What Is Sustainable Pedagogy?

Student architectural modelThe Humanities have become a sustainability study in these STEM-driven times for higher education. How does our hive survive the academic climate changes of a shrinking professoriate, curricular compression, and a nomadic job market? How do Humanities workers maneuver within and across our smaller footprints at public institutions? My Spring course took into account these changes. I designed “Modernist Studies & Pedagogy Workshop” for graduate students in our PhD and MFA programs. In choosing materials, I took into account my students’ diverse interests and career paths. These initial findings are preparatory material for a design review.

Sustainable Pedagogy is Resourceful. Materials-driven, my seminar incorporated modernist literary, critical, and visual texts; short essays about teaching; resources from our campus museum and library; teaching and conference materials I’ve made; materials from conference colleagues. I included teaching materials from other graduate students and from colleagues in English, Art History, Architecture, the Harn Museum of Art, and UF Libraries. My students worked with these shared resources, and they shared each other’s work. We practiced a renewable resourcefulness.

Sustainable Pedagogy is Cross-Campus. Partnerships I have formed across campus proved as crucial as my expertise in designing my seminar. The campus became our campus unit. We ventured across three colleges: Liberal Arts & Sciences; Arts; and Design, Construction & Planning. Interdisciplinary work requires physically crossing over to our colleagues in other disciplines and consulting with them. Through conversations we discovered that we were teaching some of the same materials.

Sustainable Pedagogy is Collaborative. Within our seminar room my students workshopped Beta assignments for future students and draft instructional resources for our campus museum. As the seminar emerged through our texts and campus partnerships, we became a pedagogy ensemble. We offered a roundtable presentation on teaching close reading for our department’s graduate organization. We visited an Art History class before we team-taught it. We were team taught by an undergraduate architecture class.

Sustainable Pedagogy is Creative. Much of our seminar work involved making instructional materials, generated from broad keywords that did not constrain our thinking. For example: Write an actual assignment about Cities that you would give your own students in a college-level course (or type) of your choice. Think of your Assignments as prototypes or Beta assignments. The idea is to generate materials that we can workshop, refine, and use. Connect your assignment to at least one primary text on our syllabus. This was the most creative work many students had done in a seminar.

Sustainable Pedagogy is Ethical. All teaching materials were shared by permission within and beyond my seminar. Our cross-campus consulting proceeded by outreach and invitation. Where possible, we offered resources in exchange for those we received. We shared our resources; we made new resources; I offered to visit my colleagues’ future courses. Through such ethical practices, Humanities workers sustain one another.

Sustainable Pedagogy is Beyond-the-Book. I have taught and benefitted from book-oriented seminars. Yet if Humanities departments are now envisioning beyond-the-book dissertations, shouldn’t seminar design take this into account? My seminar did not conform to the standard production line: seminar paper > journal article > dissertation > book. Using modular forms, my seminar assignments were outward-facing toward classrooms, conferences, journals, museums, and the public. Such assignments are resourceful for jobs within and beyond the academic market.

Sustainable Pedagogy is Repurposing. I tell all of my graduate students that everything they write or make in their coursework should have at least one afterlife. My debut pedagogy seminar-workshop practiced repurposing, opening new synergies between our academic writing and our teaching. We can repurpose our student assignments into blog posts, conference papers, publications, and museum guides. We can transpose academic writing into crossover writing. We can transport a module from something we’ve made to something we are now making.

(re)Source
I took this photo in the Architecture Teaching Gallery on Feb. 12. There was no label, so I cannot credit this model’s maker. Resourceful in its available materials (wire, wood, paper), the design offers an inventive prototype. The stained plywood marks the material’s prior states as it supports a new geometric form. A fitting figure for the work of sustainable pedagogy.  –MB

  • I wrote this post at the 2019 Humanities Writing Retreat, sponsored by UF’s Center for the Humanities and the Public Sphere.

 

Puck Talk: The +/- Factor

Faceoff Lightning vs. PanthersIt’s opening night for my hockey club, the Tampa Bay Lightning; my preferred sports season has begun. What’s not to love about NHL hockey? It’s fast. It flows. It’s equal parts grit and grace. And the refs don’t have to stop the game so much to figure out what just happened. All those sticks clacking on ice sound a furious rhythm. And seeing that big sheet of ice makes you feel cool on a subtropical night.

One of the cool things about hockey is my favorite statistic: the +/- factor. The NHL defines it this way:

Plus-Minus
A player is awarded a “plus” each time he is on the ice when his Club scores an even-strength or shorthanded goal. He receives a “minus” if he is on the ice for an even-strength or shorthanded goal scored by the opposing Club. The difference in these numbers is considered the player’s “plus-minus” statistic. 

Put another way, the team is better when top +/- players are on the ice. You don’t have to be shooting or hitting

Lightning hockey player Gourde

or assisting to accrue a +. Your +/- stat could be significantly higher (or lower) than your Points (Goals + Assists). Less visible than Assists, a good +/- stat marks a mojo for energizing, steadying, or otherwise improving your team’s performance. Last season the Lightning’s top +/- player was Center Yanni Gourde, followed by Defenseman Victor Hedman.

What if our workplaces kept +/- stats? Mine tallies several stats for individual faculty: number of publications, number of Honors students directed, number of graduate students directed (Goals). Faculty in STEM fields usually list a lead author (or Principle Investigator) in publications and grants, followed by other contributors (Goals, Assists). I think future Humanities will need new stats to mark (and value) the synergies of collaborative, interdisciplinary, and multi-modal work. We also need to account for Musing and mentoring our coworkers, our team. We need to account for the plus-minus factor.  -MB

P.S. My beloved Bolts just won tonight’s game. #letsgoLightning and #goGators

SOURCES:
NHL.com (Go Figure)
Photo of Yanni Gourde by Chris O’Meara/AP from SN

STEMpunk Manifesto

PREAMBLE

In the past two weeks I’ve team-taught a polymers unit for Materials Science Engineering, and I’ve presented a cultural analysis for the Modernist Studies Association. Does this odd convergence make me a schizophrenic academic? No. This makes me STEMpunk.

Allow me to open my portmanteau before I take its picture and take it out.

STEM means science, technology, engineering, and mathematics: a current emphasis in restructuring American higher education. At its basic level, punk is resistance through style, as Dick Hebdige put it. In the late 1970s, punk repurposing transformed everyday objects into subculture style in the U.K. and elsewhere. Safety pins migrated from the nursery to the street, bringing edginess to punk fashion. Coined in the late 1980s, steampunk is writer Kevin Jeter’s term for retro-tech speculative fiction that returns to the age of the steam engine.

STEMpunk resists seeing the humanities as being divorced from science, technology, engineering, and mathematics. A revolution in curriculum, STEMpunk returns to the humanities to invent future technologies of higher education.

TRIPTYCH

Here is STEMpunk’s current passport photo.

Polystyrene structure + punk artist Poly Styrene
STEMpunk

CHANT

  • In the periodic table of STEMpunk, H is Humanities.
  • STEMpunk is not a calculation; it is a catalyst.
  • STEMpunk is not finding X; it is the X-factor.
  • STEMpunk does not solve the equation; it poses the problem.
  • STEMpunk is a bonding agent for curriculum repair.
  • STEMpunk is a DIY poetics of course design.
  • STEMpunk cases out the case study.
  • STEMpunk historicizes the future.
  • STEMpunk sustains sustainability studies.
  • STEMpunk is radical repurposing.
  • STEMpunk has test tubes and YouTube.
  • STEMpunk is PowerPoint and power relations.
  • The STEMpunk revolution will be digitized.

-MB