The Quantum and Nuclear Hub is a groundbreaking initiative that marks a major milestone in advancing frontier science and technology in Africa. As a response to the continent’s growing demand for sustainable energy, digital transformation, and resilient infrastructure, the hub is designed to be a center of excellence in quantum computing, nuclear science, and their real-world applications such as precision sensing, computing and communication. Rooted in Strathmore’s commitment to academic leadership and societal impact, the hub will bring together multidisciplinary expertise, state-of-the-art research infrastructure, and strategic global partnerships. It will catalyze innovation, talent development, and policy engagement—empowering Kenya and the region to harness quantum and nuclear technologies in addressing critical challenges such as energy access, climate adaptation, healthcare delivery, and economic competitiveness.
Quantum science and technology: Mastery of quantum computing principles such as algorithm design, cryptography and simulation or proficiency in quantum information theory and practical skills in developing and maintaining quantum hardware such as superconducting qubits.
Nuclear science and engineering: Expertise in radiation protection, nuclear safety/security; competence in simulation of advanced systems; understanding of nuclear fuel cycles, radioactive waste management, and nuclear materials behaviour.
Energy systems and sustainability: Skills in decarbonization strategies, energy storage solutions, and grid integration; Application of advanced technology in hybrid systems; and capacity for energy economics, environmental analysis, and policy advisory work.
Data science and computational skills: Expertise in high-performance computing, modelling, and simulation of complex systems; competence in quantum safe cybersecurity to protect critical infrastructure; use of AI and machine learning for diagnostic, predictive maintenance, and system optimization.
Education and capacity building: Development and delivery of modern curricula in quantum and nuclear sciences; provision of professional training, certification, and hands-on learning experiences; engagement in public outreach and science communication to promote awareness and trust.
Establishing Strategic Research Collaborations: Initiating joint research projects with globally recognised institutions in quantum and nuclear with focus on areas such as quantum computing, networking, reactor technology, and advanced sensing, facilitating shared expertise, resources, and infrastructure.
Joining International Consortia and Scientific Networks: Actively participating in global research consortia, allowing the hub to contribute to and benefit from large-scale, cross-border scientific efforts.
Accessing Global Research Facilities and laboratories: Pursue partnerships that grant access to advanced laboratories, experimental platforms, and testbeds to enhance research capabilities and accelerate innovation.
Strengthening Industry and Government Partnerships: Closely work with global industry leaders and government agencies to translate research into real world solutions.
Implementing Talent Exchange and Training Programs: Develop skilled quantum and nuclear workforce through international exchange programs, collaborative workshops, exchange programs and joint training initiatives.
Trained pool of skilled scientists, engineers, and technicians through professional certifications, hands-on learning initiatives, and specialised academic programs.
Formation of strategic partnerships with international research institutions, industries, and governments, ensuring active participation in global consortia and knowledge exchange.
Establishment of flagship facilities for quantum computing, nuclear science, and sensing—laying the groundwork for high-impact research, innovation, and private sector engagement.
Execution of foundational projects in quantum algorithms, applied nuclear and sensing technologies, resulting in new intellectual property, patents, and scholarly publications
Creation of inclusive, safe, and secure policies and regulatory frameworks for quantum and nuclear technologies, coupled with robust public outreach and education.
2. Development of a mobile integrated, low-cost dosimeter for real-time radiation monitoring, a project being carried out in partnership with Strathmore University, KTH Royal Institute of Technology, and Stanford University.
