SDG 12: Responsible Consumption & Production

The University, through its College of Engineering, spearheaded the "Organic Farming for Income Security Project" in Barangay Rogongon, Iligan City. Under this initiative, local farmers actively engaged in a series of comprehensive training sessions aimed at empowering them with the necessary skills and knowledge on organic farming. Among which is a seminar centered on crop diversity and companion planting. Participants delved into the nuanced advantages and potential drawbacks of companion planting, gaining valuable insights into selecting suitable plant pairs for intercropping to optimize yield.

In another seminar, the focus shifted to natural solutions for pest management, underscoring the effectiveness of Organic Pest Management techniques. Here, farmers immersed themselves in understanding various plant pests, embracing the principles of integrated pest management, and mastering the application of eco-friendly remedies to combat pest-related challenges.

Furthermore, a seminar and workshop were dedicated to modern agricultural practices, highlighting the innovative realm of hydroponics. Farmers were introduced to diverse hydroponic systems and received hands-on guidance in operating fundamental tools and equipment, with a special emphasis on the Kratky Method. Through this holistic project, farmers garnered sustainable expertise in organic farming, which enhanced their prospects for long-term income stability.

The University, through its College of Engineering, joined forces with the ILIGANice Program and the PIChE Iligan Bay Chapter in hosting a comprehensive Seminar on Hydroponic Systems in Rogongon, Iligan City. The event drew a diverse audience of 50 enthusiastic participants. The seminar served as a platform to discuss a spectrum of topics essential to understanding hydroponic systems. Among the focal points discussed were the examination and identification of the fundamental components integral to both single-pass and recirculating hydroponic setups. Attendees learned about various hydroponic substrates and system designs, helping them make informed decisions. Moreover, the session covered water quality analysis, equipping participants with tools to interpret results effectively. It also offered practical recommendations for corrective measures, empowering attendees to maintain optimal conditions in their hydroponic setups.

In addition to the technical aspects, the seminar encouraged open discussions about the broader implications of hydroponic systems. Participants explored the benefits and drawbacks of different system variations, ensuring they gained a well-rounded understanding of hydroponics– covering theory and practice. By fostering knowledge exchange and collaborative discourse, the seminar served as a catalyst for innovation and progress in sustainable agriculture. It epitomized the University's commitment to creating positive change and inclusive development with local communities.

The University, through its College of Engineering, spearheaded the community extension initiative entitled, "Organic Farming to Improve Income Security for Brgy. Rogongon’s Farmers" project. As a pivotal component of this endeavor, the University organized and executed the "Capacity-building Programs: Seminar Series (Part 2)" within Brgy. Rogongon, Iligan City. Various crucial topics were meticulously addressed to empower the local farming community. Delving into the intricacies of Crop Rotation and Farm Management, attendees were exposed to a comprehensive discussion on the diverse array of crops suitable for rotation, including staples like squash, corn, and climbing beans. Moreover, the concept, benefits, and challenges inherent in crop rotation and farm management were thoroughly explored, with a special focus on Companion Planting and Deterrents.

Participants also gained invaluable insights into how the implementation of crop rotation and farm management practices could catalyze a paradigm shift in agricultural sustainability. From enhancing soil fertility and suppressing weeds and pests to ultimately augmenting crop yields– the transformative potential of these methods was underscored. In keeping with the theme of agricultural innovation, the seminar also shed light on the realm of Modern Agriculture, exemplified by cutting-edge techniques such as Hydroponics and Aquaponics. By introducing participants to these innovative methodologies, the seminar broadened their horizons and equipped them with the tools necessary to thrive in an ever-evolving agricultural landscape.

Furthermore, central to the discourse was the pivotal role of crop rotation in fostering sustainable farming practices. Emphasizing its significance as a cornerstone of environmentally conscious agriculture, participants were urged to embrace the principles of crop rotation as a means to ensure the long-term viability of their farming endeavors. This enriching Seminar Series left an indelible impact on its fifty attendees– twenty-five male and twenty-five female participants. Through knowledge dissemination and skill enhancement, the University and its partners remain steadfast in their commitment to empowering local communities and fostering sustainable development initiatives.