FUNAAB Concludes 2-Day Training on Automated Greenhouse Operations for Staff

The Federal University of Agriculture, Abeokuta (FUNAAB), has advanced its commitment to technology-driven agriculture through a hands-on training programme on automated greenhouse operations for members of staff.

The 2-Day Training, which concluded today, December 16, 2025, was facilitated by the Project Coordinator, Prof. Isaac Aiyelaagbe, alongside Mr. Hilary Michael. The training was designed to equip participants with practical competencies in the safe operation, programming and optimisation of computerised greenhouse systems.

Trainees received detailed instruction on critical operational components, including power supply control, emergency stop functions, screen programming, auto and manual operation modes, as well as sensor override mechanisms. Emphasis was placed on the importance of understanding the system beyond its automated features, particularly in emergency situations or during unexpected shutdowns that could affect plant growth and system efficiency.

The facilitators further explained the integrated functioning of key greenhouse components such as fogging systems, shading nets, ventilation structures, transparent roofing materials and internal climate control mechanisms in regulating temperature and supporting plant health.

Participants were also introduced to the concept of combining multiple control options, described as a “cocktail” of solutions for effective temperature management, with an optimal target of about 29°C identified for improved crop performance.

Discussions equally focused on the roles of light intensity, carbon dioxide (CO₂) enrichment and environmental sensors in enhancing plant physiology and productivity. While some sensors are already installed at the facility, the facilitators stressed the need for additional external instruments to ensure accurate calibration, particularly for crop-specific light measurement.

According to the instructors, a sound knowledge of manual operations remains essential, as over-reliance on automation may limit timely responses to system faults or challenges associated with off-site monitoring. Trainees were therefore, encouraged to actively engage with the system, maintain detailed operational records and understand how programming decisions directly influence greenhouse performance.

Staff members in attendance included Dr. Abiodun Akinbule and Messrs Funso Oladipo, Afolabi Oluwasanmi and Felix Omotosho.