3Dponics
3Dponics for Schools - STEM, 3D Modeling, Product Design

3Dponics for Schools - STEM, 3D Modeling, Product Design

3Dponics is an open-source, project-collaboration platform, perfect for the today's STEM-oriented curricula. Get started today. Call 1-855-385-7468.

3Dponics for Schools

Creative Learning

3Dponics is revolutionizing education by collaborating with educators across Canada, the United States, and Europe. Our goal is to bring do-it-yourself, 3D-printed hydroponics systems into K-12 classrooms everywhere.

Engaging Hands-On Education

3Dponics offers a highly engaging, hands-on approach to teaching science and technology. Research shows that students learn and retain information better when applying concepts to real-life situations. With our platform, educators can inspire curiosity and foster a deeper understanding of STEM subjects.

education

Learning Outcomes

Utilizing 3Dponics in the classroom enhances student interest, engagement, and achievement in STEM fields. This prepares students for the modern, innovation-driven labor market where opportunities in these areas are rapidly expanding. Students will:

  • Learn fundamental concepts of science, technology, engineering, and mathematics (STEM)
  • Understand the impact of science and technology on the environment and the importance of sustainability
  • Develop skills and strategies for scientific inquiry and problem-solving
  • Apply abstract concepts learned in class to real-life situations

Core Skills Developed

Through the 3Dponics experience, students will cultivate essential skills that are vital for success in STEM:

  • Brainstorming: Generating innovative ideas and solutions
  • Planning: Organizing projects and timelines effectively
  • Critical Thinking: Analyzing information and making informed decisions
  • Following Procedures: Adhering to guidelines for experiments and projects
  • Measuring: Accurately gauging dimensions and quantities
  • Observing: Noticing details and changes in their experiments
  • Creating Models: Designing and building physical representations of concepts
  • Technological Problem Solving: Navigating challenges with technology
  • Organizing, Analyzing, and Interpreting Data: Making sense of information collected during experiments
  • Drawing Conclusions: Formulating insights based on observed data
  • Communicating in a Variety of Forms: Sharing findings through presentations, reports, and discussions
  • Making Connections: Relating classroom learning to real-world applications

Get Started Today

Join the movement to enhance STEM education with 3Dponics. Empower your students with the skills they need for the future. For more information, call us at 1-855-385-7468 and discover how you can integrate 3Dponics into your classroom!