcIRSTD) has designated Information and Communication Technology (ICT) and Artificial Intelligence (AI) as a primary strategic thematic area, focused on fostering a digital economy to bridge skill gaps and foster innovation.

2. Agriculture and Food Security:Leveraging research, promoting sustainable farming, biotechnology, and agricultural research, innovation, and technology to enhance productivity, sustainability, and resilience. Core pillars include boosting productivity along the value chain, reducing post-harvest losses, strengthening food safety, empowering smallholder farmers, and increasing access to finance for agricultural transformation.

3. Governance and Policy:The Academy acts as a think-tank that advises governments on strategies to leverage science, technology, and innovation (STI) for sustainable, socio-economic development, aligning with the African Union Agenda 2063 and the Sustainable Development Goals (SDGs). 

4. Engineering and Materials:Accelerating the development, characterization, and application of advanced materials to solve complex societal and industrial challenges. This thematic area bridges between fundamental scientific discovery and practical, high-performance applications, often aiming to secure technological sovereignty in key industries.

5. Pharmaceuticals and Biotechnology:Accelerating innovation in drug discovery, developing advanced therapies (e.g., cell/gene therapies), and enhancing manufacturing capabilities through biological tools. Such a strategy aims to bridge the gap between academic research and commercial application, addressing global health challenges while driving economic growth.

6. STEM Education: Transforming traditional pedagogy into an integrated, inquiry-based approach that prepares students for future scientific challenges and the modern workforce. This area typically emphasizes interdisciplinary learning (Science, Technology, Engineering, Mathematics), fostering critical thinking, and promoting technical literacy.

7. Scientific Excellence:Fostering high-quality research, recognizing top talent, and ensuring scientific rigor to drive innovation and societal development. It aims to raise the standard of research, often by encouraging interdisciplinary collaboration and aligning scientific efforts with global or regional challenges like health, climate change, and sustainability. 

8. National and International Cooperation: Harnessing science, technology, and innovation (STI) to address urgent socioeconomic challenges, with a strong emphasis on both domestic, national innovation systems and international collaboration. 

Strategic Objectives

• Evidence-Based Policy Advice:Providing independent, high-quality, and trusted advice to government and policy-makers to shape national and regional STI (Science, Technology, and Innovation) policies.

• Recognizing Excellence:Electing fellows and giving awards to distinguished researchers, creating a network of experts to address national challenges.

• Supporting Young Scientists:Mentoring early-career researchers, fostering young academies, and promoting STEM career development.

• Capacity Building and Infrastructure:Strengthening research institutions and developing scientific talent, especially in developing countries.

• Promoting Scientific Literacy:Enhancing public understanding of science and fostering a culture of research and innovation. 

Cross-Cutting Themes and Methods

• Inclusivity and Diversity:Actively supporting women scientists, promoting gender equity in decision-making, and fostering diversity in research.

• International Collaboration:Building partnerships with sister academies globally, engaging in regional networks, and facilitating “Science Diplomacy” to solve global issues.

• Translation and Commercialization:Supporting the transfer of research to practice, fostering entrepreneurship, and driving innovation.

• Open Science and Integrity:Promoting research ethics, integrity, and open, transparent data practices.