The Next Computer Lab is Not

Let’s start with a short activity. Close your eyes and think about these words: “computer lab.” Open your eyes and continue reading…

The mere mention of a computer lab these days connotes a nostalgic vision of a dedicated room in the school containing several rows of long tables with desktop computers for use by students and somewhere in the room is a teacher's station with a computer connected to a projector and a printer (Julian, 2013). To use the computer lab, teachers from across the campus took turns and made reservations for students to use the resources in the room for a specific activity.

 


Computer labs started appearing in schools decades ago when computers were expensive, and school budgets were tight. Schools aiming to provide the campus community an opportunity to learn basic computer skills, research, or perform schoolwork electronically carved large swaths of funds from the budget to create computer labs. As funds became available, the school upgraded its labs with faster machines or created an additional lab, allowing multiple computer labs to be used simultaneously.

The world has changed since the first computer lab arrived in schools. Students with personal computing devices have exponentially increased since the 1980s. Our school now features a one-to-one computer-to-student ratio, and just about any classroom may be regarded as a computer lab in the context described above. Moreover, the conventional computer lab with rigid rows of desktop computers does not support effective instructional strategies that feature collaboration. Rather than upgrading an outdated computer lab, a new space in our middle school has emerged where students can develop new skills with project-based learning, collaboratively growing, playing, and inventing. 

Our new computer lab is a makerspace!


The old computer lab has been converted into a space where students work together using shared resources to research, design, and construct artifacts for assignments. In contrast to our previous computer lab, the new makerspaces will give students real-world, hands-on opportunities to design, experiment, build, and invent while honing abilities, skills, and competencies that complement academic rigor. Students with instructional experiences in makerspaces tend to pursue career paths connected to STEM (Blackley et al., 2017)In the new makerspace, students will be able to self-direct learning and develop their skills through the use of hand tools, 3D printers, robots, sewing machines, and electronic circuit boards. We think they will enjoy the room as a welcome alternative to sitting and watching videos on a screen.


Rather than spending limited school resources on computer labs, our leadership team worked diligently with community support to provide students with additional opportunities to explore, discover, construct, and innovate while learning. We recognize the importance of this type of hands-on, collaborative learning as crucial for our students, and a makerspace in our school is a welcome evidence of this effort.

I invite you to share your thoughts on replacing our school’s computer lab with a makerspace on this blog. Thank you.

References

Blackley, S., Sheffield, R., Maynard, N., Koul, R., & Walker, R. (2017). Makerspace and reflective practice: Advancing pre-service teachers in STEM education. Australian Journal of Teacher Education (Online), 42(3), 22-37.

Julian, S. (2013). Reinventing classroom space to re-energise information literacy instruction. Journal of Information Literacy, 7(1).




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