Jamaica's St. Andrew Technical High School to launch renewable energy lab

St. Andrew Technical High School (STATHS) is poised for a significant upgrade with the upcoming establishment of a dedicated renewable energy laboratory. This initiative, spearheaded by the Ministry of Education, Skills, Youth and Information, signals a forward-thinking approach to technical education in Jamaica, equipping students with vital skills for the future.

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Students will learn about solar technology. They’ll learn about solar installation. They will learn about the batteries. They’ll learn about wind power too. Using that lab, they will learn how to install solar systems, how to monitor them, how to fix them and even look at other systems too, because it could be wind-based or other types of renewable energy solutions.

Senator Dana Morris Dixon, the Minister of Education, announced that the laboratory will be constructed over the summer and is slated for opening in September. The curriculum will focus on hands-on learning in solar technology, covering aspects like installation, battery systems, and monitoring. Additionally, students will gain exposure to wind power, preparing them for the growing green energy sector.

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Teachers are not able to monitor or find monitoring the chick-feeding process overnight a hassle. So, we came up with a design, an automated chicken feeder to tackle this problem.

This development is particularly exciting for Jamaica, a nation increasingly focused on sustainable energy solutions. Providing students with practical training in renewable energy not only enhances their career prospects but also contributes to the island's broader goals of energy independence and environmental sustainability. The lab represents a tangible investment in the nation's youth and its transition towards a greener economy.

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This device also comes with a timer module which you can set for how long you want it to feed and the time intervals in which the machine runs for.

Beyond the renewable energy lab, the visit also highlighted the innovative spirit of STATHS students. A presentation on an automated chicken feeder, developed by Grade-11 students Nathaniel Hurge and Cameron Pinnock, demonstrated their ingenuity in applying technical knowledge to solve practical problems. This project, which combines electrical engineering, construction, and design, exemplifies the high caliber of vocational training offered at the school. From a Jamaican perspective, these advancements at STATHS are not just about educational upgrades; they represent a commitment to fostering a generation of skilled innovators and technicians ready to contribute to national development and embrace the challenges and opportunities of a changing world.

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This device is not the first of its kind. This is just our specific design, and for future innovations we plan to programme an app to this device so that you can monitor it from anywhere.