As the world shifts attention to the future of science education and workforce readiness, a Nigerian based in the UK who is a doctoral researcher and science innovator has launched a new digital solution aimed at transforming how biotechnology skills are taught and practiced.
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‎The innovator, Hammed Tukur, is a PhD candidate at Newcastle University and a recipient of the highly competitive UKRI-BBSRC PhD Scholarship, a prestigious award supporting _doctoral researchers_ tackling high-priority challenges in the biosciences with real-world impact.
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‎Tukur’s academic journey began at the Federal University of Agriculture, Abeokuta, where he graduated with First-Class Honours. While his undergraduate training provided strong theoretical grounding, limited access to laboratory resources exposed a wider problem facing students in many African institutions.
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‎Motivated by this gap, he founded BioSim Lab, a high-fidelity, browser-based virtual molecular biology laboratory designed to give students repeated, realistic hands-on practice without the cost and risk of physical labs.
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‎BioSim Lab allows learners to simulate essential molecular biology techniques using devices they already own, including smartphones and laptops, removing the need for expensive infrastructure and consumables.
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‎The platform is already receiving positive international attention. A Singapore-based biotech firm, Nanyang Biologics, recently engaged with the platform publicly, describing it as a transformative way to help students develop crucial hands-on skills before entering the biotech workforce.
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‎This recognition underscores the growing relevance of BioSim Lab beyond Africa, positioning it as a global training solution for both emerging and established biotech ecosystems.
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‎Unlike simple instructional videos, BioSim Lab responds to user decisions in real time. Errors such as incorrect volumes or missed steps produce realistic outcomes, allowing students to learn through safe failure and repetition.
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‎The idea is rooted in Tukur’s broader exposure to science policy and innovation. In addition to his doctoral research, he is a 2024 Newcastle University Policy Academy Fellow, where he gained insight into how research translates into industry, regulation, and commercialization.
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‎His initiatives sit at the intersection of scientific research, education technology, and workforce development, with a clear focus on preparing students for real laboratory environments before they encounter high-stakes experiments.

‎Since its organic launch, BioSim Lab has attracted over 560 active users through peer-to-peer sharing, reflecting strong grassroots demand among students and early-career researchers.
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‎The platform also aligns with global development priorities by advancing quality education, supporting innovation infrastructure, and reducing inequalities between resource-limited institutions and well-funded laboratories.
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‎For many African students, BioSim Lab offers something previously unavailable: the chance to build confidence and competence before stepping into a physical lab.
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‎With growing international engagement, strong academic credentials behind its founder, and a clear mission to democratize scientific training, BioSim Lab is emerging as a practical bridge between theory and mastery