Teaching a Multi-Disciplinary Course

On Wednesday, October 16, the Center for Educational Resources (CER) hosted the first Lunch and Learn for the 2019-2020 academic year. Steve Marra, Associate Teaching Professor, Mechanical Engineering, Susan Weiss, Associate Professor, jointly appointed in Musicology at the Peabody Institute and the Department of Modern Languages in the Krieger School of Arts and Sciences, and Nathan Scott, Associate Teaching Professor, Mechanical Engineering presented on Teaching a Multi-Disciplinary Course.

Steve Marra began the presentation by describing an Interdisciplinary Multi-Institutional Design Experience for Freshman Engineering and Art Students that took place in the Spring of 2018. This was a joint project initiated by instructors from JHU and the Maryland Institute College of Art (MICA). There were 44 students from JHU and 34 students from MICA who participated in the project. Marra described the project as having purposely vague specifications in order to allow for as much creativity as possible. Teams were given $100 to build something safe and interactive, with a variety of hard and soft materials over the course of 13 weeks that would “make your world better.” Each school determined its own grading schema; JHU students were graded on design reports and project notebooks, MICA students were graded on preliminary sketches and documentation, and all students were graded on quality of work. The project culminated with a week-long exhibition at MICA at the end of the semester.

Marra continued by describing obstacles encountered when implementing this project. One of the most significant challenges was scheduling and transporting students between campuses. While the faculty had considered this might pose a challenge in the initial stages of the project, transportation and scheduling conflicts were more of an issue than expected. Another challenge was the separation/isolation of work within student groups; in general, engineering students embraced the engineering tasks while art students gravitated toward the artistic tasks. They did work with each other but took on a ‘divide and conquer’ approach in most cases, rather than collaborating as much as the faculty had hoped.

Other unexpected challenges included:

  • Conflicting advice given to students by instructors. Marra commented that there was not enough collaboration between instructors ahead of time.
  • Staggered spring breaks between the two schools, resulting in two weeks of no work getting accomplished.
  • Multitude and diversity of projects due to vague assignment specifications. Marra commented that diversity of projects is normally celebrated, but in this case it made it difficult to efficiently assist students with their projects.

Despite the various challenges, student teams met their deadlines and created 18 projects in all for the exhibition. These included: a hugging machine, mega backpack, relaxation station, and a marble run. Marra concluded with suggestions for improvement:

  • Plan early
  • Develop a more focused assignment with very clear specifications
  • Schedule a kickoff meeting with icebreakers
  • Take time to teach teamwork and conflict resolution
  • Provide instruction on ideation
  • Develop an advising strategy
  • Do not underestimate the importance of convenient transportation

Susan Weiss continued the presentation by describing the course she co-teaches with Nathan Scott, History and Technology of Musical Instruments, which is offered jointly by ASEN and Peabody. Students are tasked with building their own instruments from scratch or repairing broken instruments in various states of disrepair. Materials used have expanded from simple cigar boxes and PCV pipe to much more sophisticated materials as the course has progressed and more funding has become available. Weiss noted that the content and direction of the course depends on the guests that are available to come in and work with the students during the semester, such as luthiers, professional musicians, guest speakers, etc. Students are graded on journal entries, weekly reflections, and presentations.

Weiss went on to describe some of the challenges with this course. One of the biggest challenges is the constant struggle to find a space for students to construct the instruments. In the past, students have used maker spaces at Homewood but most recently have been using a room in the basement of Peabody’s Leakin Hall. Finding the necessary raw materials can also be a challenge especially with budgetary constraints. Weiss also mentioned how students in this course tend to gravitate to their area of expertise, but that they have checks in place to ensure that students are sharing tasks equitably and learning from each other’s strengths.

Despite its challenges, the course continues to grow and evolve. When it first started, students were making cigar box guitars and other small instruments. Two years ago students built banjos; this past year, they took on the challenge of building cellos which they had the opportunity to play at the Whiting School of Engineering’s Design Day. Weiss noted how highly students rate this course and how much they appreciate the unique opportunity to collaborate and learn from other students.

Nathan Scott extended the presentation into a more philosophical discussion of what it means to be a student who embraces multi-disciplinary studies.  He likened a student who is not merely after a degree to a child who grows up in a bilingual or multilingual home.  That child, he stated, not only learns multiple languages naturally, but also has a brain now trained to learn skills more readily or easily than a child not exposed to multiple languages. He referred to this child as a ‘super learner.’

Scott noted that most research at JHU is multi-disciplinary and that there are fantastic opportunities for undergraduates to take part in this research and experience ‘super learning.’ He believes that our university, as a whole, could better design curriculum to ensure multi-disciplinary education for all students.  He suggested adding a graduation requirement for all WSE majors to complete a substantial, two-semester capstone project.  No classes would be held on Fridays, which would become ‘project days,’ so students from all majors could work together in teams to complete their projects.  In addition, students would have a collaborative space that would be their ‘home’ throughout their undergraduate years to develop community.

Below are some questions from audience members with answers from the presenters.

Q: (for Marra) The MICA/JHU course was worth one credit; wasn’t that a great deal of work for faculty and students?

Marra responded that while the course was only one credit, it was worth it because of the learning that occurred. However, if he did this project again, he would make some significant changes, such as limiting it to only Hopkins students to minimize the issues with logistics and schedules.  Marra did note that the credit hours rarely are a true reflection of the work necessary for the course by students or faculty.

Q: (for all) What is the payoff of the interdisciplinary course?

Scott reported that employers are hungry to hear about these experiences and meet students who have completed multi-disciplinary projects, not just taken x course or y course.  His ideal would be to have a campus design center where artists and experts in residence bring their skills to JHU and have student apprentices.

Marra remarked that interdisciplinary skills are different than team skills and that employers are recognizing the value of interdisciplinary skills. Students are often uncomfortable working in these types of environments and grow from the experience.

Weiss noted that students don’t necessarily have skills in one area or another, but as they collaborate, they discover each other’s abilities, and it is a revelation for them.

Q: (for Marra) How would you manage the issue of students gravitating toward their area of expertise if you ran this project again?

Marra responded that he would make it some sort of requirement that students demonstrate skills in their non-dominant major or skill set.

Read more about Steve Marra’s project in a recent HUB article. Read more about Susan Weiss and Nathan Scott’s course in this Peabody Post article.

Amy Brusini, Senior Instructional Designer
Center for Educational Resources

Photo credits: Steve Marra and Susan Weiss

What’s New in the News?

Row of brightly colored newspaper boxes.At The Innovative Instructor, I follow other pedagogy blogs and publications, and have a few favorites that are frequently referenced in these pages, including Vanderbilt mathematics professor Derek Bruff’s Agile Learning (“educational technology, visual thinking, student motivation, faculty development, how people learn, social media, and more”), Faculty Focus (“higher education teaching strategies”), Pedagogy Unbound (“a place for college teachers to share practical strategies for today’s classrooms”), and Tomorrow’s Professor (“online faculty development 100 times per year”).

One old friend, ProfHacker, had been hosted since 2009 at the Chronicle of Higher Education, and is now becoming independent. Beginning Monday, October 1, 2018, you’ll find new posts, as well as archived material, at Profhacker.com. ProfHacker has long been a great resource for technology for instructors inside and outside of the classroom, including hacks for productivity and personal work as well as teaching and learning.

Another good blog retired last spring, but fortunately the posts are archived. Teaching Tidbits, hosted by the Mathematical Association of America, offered assistance with problems math instructors face, but many of the posts were relevant to all teaching faculty (e.g., 5 Ways to Respond When Students Offer Incorrect Answer, How Transparency Improves Learning).

Recently I have come across two new-to-me resources I’d like to share. The first is Mark Connolly’s (Associate Research Scientist, Wisconsin Center for Education Research, University of Wisconsin School of Education) STEM Professor Newsletter. This, like Tomorrow’s Professor, is an email subscription. Unlike Tomorrow’s Professor’s posts, back issues of the newsletter do not seem to be available online. You can see the first two issues on the website to get an idea of the content.

Second, the Chronicle of Higher Education now offers the Teaching Newsletter. The link will take you to a page where you can subscribe as well as see back editions with articles such as What Podcasts Can Teach Us About Teaching, When Your Course Suddenly Needs an Overhaul, How One Teaching Expert Activates Students’ Curiosity, and The 5 Tips for Student Success That a Longtime Instructor Swears By.

There’s lots of great advice, teaching strategies, and instructional resources offered in these blogs and publications. Now comes the challenge of finding time to read it all.

Macie Hall, Senior Instructional Designer
Center for Educational Resources

Image Source: Pixabay.com

Quick Tips: Subscribe to the STEM|PROF Newsletter

STEM|PROF Newsletter Logo.In order to keep the readers of The Innovative Instructor informed, I follow a number of blogs and read a lot of books and articles on pedagogy and instruction in higher education. Recently I became aware of a new-to-me resource that I’d like to share, the STEM|PROF weekly newsletter.

The newsletter is part of the outreach for a National Science Foundation-funded and Center for the Integration of Research, Teaching, and Learning-supported longitudinal study looking at the effectiveness of professional development programs for STEM doctoral students on their early-career teaching. The website for the Longitudinal Study of Future STEM Scholars has a wealth of information on the research and related resources, including the STEM|PROF newsletter.

From the Longitudinal Study of Future STEM Scholars STEM|PROF webpage:

The Longitudinal Study of Future STEM Scholars publishes a weekly newsletter, STEM|PROF, that helps advance the preparation of future STEM faculty as effective undergraduate instructors and mentors. STEM|PROF curates news, research, and events from four areas:

  • Teaching development for current and future STEM faculty;
  • Undergraduate STEM education;
  • Doctoral education in STEM fields; and
  • Academic career formation.

Articles cited range widely in topic and are relevant to those outside of the STEM disciplines. For example, a recent newsletter linked to an article in the Washington Post, Why we still need to study humanities in a STEM world (Valerie Strauss, October 18, 2017). Often newsletters include links to upcoming webinars and professional development opportunities. This week’s topics included a link to an article on strategies for generating discussion and engagement in large classes: Class Size Matters by Deborah J. Cohan, Inside Higher Ed, September 19, 2017. And there are links to useful teaching tools such as Icebreakers that Rock from the blog Cult of Pedagogy by Jennifer Gonzalez.

To subscribe to STEM|PROF, send a blank email to join-stem-prof@lists.wisc.edu. The newsletter will be delivered to your email inbox on a weekly basis.

Macie Hall, Senior Instructional Designer
Center for Educational Resources

Image Source: STEM|PROF Newsletter Logo

Back to School

It’s freshman move-in day on our campus, signaling the end of summer and the start of classes. Today’s post offers some resources for instructors as the semester begins.

Empty lecture hall, tiered with wooden seats.The Chronicle of Higher Education’s ProfHacker Blog post from August 13, 2015 by Natalie Houston (associate professor of English, University of Houston), From the Archives: Getting Ready for the New Semester, offers tips on getting ready to teach. Whether you are new to the profession or a practiced professor, there are links to articles with suggestions on learning student names, being prepared for medical emergencies in class, and routines to help you get organized.

In the The First Day of Class: A Once-a-Semester Opportunity (Teaching Professor Blog August 19, 2015), Maryellen Weimer, (professor emerita, Penn State Berks) writes, “There’s only one first day of class. Here are some ideas for taking advantage of opportunities that are not available in the same way on any other day of the course.” She suggests using the opportunity to tell students why the course is important, why you are committed to teaching it, why they should be committed to learning the material. Take the time to learn about your students and begin building relationships with them. “[G]et students connected with each other and the course content.”

Students often complain of poor presentation methods in lectures where instructors use PowerPoint (or other presentation software applications). A common mistake is to attempt to make your slides serve two purposes by being both lecture notes and lecture slides. This leads to too much text on the slides and reading from the slide. Both practices lead to student inattention. Bryan Alexander, in Giving a great presentation: notes on using PowerPoint, (July 27, 2015) tell us, “Your argument…is the essential thing.  The slides enhance your essential argument.  They amplify it and render it easier to understand. Make and use slides accordingly.” While the focus of the article is on presentations in general, there are some good things to consider for your use of presentation software in teaching!

Thinking about flipping your course? Check out Robert Talbert’s post Four things I wish I’d known about the flipped classroom (June 5, 2014), from his blog Casting Out Nines.

Or, perhaps you are considering implementing active learning strategies in your classroom. A recent article in Nature, Why we are teaching science wrong, and how to make it right (July 15, 2015) by M. Mitchell Waldrop, examines the problem of persistence in undergraduate STEM education. “Active problem-solving confers a deeper understanding of science than does a standard lecture. But some university lecturers are reluctant to change tack.” Waldrop stresses the importance of active learning, while analyzing the factors and challenges that contribute to slow adoption. For specific active learning strategies, see Cornell’s Center for Teaching Excellence website page on Active Learning. If you are going to be using an active learning classroom, the University of Minnesota’s Center for Education Innovation offers advice.

New to teaching or looking to brush up on your pedagogical skills? The Center for the Integration of Research, Teaching, and Learning (CIRTL) is re-offering the 8 week-long MOOC: An Introduction to Evidence-Based Undergraduate STEM Teaching, starting September 28 and running until November 19, 2015. Having taken the course last year, I highly recommend signing up. Here’s the description from Coursera:

“This course will provide graduate students and post-doctoral fellows in the STEM disciplines (science, technology, engineering, and mathematics) who are planning college and university faculty careers with an introduction to evidence-based teaching practices. Participants will learn about effective teaching strategies and the research that supports them, and they will apply what they learn to the design of lessons and assignments they can use in future teaching opportunities. Those who complete the course will be more informed and confident teachers, equipped for greater success in the undergraduate classroom.”

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Macie Hall, Senior Instructional Designer
Center for Educational Resources

Image Source: Pixabay.com

Preparing Future Faculty: An Introduction to Evidence-Based Undergraduate STEM Teaching

Our next couple of posts will address the preparation of graduate students who plan to enter the professoriate. Many universities offer training and other resources to prepare future faculty, and we’ll cover some publicly available options for those who are looking for additional opportunities for themselves for their students.

Screenshot of Coursera course description page for An Introduction to Evidence-Based Undergraduate STEM Teaching.First up: a seven-week long MOOC, starting on October 6th: An Introduction to Evidence-Based Undergraduate STEM Teaching. This course is offered by the CIRTL Network. Funded by the National Foundation for Science, the Center for the Integration of Research, Teaching and Learning is a consortium of 22 research universities whose mission “is to enhance excellence in undergraduate education through the development of a national faculty committed to implementing and advancing effective teaching practices for diverse learners as part of successful and varied professional careers.”

CIRTL embraces three core concepts, which it calls Pillars: Teaching-as-research, Learning Communities, and Learning-through-Diversity. Johns Hopkins is a CIRTL member, but even if your institution is not part of the consortium, there are resources on the CIRTL website that are available to all. The MOOC is open to everyone. Further, although CIRTL is specifically “committed to advancing the teaching of STEM disciplines in higher education,” much of the information it makes available is applicable to teaching in any field. Likewise, the MOOC, offered through Coursera, will “start by exploring a few key learning principles that apply in all teaching contexts.”  The syllabus notes topics such as Principles of Learning, Learning Objectives, Assessment of Learning, Lesson Planning, Inclusive Teaching, and Writing to Learn that provide foundations to good teaching for any subject.

The course description provides more detail:

This course will provide graduate students and post-doctoral fellows in the STEM disciplines (science, technology, engineering, and mathematics) who are planning college and university faculty careers with an introduction to evidence-based teaching practices. Participants will learn about effective teaching strategies and the research that supports them, and they will apply what they learn to the design of lessons and assignments they can use in future teaching opportunities. Those who complete the course will be more informed and confident teachers, equipped for greater success in the undergraduate classroom.

You can watch the intro video as well.  Then, sign up and start preparing yourself for your first teaching assignment.

Macie Hall, Senior Instructional Designer
Center for Educational Resources

Image source: Screen shot https://www.coursera.org/course/stemteaching