Russian Icons, Greek Vases and German Code: The Maker Movement Goes to College

Russian Icons, Greek Vases and German Code: The Maker Movement Goes to College

Image credit: Melinda Fawver / Shutterstock

[In this Edsurge article you’ll discover how a Maker Space can impact the Humanities and Social Sciences. It’s not just a STEM resource.]

By Andrew Rikard May 16, 2016

An art historian and a 3D printer, a German linguist and open-source Arduino, an archeologist and a laser scanner: welcome to a typical day in the Makerspace at the University of Virginia’sScholars’ Lab (SLab). The SLab is an experimental humanities research and training center sitting in a sunny corner of Alderman Library, a brief walk from Edgar Allen Poe’s college dorm. The lab’s common room has checkerboard floor tiles, a slew of seating, and a series of whiteboards, covered in notes. This is no damp study with dusty quills, but a workshop abuzz with students modeling, testing and making.

In a corner of the common room is the Makerspace, holding a collection of scanners, 3D printers, and wearable technologies. It’s open from 1-5 p.m. on weekdays, with American History and English PhDs available to answer questions about tools like the 3D printer—or how to challenge the ethical assumptions of a website.

Makerspaces in general aren’t particularly made for literary scholars or art history PhDs. They’re traditionally community-funded workshops with low-fi manufacturing tools for sharing supplies individuals couldn’t afford on their own. And they tend to have a tinkering ethos, as a place to be playful with printers or code custom robots. They’re for inventors, not scholars stuck in ivory towers.

Critical Making

The folks at the SLab disagree and are working to change the conversation. Purdom Lindblad, a bubbly technologist who runs the SLab’s graduate programs, tells EdSurge, “The technology is relatively easy. What’s really hard is to understand what that technology is doing to the questions that you’re asking and how it’s framing the results on the other side.”

The SLab Makerspace is different from most because it injects the use of technologies with the political, philosophical, intercultural, historical, and religious questions of the humanities. Students are encouraged to oscillate between creation and criticism.

Pedagogy and Projects

Many professors bring their classes to the space. There’s an archeology course that scanned artifacts, then printed them for a museum exhibit. There’s a Slavic languages course that printed Russian icons for display as a way to explore Russian identity. In the works is a 200-level German course that will play with code, printers and Arduino—entirely in German.

According to Jennifer Grayburn, a Makerspace technologist who just finished her PhD in art history, the courses have been very successful. Many of the faculty plan to come back in the future, she says. “Professors are getting students to creatively engage with the technology, approaching the content in a new way, rather than just testing, quizzing, memorizing and essay writing.”

When undergraduate archeology students scanned Greek vases for the Fralin Museum, the hands-on work turned into a discussion about the implications of scanning technologies in the field. What does it mean to leave the material artifact behind and scan merely a 3D image? While the students consider these questions, they’re also learning how to use tools applicable to future careers. Grayburn cites a phrase popular with another staff member, “What I cannot create, I do not understand.” And what I can make might just get me hired.

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How UC Davis Reaps Personalized Learning’s Simple Benefits (EdSurge News)

We often hear discussions about the potential of Big Data and complex learning analytics to improve educational outcomes. But the reality is that when it comes to transforming the classroom, often simple and timely feedback is enough to provide real learning improvements.

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UC Davis taps into Carnegie Mellon’s Open Learning Initiative project to provide a personalized approach for STEM courses that were formerly lecture based.

See on Scoop.itUsing Technology to Transform Learning

EQUIP Program Brings Universities and Coding Boot Camps Together

A new federal program seeks to join traditional higher education institutions with the burgeoning market of coding boot camps.

Students in higher ed have been searching beyond the walls of their institutions to prepare for dream jobs in tech, and shorter-term coding boot camps have found success in capturing a growing market.

Educational Quality through Innovative Partnerships (EQUIP) invites Title IV schools to participate in what the U.S. Department of Education is calling an experiment to bring nontraditional education programs, such as coding boot camps and massive open online courses (MOOCs), under the wing of higher education institutions.

The partnerships allow students to use federal financial aid to pay for online educational opportunities at coding boot camps such as Flatiron School, which specializes in condensed computer programming courses; the school will in turn be partnered with universities.

“EQUIP will accelerate and evaluate innovation through partnerships between colleges and universities and non-traditional providers of education, such as intensive ‘boot camps’ building skills in particular fields, specific programs awarding certificates aligned to employer needs, and Massive Open Online Courses (MOOCs),” according to a blog post by the department.

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