Jabra

Jabra PanaCast 50 video bar system

Tiny

Tiny- Farm

The tinyfarm represents a dedicated, compact plant laboratory engineered for integrated K 12 education. This professional apparatus is specifically designed to bridge theoretical instruction in Biology, Sustainability, and Technology with practical, measurable experimentation. Implementation of the tinyfarm system facilitates data driven learning by enabling students to cultivate and analyse plant growth under controlled conditions.

The educational value of the tinyfarm resides in its capacity to transform complex scientific principles into tangible, classroom based projects. Students actively engage with technology to collect and interpret real time environmental data, directly observing how variables affect biological outcomes. The unit’s efficient, robust design ensures it is appropriate for diverse educational environments, requiring minimal preparation time for instructors. Utilising the accompanying proprietary application, data collected by the tinyfarm is systematically organised and visualised, providing a clear audit trail for scientific analysis. The tinyfarm is a fundamental tool for institutions committed to advancing scientific literacy and fostering quantitative skills in environmental studies.

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Introducing the tinyfarm: Practical Learning Apparatus

 

 

The tinyfarm is a professional apparatus developed to facilitate experiential education in core STEM subjects within the K-12 environment. This compact plant laboratory delivers verifiable, hands-on learning experiences that directly connect theoretical concepts in biology, sustainability, and technology. It provides a robust, contained system for students to conduct complex experiments, manage variables, and analyse real-world data, thereby advancing quantitative scientific literacy. This system is instrumental for institutions committed to providing high-quality, practical instruction.

Integrated Data Acquisition and Analysis
The tinyfarm incorporates sophisticated sensors and controllers that gather continuous, precise environmental data throughout each experiment. This allows students to monitor critical parameters in real time, developing a foundational understanding of data science and environmental informatics.
Rapid Deployment and Instructional Efficiency
The unit is designed with an intuitive, B2B-grade architecture that ensures minimal setup time for educators and students. This enables classrooms to transition quickly from unboxing to active experimentation, maximising the instructional hours dedicated to scientific discovery.
Multidisciplinary Curricular Alignment
The design and function of the tinyfarm inherently support cross-disciplinary learning, making it a valuable resource for introducing sustainability, coding, and agricultural technology. It effectively bridges the gap between distinct academic subjects through practical, unified projects.
Robust and Contained Experimental Environment
The tinyfarm provides a secure, self-regulating environment for plant cultivation and observation that is highly suitable for classroom settings. This controlled structure ensures experimental reliability and durability, offering a stable platform for long-term project-based learning.
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