MAKER LABS
Learn how to set up and run a Maker Lab safely
Welcome to Maker Labs. Below we cover all safety in a Maker Lab as well as common tools and equipment you may use. We have projects that encompass a variety of technical education disciplines, and design challenges to test what you know. Whether you're an educator, student, or tech enthusiast, join us in this creative journey through the technology classroom.
Prioritizing technology classroom safety, educators and institutions create an environment where students can explore, experiment, and learn with confidence, knowing that their well-being is safeguarded. Through a combination of physical precautions, responsible internet usage, and inclusive practices, technology classrooms can truly become spaces of both innovation and security.
A wide array of tools can be found in a technology classroom, catering to diverse disciplines such as electronics, programming, woodworking, robotics, and more. These tools enable students to explore concepts, experiment with prototypes, and gain a deeper understanding of the subject matter. The tool box covers a variety of tools, their use, and their individual safety considerations.
Maker Projects is the go-to repository for diverse and multidisciplinary creations! From detailed step-by-step tutorials and video guides to project blueprints and source code repositories, Maker Projects provides comprehensive resources to support your creative endeavors. Discover fascinating projects, learn new techniques, and gain insights from the experiences of fellow makers who have tackled similar challenges.
Get ready to stretch your creative muscles with our Maker Lessons Design Challenges. These engaging projects present exciting opportunities to apply your tech knowledge and design skills, fostering innovation, critical thinking, and problem-solving in a hands-on learning environment.
MAKING A MAKER LAB
Creating a new Maker Lab classroom involves careful planning and implementation of various elements to provide a stimulating and engaging learning environment. Here is a summary of the key considerations:
Space Design: Design the classroom space to facilitate collaboration, hands-on experimentation, and project-based learning. Create flexible seating arrangements and workstations that can be easily rearranged to accommodate different activities. Incorporate storage areas for equipment, tools, and materials.
Equipment and Tools: Equip the STEM classroom with a range of equipment and tools specific to the STEM disciplines. This may include microscopes, robotics kits, 3D printers, coding devices, scientific instruments, engineering materials, and computer hardware and software.
Technology Integration: Integrate technology tools and resources into the STEM classroom to enhance learning. Provide access to computers, laptops, tablets, and interactive displays. Incorporate educational software, simulations, modeling tools, data analysis applications, and coding platforms.
Hands-on Materials and Supplies: Stock the classroom with a variety of hands-on materials and supplies that support experimentation and problem-solving. This may include building blocks, circuit components, lab materials, measuring instruments, construction kits, and prototyping materials.
STEM Curriculum and Activities: Develop or adopt a comprehensive STEM curriculum that integrates the four disciplines and promotes inquiry-based learning. Plan engaging and interactive activities that allow students to apply scientific principles, solve real-world problems, and engage in engineering design challenges.
Collaboration and Teamwork: Designate spaces or areas for collaborative work and team-based projects. Foster a culture of collaboration and teamwork among students, encouraging them to communicate, share ideas, and work together on STEM challenges.
Creating a new Maker Lab classroom requires a holistic approach that emphasizes active learning, technology integration, hands-on experiences, and collaboration. By considering the design of the physical space, the availability of equipment and resources, the development of a robust curriculum, and ongoing professional development, educators can create a dynamic and engaging STEM environment that inspires students to explore, inquire, and excel in the STEM disciplines.