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Bakersfield College Students Pioneer precision agriculture wiht Innovative Aeroponics System
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Bakersfield CollegeS Industrial Automation Department showcased cutting-edge student projects, including an aeroponics system designed to revolutionize crop yields through real-time environmental monitoring.
Bakersfield, CA – Students at bakersfield College are pushing the boundaries of industrial automation and precision agriculture with a series of senior projects unveiled during their annual Open House, held the first week of December 2025. The event, open to the public, provided a platform for students to demonstrate their ingenuity and technical skills to potential employers and community members.
Showcasing the Future of Automation
Each year,the Industrial Automation Department at Bakersfield College hosts the Senior Projects Open House,allowing students to present the culmination of their year-long work. This year’s event took place in the Robotics Lab of the Science & Engineering Building, offering attendees a firsthand look at the future of automation technology. Projects spanned a diverse range of industrial applications, including human-machine interface and broader industrial processes.
‘Aerophonics with Weather Machine’ Promises Increased Crop Yields
Among the standout projects was “Aerophonics with Weather Machine,” developed by a team comprised of RJames Viloria, Juan Manriquez, and Amy Huerta. The team dedicated nearly two semesters to building a system focused on optimizing controlled environmental systems for more efficient farming practices.
“We came up with the idea because most of the solutions in the market are timer-based,” explained a team member. “The purpose of our project is to implement precision by measuring nutrients, PH levels, and temperature in order to increase yields.” The team constructed the entire system from scratch, even showcasing a thriving kale crop grown within the system. They also successfully tested the system with lettuces, including Romaine lettuce, demonstrating a measurable increase in both growth rate and yield.
A Successful Culmination of Hard Work
The Open House served as the final assessment for the students’ coursework. “As a group and team, we feel like we nailed it,” stated a student, expressing confidence in their project’s success. “All of our hard work has paid off.” The team emphasized that their work was continuously reviewed and graded throughout both semesters, with the Open House presentation acting as the culminating “final” for the course.
The Industrial Automation Department at Bakersfield College held its annual Open House the first week of December 2025 to showcase student projects.The “Aerophonics with Weather Machine” project, led by students RJames Viloria, Juan Manriquez, and Amy Huerta, was a key highlight. Why did they build this system? The team sought to improve upon existing timer-based aeroponic systems by implementing real-time monitoring of crucial environmental factors-nutrients,pH levels,and temperature-to increase crop yields. How did they achieve this? They designed and constructed the entire system from scratch, successfully growing kale and Romaine lettuce with demonstrably improved growth rates and yields. The Open House served as the final assessment for the students,and the project was deemed a success,marking the completion of their year-long coursework and demonstrating their commitment to creativity fostered within the department. The dedication demonstrated by students like Viloria, Manriquez, and Huerta underscores their commitment to hands-on learning and innovative problem solving. Congratulations to all participating seniors for their extraordinary work and successful presentations, and best wishes as they embark on the next chapter of their academic and professional journeys.
