10 June 2026
Graduating Bachelor of Science in Computer Engineering (BSCpE) students and faculty members from Ifugao State University (IFSU) – Potia Campus visited the Benguet State University (BSU) for an educational tour that highlighted innovative agricultural technologies and sustainable farming practices.
The visit provided students with firsthand exposure to advanced agricultural systems and emerging technologies supporting food security and sustainable development. As Computer Engineering students, the group expressed particular interest in smart agriculture, sustainable agriculture, and technology-enabled farming practices—areas that integrate science, engineering, and innovation in addressing contemporary agricultural challenges.
As part of the educational activity, participants attended a series of discussions facilitated by experts from BSU, featuring technologies and practices in crop production and agricultural innovation.
Participants attended discussions on modern agricultural technologies, including tissue culture and micropropagation, seed potato aeroponics and drip irrigation, and seed yam aeroponics and drip irrigation. The sessions highlighted innovative and technology-driven farming practices that promote sustainable crop production, resource efficiency, agricultural resilience, and the production of high-quality planting materials.
Following the discussions, the IFSU delegation toured various university facilities, allowing participants to observe actual operations and applications of agricultural technologies presented during the sessions. The educational tour enabled students to gain practical insights into how modern agricultural innovations are implemented to support efficient and sustainable farming systems.
Marvin D. Mayormente, Chairperson of the BSCpE Program of Ifugao State University, expressed gratitude to Benguet State University for accommodating the educational tour and emphasized the significance of the learning experience for the students.
“Today, our computer engineering students were given the opportunity to witness firsthand how modern technologies such as tissue culture, micropropagation, and aeroponics are transforming agriculture and contributing to food security and sustainable development. This innovation demonstrates how science, engineering, and technology can be applied to addressing global challenges and improving the lives of our communities”.
Mayormente also encouraged students to maximize the knowledge gained from the educational tour and apply interdisciplinary approaches in their future careers.
“To our students, I encourage you to reflect on the knowledge and insights you have gained from this visit. Let this experience inspire you to become innovators, problem solvers, and future professionals who can contribute meaningfully to nation-building through technology and interdisciplinary collaboration”.
The visit underscored the growing importance of interdisciplinary learning, where engineering and technological expertise increasingly contribute to agricultural advancement, sustainability, and community development.//WMarcos
