In 2015, all Australian education ministers endorsed the National STEM School Education Strategy 2016–2026, aimed at strengthening foundation skills, promoting mathematical, scientific, and digital literacy, and fostering problem solving, critical thinking, and creativity. The strategy also seeks to coordinate STEM initiatives and enhance educational outcomes nationwide.
To support this, the STEM Partnerships Forum was established, encouraging stronger collaboration between schools, industry, and tertiary education. Key goals include:
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Establishing best-practice partnerships
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Increasing student engagement in school-based STEM programs
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Boosting industry involvement in STEM education
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Aligning initiatives across sectors
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Raising awareness of STEM’s importance
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Improving career guidance related to STEM skills
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Supporting collaboration between industry and STEM teachers
How Educators Use MakerBot 3D Printers in Schools
Teachers are incorporating MakerBot desktop 3D printers to enhance STEM learning across a variety of programs:
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STEM programs, CAD, and advanced workshop classes
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Architecture, engineering, and design curricula
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Ensuring students stay ahead of peers in digital and design skills
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Maintaining competitiveness with other schools and universities
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Engaging students through innovative hands-on learning
Questions to Ask Prospects About STEM & 3D Printing
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Does your client have funding to implement or expand a STEM curriculum?
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Are they teaching CAD, digital design, engineering, architecture, or art classes?
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Are they looking for new ways to engage and inspire students?
MakerBot has tailored 3D printing solutions for education. Connect with our 3D experts today to explore how you can support your clients’ STEM programs.
