Exploring new maker education resources offers educators a valuable opportunity to enhance their teaching strategies and set their students up for success in the upcoming school year.
Maker education focuses on hands-on, project-based learning that integrates science, technology, engineering, arts, and mathematics (STEAM), aiming to cultivate creativity and problem-solving skills. To help you incorporate this dynamic approach into your curriculum, we’ve compiled a selection of essential resources that can support and inspire your efforts.
Maker Education Curriculum Resources
Educators looking to enhance their curriculum with creative and hands-on learning experiences can explore these resources for ideas, lesson plans, and project-based activities:
- Maker Ed – Provides resources, guides, and community support for integrating maker education into the classroom.
- Instructables – A platform with detailed DIY project tutorials across a wide range of topics.
- Make: Magazine – Offers a wealth of DIY and maker project ideas, along with articles and tutorials.
- Amtek Company blog – We often post maker education blog posts with project ideas, funding opportunities, trends, news, and more.
Professional Development Maker Education Resources
Many maker education resources offer professional development opportunities for teachers, including training on emerging technologies and industry trends. These programs help educators stay up to date with their subject matter and enhance their teaching skills.
- Code.org – Offers coding and computer science resources, including free online courses and teacher professional development.
- Tinkercad – Free online 3D design and 3D printing app, with tutorials and lessons for educators.
- Edutopia – Provides articles and resources on project-based learning and maker education.
Maker Education Tools and Technology
A wide array of technologies is available for maker education and STEAM programs at both K-12 and university levels. These range from advanced tools like 3D printers and robotics kits to more accessible resources such as microcontrollers, laser cutters, and virtual reality systems. Each technology offers unique opportunities for hands-on learning and innovation, enabling students to engage with complex concepts in interactive and practical ways.
- MakerBot 3D Printers – Empower students to learn real-world problem solving for tomorrow’s jobs through a ready-to-go combination of MakerBot’s most accessible, reliable 3D print solutions.
- Creaform 3D Scanners – 3D scanning helps students visualize objects and learn how three-dimensional design is made possible through reverse engineering.
- Laser Systems – Integrating laser systems into K-12, trade and vocational, college and university education can help illustrate complex design and engineering principles to students at all levels.
- Augmented Reality and Virtual Reality Teaching Tools – zSpace applications engage students in standards-based learning experiences that align with the curriculum.
Certification Maker Education Resources
Industry-recognized maker education credentials and certifications can help prepare students for the future and prove they have the knowledge and skills to compete for higher education and career opportunities.
- MakerBot 3D Printing Certification – The MakerBot Certification Program for Students gives middle school and high school students a proven edge with hands-on design thinking and 3D printing skills training.
- SOLIDWORKS Certifications – With SOLIDWORKS Certification, students will demonstrate their expertise with SOLIDWORKS 3D solid modeling, design concepts, and sustainable design and their commitment to professional development.
- Stratasys Additive Manufacturing Certification – As a Stratasys certified institution, students can offer a professional proficiency credential in additive manufacturing technologies, industries and applications, FDM and PolyJet materials, key technology specifications, design considerations from CAD to CAM, fabrication considerations and post-processing methods.
Incorporating maker education into your curriculum opens exciting possibilities for both educators and students, fostering an environment rich in creativity and hands-on learning. By leveraging these resources, educators can enhance their teaching practices, stay current with emerging technologies, and offer students engaging and meaningful learning experiences.
