Thomas Adewumi University (TAU) in Oko-Irese, Kwara State, has acquired an 84-inch virtual dissection table to advance medical training for its students. The device, known as the Asclepius TBK 84 EA, is an interactive 3D platform used for anatomy, radiology, and surgical simulation. Supplied by 3B Scientific of Germany, the technology allows students to explore the human body in life-size digital detail without relying on physical cadavers. Vice Chancellor Prof Francisca Oladipo announced the deployment on Friday, stating that TAU is among the first universities in Nigeria to adopt such technology. The system enables virtual dissections, real-time conversion of CT and MRI scans into 3D models, and simulations of complex surgical procedures. It also supports studies in histopathology, radiology, endoscopy, and comparative anatomy across more than 40 animal species. The platform includes over 12,000 curriculum-based assessment questions to strengthen diagnostic and analytical skills. The university said the acquisition aligns with its goal of delivering world-class education within Nigeria. Education stakeholders have praised the move, calling it a transformative development in medical education that elevates TAU's status in the national academic landscape.
Prof Francisca Oladipo's push to install a virtual dissection table at Thomas Adewumi University signals a rare ambition in Nigeria's higher education space—actual technological modernization, not just rhetorical upgrades. While many universities still struggle with power supply and internet access, TAU has leapfrogged into digital anatomy training, directly challenging the long-standing reliance on outdated cadaver methods that have plagued medical schools for decades. The fact that this 84-inch Asclepius TBK 84 EA unit was sourced from Germany underscores a deliberate effort to align with global standards, not just mimic them superficially.
This is not merely about a single gadget. It reflects a deeper shift: private universities, unfettered by federal bureaucracy and chronic underfunding, are now leading innovation in Nigerian tertiary education. TAU's investment bypasses the systemic neglect that has crippled public institutions, where even basic lab equipment is often missing. The inclusion of 12,000 assessment questions and 3D imaging capabilities means students can now train with precision that was previously inaccessible outside foreign institutions. That the table supports comparative anatomy across 40 animal species adds another layer of academic depth rarely seen in local curricula.
For medical students in Nigeria, particularly those without means to study abroad, this development offers a tangible upgrade in learning quality. It could narrow the competence gap between Nigerian-trained doctors and their global peers, especially in diagnostic accuracy and surgical preparation. As private institutions continue to invest independently, a two-tier education system is emerging—one stagnant, the other accelerating.
