UBEC Collaborates with NERDC on Curriculum Review and Development of Teachers’ Guide on DTCRA
The Universal Basic Education Commission Digital Resource Centre conducted a four-day workshop on Design Thinking, Robotics, and Artificial Intelligence (DTCRA) curriculum review and development of a Teachers’ Guide in collaboration with the Nigerian Educational Research and Development Council (NERDC).
Speaking on behalf of the Executive Secretary UBEC, Dr Hamid Bobboyi the National Coordinator, UBEC DRC, Prof. Bashir Galadanci relayed to the participants that the workshop was designed to introduce educators and professionals to innovative methods for integrating robotics, artificial intelligence, and design thinking into the basic education curricula.
The four-day activity focused on fostering critical thinking and problem-solving skills among learners by leveraging AI-driven robotics and coding modules, thus equipping educators with practical tools for effective implementation in smart schools.
During the workshop, stakeholders from the NERDC presented an overview of the robotics curriculum and key guidelines for developing the Teachers’ Guide which was later developed. They also provided feedback on the draft curriculum and Teachers’ Guide, offering insights and suggestions for improvement.
Workshop sessions covered key topics such as the philosophy of the DTCRA curriculum, the application of robotics frameworks, and the role of emerging technologies like the Internet of Things (IoT) and virtual labs. It also deliberated on competency-based assessments and continuous feedback mechanisms for improved student engagement and learning outcomes.
The recommendations from the DCTRA workshop highlighted the importance of strengthening collaboration between UBEC DRC and NERDC to ensure better content alignment. Additionally, there is a need to create a dedicated online platform for ongoing engagement among stakeholders, as well as to organize follow-up training sessions aimed at addressing gaps and reinforcing the implementation process.