A gateway to tomorrow for the students and teachers of today, with a program of project-based learning for schools that includes:
- A Fab Lab Makerspace with work stations for physical and virtual fabrication
- Development of essential 21st century work skills
- Science, Technology, Engineering, Art and Mathematics (STEAM) emphasis
- Constructionism methodology for maximum student engagement
- Professional development and support for teachers
The Constructionism theory was developed by Professor Seymour Papert at MIT Media Lab. The Fabrication Laboratory (Fab Lab) was created by Professor Neil Gershenfeld at MIT’s Center for Bits and Atoms.
ASSESSMENT & IMPLEMENTATION
A Comprehensive Approach to Creating Makerspaces in Schools.
Through carefully mapping and virtualizing spaces such as libraries, we help you to visualize your School Fab Lab Makerspace.
PROFESSIONAL DEVELOPMENT
Expert Guidance Every Step of the Way.
We train teachers and Fab Managers on how to integrate project-based learning into their School Fab Lab Makerspace.
SCHOOL FAB LAB MAKERSPACE STATIONS
Affordable Cutting-edge Technology.
Students begin learning about digital fabrication using equipment such as 3D printers, laser cutters, vinyl cutters, milling machines and programmable microcontrollers.
Bringing technology to the forefront of education.
Adopt cutting-edge technology in your school with ease.
We work with schools to assess their needs and plan their School Fab Lab Makerspace, which brings project-based learning into the classroom. Our professional development team provides onsite Faculty and Fab Manager training to support educators in connecting digital design and fabrication to Science, Technology, Engineering, Art and Math (STEAM). We stay connected to ensure student success.
Bolster technology in the classroom otherwise inaccessible.
Using digital fabrication, students learn about cornerstone modern-day machinery and robotics.
Support visual and kinesthetic learning styles.
Using the constructionism approach, students of all learning types excel.
Nurture collaboration and problem-solving skills.
Using project based learning, students are more engaged.
FAB LAB. A platform for learning and innovation: a place to play, to create, to learn, to mentor, to invent.
WHY SCHOOL FAB LAB MAKERSPACE?
How do educational institutions keep up with such a rapidly moving industry?
The best thing you can do is partner with those of us already embedded in the space. Our team keeps you informed on how to step ahead. Following the latest trends in STEAM education, we keep you posted while you focus on the instruction and innovation in the classroom. We’ll also share some guiding principles and learning indicators we’ve developed that can help you integrate Fab Labs into your school.
SCHOOL FAB LAB MAKERSPACE STATIONS
DIGITAL FABRICATION MACHINES
3D Printers, Laser Cutters, Vinyl Cutters, Milling Machines, 3D Scanners and Engravers.
VIRTUAL REALITY
Use Virtual Reality as a learning tool to enhance Student engagement and retention.
DRONE PROGRAMMING
Using flight controller in combination with coding, students learn how drones move in the real world and interact with its surroundings.
VIDEO CONFERENCING
Communicate and collaborate remotely using online video conferences in order to support and share knowledge.
ROBOTICS AND DRONES
Comprehensive hands on project based learning for building and programming drones and robots.
GAME DESIGN
Students learn the basic concepts of computer-based game development through interactive workshops.
ARTIFICIAL INTELLIGENCE
Through interacting with cloud-based AI, students develop an understanding of machine learning and it’s becoming integrated into our daily life.
ELECTRONICS
Students learn about electronic components and how to solder and build with them.
PROFESSIONAL SERVICES
Bolster technology in the classroom otherwise inaccessible.
Using digital fabrication, students learn about cornerstone modern-day machinery and robotics.
Bolster technology in the classroom otherwise inaccessible.
Using digital fabrication, students learn about cornerstone modern-day machinery and robotics.
Bolster technology in the classroom otherwise inaccessible.
Using digital fabrication, students learn about cornerstone modern-day machinery and robotics.
Bolster technology in the classroom otherwise inaccessible.
Using digital fabrication, students learn about cornerstone modern-day machinery and robotics.
We support a global community of makers, educators, researchers and policy makers, committed to expanding open access to digital fabrication by using technology to aid in the learning process.
TEACHERS
Learn how easy it is to get your students excited about learning again with the School Fab Lab program.
SCHOOL ADMINISTRATORS
Make your teachers look and feel like the hero of your school to your students by introducing robotics, drones and 3D printing!
DISTRICT LEADERS
Improve curriculum, excite students and teachers and set a trend for bringing project-based learning into schools in your region.
POLICY MAKERS
Prepare students for 21st-century job skills by investing in School Fab Lab Makerspace.