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ChatGPT: A Brief Introduction and Considerations for Academic Integrity

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I’ve been reading about the potential impact of artificial intelligence (AI) on teaching and learning for some time. A close family friend gave me a book entitled In the Mind of the Machine by Ken Warwick in 1998. The Education Horizon Report Advisory Committee, of which I was a member, first listed artificial intelligence as an emerging technology likely to have an impact on learning, teaching, and creative inquiry in education in 2017. November 2022 brought the long-anticipated arrival of ChatGPT beta with accompanying media attention.

What is OpenAI and ChatGPT?

OpenAI is an artificial intelligence research lab. Open AI developed a chatbot called ChatGPT (GPT = Generative Pre-trained Transformer) and an image generation application DALL-E 2. ChatGPT is a natural language processing model that is trained on hundreds of billions of documents and websites. Users can interact by asking it questions or submitting statements to which it can generate responses.  For example, here is ChatGPT answering a question about itself:

Prompt: What is ChatGPT?
“ChatGPT is a large language model developed by OpenAI. It is trained on a diverse range of internet text and is able to generate human-like text in response to various prompts. The model can be fine-tuned for various natural language processing tasks such as language translation, question answering, and conversation.”

While ChatGPT received most of the media attention in winter 2022-23, there are other chatbots that exist like Jasper and Chincilla.

What are the main concerns?

The main concern for instructors is students asking OpenAI applications to complete assignments for them. This includes writing essays or research papers along with coding assignments for which ChatGPT is trained. Students can also ask ChatGPT to answer test questions.

Things to Consider

While the capabilities of artificial intelligence applications will continue to evolve, there are currently some limitations. For example, current models do not include articles behind paywalls (e.g., subscription journals). This makes it harder for students to generate essays based on peer-reviewed research.  While the models are trained on a large number of documents, the applications’ responses to specific, focused inquiries tend to be vague.  My colleagues and I asked ChatGPT to write a strategic plan for the Center for Teaching Excellence and Innovation. It suggested relevant ideas, but it was generic and too broad to be useful. That said, we could have used it as a starting point for brainstorming a draft.

Some applications, like Turnitin, are claiming they can detect if students used ChatGPT, but like any technology, these applications are not perfect and students can work around them (e.g., editing the essay produced to make it closer to their own writing style).

 Academic Integrity

Use of OpenAI applications can fall under academic integrity policies like plagiarism, but the gray zone between clearly plagiarized work and an academic support tool is large. For example, most instructors would consider it plagiarism for students to ask ChatGPT to write a paper based on a writing prompt from class. But is it OK for students to ask ChatGPT for a summary of research on a topic, which they then use to generate a bibliography as the basis for a research paper they write?  Instructors should learn more about how ChatGPT and other AI technologies work so they can inform students what is considered appropriate use of AI technologies and what is not. Here are additional strategies to consider to help you and your students navigate this new territory:

  • Scaffold the activity by asking students to turn in an outline and iterative drafts that address comments and feedback from the instructor or teaching assistants. This requires students to show progression in a way that is difficult for tools like ChatGPT to produce.
  • Ask students to write papers using a shared Microsoft document through One Drive so you can see the version history.
  • Use writing prompts that are more specific or require students to cite specific texts.
  • Use AI tools to teach students. For example, generate essays in ChatGPT and have students critique them.
  • Discuss with students what is considered acceptable use of AI technologies (e.g., generating a summary of a field) and what is not (e.g., responding to a specific assignment prompt).

A colleague also commented that as we engage with ChatGPT and other AI technologies, we are feeding it data it can use to improve its models. They own the submissions as part of the terms of agreement when accounts are created. Explain to students that they may be giving over their intellectual property if they are using these tools.  If they submit your tests for ChatGPT to answer, they may be violating your intellectual property rights.

Where to Learn More

 Here are some resources to learn more about AI technologies:

We are all orienting ourselves to this new technology and best practices are evolving. The CTEI will continue to share more information and host discussions over the semester.

Mike Reese
Mike Reese is Associate Dean of the Center for Teaching Excellence and Innovation and associate teaching professor in Sociology.

Image Source: OpenAI Logo, Pixabay

A Faculty Follow-up Discussion: Re-engaging Students for the Fall Semester

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On Tuesday, November 8th, the Center for Teaching Excellence and Innovation (CTEI) hosted a discussion on re-engaging students for the fall semester. At faculty request, this discussion was a continuation of one initially held in August, when participants explored the challenges they faced with the return to in-person teaching in Spring semester 2022. During that session, faculty offered potential ways to address disengagement in a student population who reported high levels of “stress, fatigue, and anxiety” in a post-pandemic world.male student staring at his computer This phenomenon has been noted in many media outlets, including The Chronicle of Higher Education, which recently hosted a webinar on addressing student disengagement and summarized it in a follow-up article. Mike Reese, Associate Dean and Director of the CTEI, moderated the conversation.  

The session kicked-off with instructors offering their general sense about how student engagement in their Fall courses compared to their Spring courses. The overall assessment was that problems remained, though there were some bright spots:  

  • One instructor noted that attendance in his course’s Friday session, led by teaching assistants, was down almost 50% in the recent week.  
  • Another noted that Fall was “a little bit” better than Spring, when she was still teaching online via Zoom, but she continued to observe a lot of “struggle” among her students, exacerbated by a lack of knowledge of how to address it.  
  • One participant, who regularly polled his students on their overall well-being on a scale from one to five with five being the highest score, said he was seeing a lot of ones and twos among his students. However, he started this practice during the pandemic so he didn’t have any pre-pandemic data to baseline the response.  
  • A fourth participant had observed that her students’ behavior was better, but they also had large gaps in their subject-matter knowledge due to the instructional disruptions incurred by the pandemic. 

Time management issues quickly became the dominant topic when one faculty member pointed out that this was a particular problem for his students. Other participants also offered examples of students struggling with time management; one faculty member said that she had received a lot of requests for extensions from students who admitted these were due to poor time management, and another said that she observed an all-senior class – usually a population with a good sense of time management –also contending with this issue.group of students socializing The reason for this, attendees speculated, may have to do with the full return to on-site courses and residential campus life. Students may be excited to dive back into campus life, trying to take advantage of opportunities, like lab-based research, not available during the pandemic, and becoming over-committed as a result. Another reason offered was that the time management skills needed to negotiate pandemic life and instruction needed to be re-adjusted for more typical university life.   

The post-pandemic gap in content-specific knowledge, particularly in the STEM disciplines, has prompted some academic programs to start looking at ways to make changes to their large introductory or gateway courses. One participant said her program was looking to make data-based adjustments informed by placement tests, in-person attendance at office hours, and data from Canvas classrooms and learning-support software, such as ALEKS. 

As a group, the participants generated several useful ideas to enhance engagement in both large lecture-style courses and smaller seminar courses:  

  • Increasing structure for small-group discussions in large classrooms: One instructor had added question prompts and a pre-identified spokesperson to her small-group break-out discussions to increase student focus, participation, and output during these sessions.  
  • Flipping one class meeting a week to start homework: Another instructor had flipped one class meeting a week to provide students with a pre-determined timeslot in which to start their homework each week and receive real-time instructional feedback. This helped students with time management and on-time completion of the homework.  
  • Requiring a one-to-one meeting outside class: An attendee required that seminar students meet with him one-on-one at least once outside of class, which helped build relationships and comfort with class participation.  
  • Requiring student socialization outside class: A participant volunteered onegroup of students smiling approach that she heard about via the Chronicle Webinar: to require that students meet and socialize outside of class twice a month to work on “conversation fundamentals” – how to have a balanced conversation, how to use open-ended questions – to build “social sophistication and stamina” in in-person environments post-pandemic. 
  • Mid-semester surveys: Two instructors distributed mid-semester surveys to students that specifically targeted issues of classroom engagement, and one queried participants about their time-on-task for assignments and activities. Though survey participation was low in one course, both instructors were reviewing and integrating appropriate feedback.  
  • Panels of former students: One attendee noted that he had invited a panel of former students to talk about their experiences in the class and what contributed to their success. The credibility of the speakers and the authenticity of the guidance resonated with the current students.  
  • Strategic use of Learning Assistants or Course Assistants: Some instructors in large or introductory courses used Learning Assistants or Course Assistants – undergraduate students successful in the subject area who are trained to provide in-class instructional support – to scale up instructional reach and feedback. These assistants had been particularly crucial in courses that needed more hands-on instructional support, structure, and feedback.    

Many instructors found themselves structuring tasks and activities for students that, pre-pandemic, may not have required direct guidance and direction. Given this need, the importance of student meta-cognition – knowing how to learn something – was raised, which resulted in the following suggestions:       

  • Using learning science data to persuade students: One participant noted that her students were very responsive to research-based arguments. When she offered students evidence-based examples of effective ways to learn (she cited  The Learning Scientists blog as a good source of information), they responded affirmatively to these suggestions. Leveraging learning science research when suggesting better ways to study – retain, recall, and synthesize content – might be one way to help bolster meta-cognition.  
  • Building in self-reflection on effective learning approaches: An attendee recommended integrating opportunities for students to self-reflect on the usefulness of teaching interventions, such as the one-course-meeting-a-week flipped classroom for starting homework. Such reflection on why a certain approach worked (in this case, in-class time dedicated to starting homework with in-person instructional feedback) may help students build (or re-build) their meta-cognitive muscles.  

The conversation turned to tools that could support both targeted in-class instruction and meta-cognition skill development. Brian Cole, Associate Director of the CTEI, said that he had been investigating different technologies that would enable real-time assessment of content comprehension and upvoting of particularly confusing content areas. Melo Yap, the new Sr. Educational Research Consultant at the CTEI, volunteered Kahoot as a tool that could offer such flexibility. 

 A faculty member suggested developing a toolkit with proven meta-cognitive strategies that could be inserted into the Canvas sections of each course. Instructors and students could access this toolkit on-demand and integrate into it their course design for both “just-in-time” support (e.g., before a high-stakes test) and more long-term development. The CTEI offered to collect any already-available guidance to help students learn more effectively in an effort to start collating this information in one place.  

Caroline Egan
Caroline Egan is a Project Manager in the Center for Teaching Excellence and Innovation, supporting instructional training and development for Hopkins faculty, graduate students, post-doctoral fellows, and staff.

Mike Reese
Mike Reese is Associate Dean of the Center for Teaching Excellence and Innovation and associate teaching professor in Sociology.

Image Source: Unsplash

Faculty Discussion: Re-engaging Students for the Fall Semester

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The return to in-person teaching last year brought with it a high degree of uncertainty for students and faculty. Professors reported that stress, fatigue, and anxiety contributed to higher levels of student disengagement, disconnection, and languishing than in pre-pandemic courses. college students in lecture hallFaculty at other schools reported similar trends with several articles and essays published in the NY Times and Chronicle of Higher Education over the past several months. At faculty’s request, the Center for Teaching Excellence and Innovation (CTEI) hosted a discussion for instructors to share their experiences and brainstorm solutions for Fall 2022 and beyond. Over thirty instructors participated. Brian Cole, Associate Director of the CTEI, moderated the discussion.

Faculty attendees reported that students seemed to struggle transitioning from online classes to in-person classes last spring. One person shared that colleagues at other institutions were reporting the same concerns. The behaviors described included students:

  • expressing concerns about being prepared for high-stakes exams
  • regularly being distracted by devices during class
  • skipping class more frequently than before the pandemic
  • requesting more mental health accommodations
  • acting more aggressively toward  instructors (One instructor said this behavior is more likely seen by instructors of certain races and gender.)

Participants felt these behaviors could be traced to several sources. The pandemic was traumatic for many students suffering from social isolation and the stress of living under the threat of COVID. Faculty also felt some students were not as prepared for their classes because pre-requisite college classes or high school courses were online and employed pass-fail grading schemas. Other instructors reported students feeling stressed about other global events (e.g., political polarization, Ukraine war).  While the pandemic may be fading or becoming normalized, faculty shared that other stressors are constants that continue to weigh on students.

This led to a discussion about when it was appropriate for faculty to engage students about their stress and anxiety over global crises. Instructors teaching in the social sciences can more easily integrate discussions of current events into their curriculum. Is it appropriate for faculty in science and engineering to dedicate class time to social stressors that affect students? Most participants said yes. Several shared they provide opportunities for students to talk about current events that may impact them and ask students openly, “How are you doing? What’s going on with your peers?” to give them space to talk. stressed out male student looking at his laptop Several faculty participants asked for advice on how to set boundaries on the amount of time to dedicate to these discussions during class and what types of topics to discuss. Those that dedicate class time to talking about global issues or student mental health concerns felt it was appropriate to occasionally dedicate 15 minutes of class time to connect with students and build relationships with them. As for topics, instructors should choose topics they are comfortable discussing.

Another source of stress mentioned was the number of hours students are working. One professor shared he has seen an increase in students trying to work full time while attending school. It’s not a large number, but definitely an increase that was likely precipitated by the flexible schedules during COVID when classes were more likely to be asynchronous. Another instructor shared that she observed an increase in students working part-time jobs during COVID. She felt it was important to be more explicit with students about expectations for deadlines and the time it takes to complete assignments to help students balance working outside of class. However, many participants felt it was not appropriate for students to work full-time. Another instructor reported an increase in students continuing summer internships into the academic year. Students see this as a pathway to a job after graduation and are motivated to continue working. This may be a good opportunity, but again, faculty are concerned students are overcommitted.

Some faculty record their lectures for students to review later, while others questioned if this would result in students skipping class. Several faculty responded with strategies to encourage students to attend. These included using activities that motivate students to show up and awarding points for participating in those activities.  One instructor said he records the videos, but shares them with students only upon request. If a student is regularly requesting them and not showing up for class, he engages them to learn more about why they are skipping to address any issues. He shares all of the videos with students the week before the exam. Another instructor said she has recorded her lectures for 15 years, and uses activities to encourage student attendance and engagement with each other. She stresses, “I’m not the only person in the room. You also learn from the other students when you are here.”

Another instructor asked if recording the class discourages students from asking questions. Two instructors responded it did not affect behavior in their classes, but that could be because they teach large courses so students are generally less likely to ask questions during class meetings.

While the pandemic was stressful for everyone, faculty reported it provided opportunities to experiment with new teaching strategies. Many are now trying to evaluate which changes to keep or drop. One instructor said their decision is based on the time required to implement the strategy and its impact on student learning.students doing an activity with post-it notes on a whiteboard Another instructor said she offered more low-stakes assessments while teaching online. She felt this helped reduce the stress of high-stakes assessments, but she is now considering if she is requiring too much of students. The value of offering more low-stakes assessments is that students get more regular feedback throughout the semester.

Another instructor is hearing from students that instructors are assigning more applied learning assignments that leverage technology (e.g., arcGIS) which require significantly more time to complete. While it’s good to have interdisciplinary projects and collaborate with other groups, such as data services at the university, we need to remember that this also requires students to work with different groups and learn additional skills, all of which take time.

Overall, faculty felt the goal is not to penalize disengagement, but to encourage students to engage. Faculty participants shared additional strategies to address student disengagement which are summarized below:

  • Eliminate online tools for the course that are not critical.
  • Offer asynchronous work days. This is not an off day, but a chance to work on class assignments.  One instructor shared that students really liked having a day to work on their projects.
  • Clearly communicate expectations for class (e.g., assignment deadlines, pre-class work expectations) on a regular basis and in multiple modalities (e.g., verbally in class, on Canvas, via class email).
  • Build in flexibility to assignment deadlines. One instructor allows students to skip up to two assignments, and their grade is replaced by the average of the existing assignments.
  • Another instructor shared a similar approach: she does not permit any extensions on homework even if a student is sick, however, she replaces missing grades with the average of the other assignments if the student presents a viable excuse for missing the deadline. The instructor uses this approach because it allows her to share the homework solutions immediately after the deadline while students are still intellectually engaged with the assignment.
  • Another instructor builds in quizzes related to the homework to encourage students to look at it early. For example, the day after homework is posted, students are presented with a quiz asking them to describe what the homework is asking them to do. They don’t need to solve it, but it motivates them to look at it early instead of waiting until the last day when they will have less time to get help.
  • Consider using the discussion board in Canvas or encourage students to attend office hours if you don’t want to dedicate class time to check in with them.
  • Share wellness resources from JHU including the Student Well-being blog about talking with students about current events: https://wellbeing.jhu.edu/blog/. They also provide a page for dealing with more acute issues when students are in distress: https://wellbeing.jhu.edu/resources/faculty-staff/
  • Consider limiting the use of devices (phones, laptops, etc.) to minimize distractions during class.
  • Share mental health resources with your students including Mental Telehealth (free counseling via video chat), Calm app (great for sleep, focus, mindfulness), A Place to Talk (peer listening), Stress and Depression Questionnaire (10minute confidential assessment with feedback w/in 48 hours from a Hopkins clinician).
  • Share how you manage your stress to demonstrate that students are not the only ones dealing with these issues. One participant said, “We might feel it, but if we don’t say it, they don’t know it. If you talk about it, then you open up a space for students to talk about their own stressors.”
  • Consult inclusive teaching practices and Hopkins Universal Design for Learning resources which can help instructors build flexibility into their teaching. One instructor said that being flexible includes building in processing time to help students prepare for their assignments. This includes emotional processing time on difficult topics.

female student smiling in classroom with other studentsClare Lochary from the Office of Student Health and Wellbeing shared that the Counseling Center sees two clear spikes in incoming clients each semester. The first is six weeks into the semester when students begin to realize they aren’t doing as well as they want in their courses. The second  is during the last two weeks of the semester as they prepare for final papers and exams. Faculty should be aware of these cycles and pay special attention to student behavior  so they can refer students to help resources or address concerns about academic performance.

Mike Reese
Mike Reese is Associate Dean of the Center for Teaching Excellence and Innovation and associate teaching professor in Sociology.

Image Source: Unsplash

Teaching Cinema with Omeka

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Since the death of the DVD player, several challenges have emerged for media-based courses: How can we give students access to a wide range of audiovisual, image, and text sources located on multiple different online platforms? What is the most efficient way for the instructor to access these materials in class spontaneously, and for students to be able to work with the materials on their own? Can we do this in a way that allows for critical engagement and sparks new associations? Can we make that engagement interactive? To address these challenges, graduate fellow Hale Sirin and I discovered Omeka, an open-source exhibition software tool developed at George Mason University. We found the Omeka platform optimal for creating media-rich digital collections and exhibitions.Omeka website Home page for Comparative Cinema

In Fall 2019, funded by a Center for Teaching Excellence and Innovation (CTEI) Technology Fellowship Grant, we created and customized an instance of Omeka with the specific goal of designing a web-based environment to teach comparative cinema courses. We implemented the Omeka site in Spring 2020 for the course “Cinema of the 1930s: Communist and Capitalist Fantasies,” further supported by a CTEI Teaching Innovation Grant. This course compares films of the era in a variety of genres (musical, epic, Western, drama) from different countries, examining the intersections between politics and aesthetics as well as the lasting implications of the films themselves in light of theoretical works on film as a medium, ethics and gender. We adapted the online publishing software package into an interactive media platform on which the students could watch the assigned films, post comments with timestamps, and help expand the platform by sharing their own video essays. We built this platform with sustainability in mind, choosing open-source software with no recurring costs so that it could be used over the years and serve as a model for future interdisciplinary and comparative film and media courses.

When building this website, our first task was to organize the digital archive of film clips and film stills for the course. These materials were then uploaded to Panopto, the online streaming service used by JHU, and embedded in the Omeka site.screenshot of embedded film hosted in Kanopy We also embedded the films that were publicly available on YouTube, Kanopy, and other archives, such as the online film archive of the production studio Mosfil’m, designing the Omeka site to serve as a single platform to stream this content. Each film, clip, text, or image was tagged with multiple identifiers to allow students to navigate the many resources for the course via search and sort functions, tags and hyperlinks, creating an interactive and rich learning environment. We added further functionality to the website by customizing interactive plugins, such as the “Comments” function, which allowed us to create a thread for each film in which students could respond to the specific prompts for the week and to timestamp the specific parts of the film to which their comments referred.

In order to abide by copyright laws, only films in the public domain were streamed in their entirety. For other films, we provided selected short clips on Omeka, which we were able to easily access during class. Students were able to access the films available on Kanopy through our website by entering their JHU credentials.

Teaching comparative cinema with the interactive website powered by Omeka provided the students with a novel way of accessing comparative research in film studies. The website served as a single platform, interconnecting the digital material (video, image and text) and creating an interactive and rich learning environment to enhance student learning both in and outside of class time. Rather than the materials being fixed to the syllabus week to week, students could search film clips by director, year, country, or theme. Students were thus able to compare and contrast many images and films from across cultural divides on a unified online platform.

Students were not only able to access the course materials on the Omeka site, but also to expand and re-structure the content. screenshot of Scarlett Empress film clip in Omeka site Over the course of the semester, students contributed to the annotation of film clips by uploading their comments to the films and timestamping important sequences. Since they were also required to draw their presentations from material in the exhibition, their engagement on the site was quantifiable on an on-going basis. As their final projects, they had the option of creating a video essay, which involved editing together clips from the films, and recording an interpretive essay over them, like a commentary track. Their video essays were shared with their peers on the Omeka site.

After switching to online learning in Spring 2020 due to Covid19, the Omeka site not only performed its original task, but was flexible enough to give us the opportunity to build an asynchronous, alternative educational environment, now not only hosting the course materials and discussion forums, but also the weekly recorded lectures, recordings of our Zoom discussion sessions, and students’ final video essays.

We thank the Center for Teaching Excellence and Innovation (previously known as the Center for Educational Resources) and the Sheridan Libraries for their support and continual guidance during this project.

Additional Resources:

https://omeka.org/

https://blogs.library.jhu.edu/2016/08/omeka-for-instruction/

Authors’ Backgrounds:

Anne Eakin Moss was an Assistant Professor in JHU’s Department of Comparative Thought and Literature, a board member of the program in Women, Gender, and Sexuality and of the Center for Advanced Media Studies. She was the 2017 recipient of the KSAS Excellence in Graduate Teaching/Mentorship Award and a Mellon Arts Innovation Grant, and a 2019 KSAS Discovery Award winner. Since the fall of 2021, she has been at the University of Chicago where she is an Assistant Professor in the Department of Slavic Languages & Literatures.

Hale Sirin is a Ph.D. Candidate in the Department of Comparative Thought and Literature. A recipient of the Dean’s Teaching Fellowship and the Women, Gender, and Sexuality teaching fellowship, she has taught courses in comparative literature, philosophy, and intellectual history. Her research interests include early 20th-century philosophy and literature, theories of representation and media in modernity, and digital humanities.

Image source: Hale Sirin

Lunch and Learn: Evaluating Teaching Effectiveness

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This post summarizes recent Lunch and Learn discussions among Homewood faculty about methods for evaluating teaching effectiveness. This discussion supported the work of the Provost’s ad hoc Committee on Teaching Evaluations. Provost Kumar established this committee in response to the Second Commission on Undergraduate Education report, which included a recommendation to establish a new system for the assessment of teaching and student mentoring by faculty.  This was the first of multiple conversations the committee will hold with faculty, graduate students, and undergraduates.

Fifty faculty joined one of two discussions (February 16th and 22nd) moderated by Vice Deans of Undergraduate Education, Michael Falk and Erin Rowe, along with Mike Reese of the Center for Teaching Excellence and Innovation (CTEI).

The Vice Deans reviewed principles and objectives drafted by the committee to collect faculty feedback and suggestions for improvement. Attendees then discussed methods of improving how we evaluate teaching based on these principles and objectives that go beyond the current system of teaching evaluations.  The following summarizes some of the attendees’ comments.

  • Teaching Evaluations serve multiple purposes: students use them to choose courses, faculty use them to improve their teaching, Homewood Academic Council uses them in promotion and tenure decisions, and schools use them for program assessment and accreditation. One mechanism – course evaluations (or student evaluations of teaching) – should not serve all these purposes.
  • Using multiple methods of evaluating teaching (peer evaluation, review of course materials, etc.) and not just traditional course evaluations, will minimize student bias against underrepresented minorities.
  • An attendee shared that when she worked at a more teaching-focused college, it included a committee of peer evaluators – faculty trained to provide feedback. The instructor would meet with the peer evaluator before class to discuss lesson plans and then debrief after the observation. Junior faculty were reviewed more frequently than senior faculty. They tried to find a peer match based on discipline. This review was used as a formative assessment and also summative assessment when someone came up for promotion.
  • Another professor shared that at West Point, instructors attended formal training on how to teach. Senior faculty came in three times during the semester to observe new instructors in class with a defined rubric that was shared beforehand. As for course evaluations, only the instructor saw them; the department chair did not. Student comments did not play any role in promotion.
  • With more faculty recording their classes, peer evaluators could review those recordings and provide feedback on those videos. This is apparently done at the Harvard Business School.
  • Someone raised the question, what is considered “quality teaching?” and suggested there must be some standard.  We need to consider how much we weight the entertainment value of sitting in class or comfort level of students as opposed to being inspired to pursue a career or digging in deeper [learning more about topic].  Who decides that focus for course evals and how to do it? Another person asked the individual who raised the question for his thoughts on this question. He responded, “In engineering, every class must have an objective and we need to demonstrate we are collecting data to show we are meeting it. Another is to have an expert – maybe in sociology or psychology – to write a question that measures if the class in interesting or stimulating to be in.”
  • One instructor raised the question of who are the experts to conduct evaluations. Attendees mentioned instructional design staff at the Center for Teaching Excellence and Innovation, but also felt that discipline-based education experts were needed. Teaching faculty familiar with discipline-specific teaching strategies (e.g., math, engineering, humanities seminars) should also be considered.
  • For evaluation of teaching effectiveness, the most important thing is measuring what the students have learned and, ideally, retained over long periods. We need concept inventories and tests of student knowledge beyond the end of a class, possibly in future semesters.  Peer evaluations could be part of the process of helping instructors improve, but they don’t really measure learning.
  • An instructor shared, “At my previous institution, we assessed teachers through narratives describing changes they made [in their course] based on new studies that have been published in their areas, in addition to participation in teaching workshops/conferences, and adoption of new practices. I would also suggest we evaluate teaching rigor in some of the same ways we evaluate scientific rigor. Look at whether faculty make their resources open and accessible, use OER, etc.”
  • One professor suggested faculty share with students the purpose of course evaluations and how they will be used. It may discourage complaining. “I tell them I read their comments and my boss reads them. I’ve seen biased comments decline since I shared that with students.”
  • Another instructor said the dean’s offices could provide a script for instructors to read about how course evaluations are used and the importance of students civilly communicating feedback.
  • Course evaluations should be filtered for racist and misogynistic comments so faculty are not subject to them.
  • Course evaluations could include a checklist of comments so student feedback is more specific. Students would select the statements that are relevant to their instructor in addition to entering open comments.
  • It would make the surveys longer, but someone suggested every comment students make should be required to include at least one specific example as evidence.
  • One instructor asked, “How do we tease apart teaching effectiveness so they focus on learning and not grading?”
  • Is it possible to ask students to reflect on gateway or core classes sometime in the future to identify how the course provided foundational skills for future courses or co-curricular activities (e.g., internships)? Someone added, “This week I had a senior tell me, ‘I didn’t realize that those concepts really would come up over and over in my other classes, but they did!’” Another attendee shared, “They also report back 3+ years after graduating to say that they use something they learned in class that during the time they thought would be useless.”
  • Perhaps it would also be helpful to leverage our alumni network as one way to capture the enduring effects of learning from various classes.
  • Another instructor mentioned that it can also help to ask students for feedback during the semester so you can adjust instructional methods.
  • Whatever system is developed should not place undue administrative burden on faculty who are already taking on more administrative burdens.
  • An instructor remarked that once a change is implemented, faculty will need training on the new system of evaluation. It will also help encourage professors to be open to this process. Support for instructors assessing the results of evaluations will be critical.

One faculty member shared two books to inform the committee’s future work:

If you have questions or comments about the teaching evaluation process, feel free to email Mike Reese.

Mike Reese, Associate Dean and Director, CTEI
Mike Reese is Associate Dean of University Libraries and Director of the Center for Teaching Excellence and Innovation. He has a PhD from the Department of Sociology at Johns Hopkins University.

Image Source: Lunch and Learn Logo, Unsplash

 

Transitioning to Canvas: an Update on the University’s LMS Migration Process

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On Tuesday, December 7, 2021, the Center for Educational Resources (CER) hosted a virtual Lunch and Learn that reviewed the university’s upcoming migration to Canvas, the new learning management system (LMS) that will replace Blackboard. Brian Cole, Associate Director for the CER and leader of the LMS migration committee, provided an update and summary of the process which was followed by faculty Q and A.

Cole began with a brief explanation of why the university is migrating to Canvas: the university’s contract with Blackboard will end at the end of this fiscal year so we must choose a new system. In addition, our current version of Blackboard is outdated and increasingly unreliable, especially when using the more complex tools such as tests. Last spring, a university-wide LMS evaluation process was held and the majority of stakeholders (faculty, staff, and students) selected Canvas as the future LMS.

Key dates for faculty to keep in mind:

  • Spring 2022 – The university will run a small Canvas pilot, with approximately 50 courses from across all JHU divisions.
  • Summer 2022 – ASEN summer courses will be ‘opt-in:’ ASEN instructors can choose between staying in Blackboard or using Canvas for Summer 2022 courses. (If you are teaching a summer course that is not in ASEN, please check with your division’s teaching and learning center.)
  • Fall 2022 – No courses offered in Blackboard, everything in Canvas.
  • December 1, 2022 – Blackboard access turned off.

Faculty will have a choice between building a new course from scratch in Canvas, or migrating existing course content over from Blackboard. Cole highly encouraged faculty to build from scratch if the course is mostly content-based and does not use many complicated tools; this will give faculty an opportunity to learn their way around Canvas.  If a course uses more complicated features, such as tests, faculty might want to consider a migration, either on their own, or with CER assistance.

The CER will provide multiple opportunities for training and help throughout the migration process. Training for Homewood faculty will begin in late spring of 2022. There will also be live and on-demand trainings led by Canvas professionals available to JHU faculty.

Cole concluded with a brief demo of Canvas which led to a Q and A session:

Q: How much time will it take to migrate a course?
A: This will depend on how complex your course is, how many tools you use now.

Q: Can faculty use the free Canvas site?
A: Yes, if faculty want to experiment and get to know Canvas, they can create a free account available at https://canvas.instructure.com/register,  but anything posted there becomes the intellectual property of Canvas. We will not support migrating any content created using the free account to your JHU Canvas account. Also, not all features available in the free environment will be available in the JHU environment.

Q: What about third party tools (VoiceThread, Panopto, Turnitin, etc.)?
A: Most third party tools will be available in Canvas. The appearance of a tool may differ from the way it appears in Blackboard, but the functionality should be similar.

Q: What about section merges? Will we still be able to do that?
A: Yes. Sections will work differently in Canvas – child courses will be more integrated with parent courses. The process of creating merged sections will change, but it should work more efficiently.

Q: Can you copy directly into the content editor?
A: Yes, you can copy directly into the content editor and it should work better than when you copy into Blackboard’s content editor.

Q: Does Canvas have a good discussion board that can replace Piazza?
A: There are two versions of discussion boards in Canvas. The old one is very similar to Blackboard. The newer one is updated and is closer to the way Piazza works – there are features such as a TA or instructor being able to approve an answer, it has a ‘mentions area,’ like Piazza, but it does not have everything.

Q: How will courses that are not migrated from Blackboard be archived?
A: Blackboard archive file are .zip files – they are only readable by the Blackboard system. We will advise exporting certain pieces – gradebook/grades, for example. But we have to be careful with grades for FERPA reasons. IT@JH will archive as much as they can, but it will be kept in an offline state, for accreditation purposes only. The archiving process is not entirely worked out yet.

Q: How do you give feedback to students in Canvas?
A: Assignments are graded using something called Speedgrader – this is similar to the way Blackboard assignments are graded. There are also more analytical tools available to give you an idea of how your students are doing in the course. These tools may help to streamline who you may need to contact. It is very easy to message students from different areas of a course.

Q: Will there be integration with Teams, Sharepoint, and OneDrive?
A: It is anticipated that Teams and OneDrive integration will be ready for the Fall 2022 semester.

Q: Will faculty have early access to their courses?
A: Faculty may begin working on a migrated or developmental version of their course as early as April. Official Summer 2022 and Fall 2022 courses will be available in Canvas in roughly the same timeframes as they were in Blackboard.

Q: What about archiving in Canvas?
A: It is very easy to move or reference material stored in a previous Canvas course. Course copy works much better in Canvas than in Blackboard – it is much more granular. There is also the ability to create specific modules that can be developed and shared among departments.

For additional information about the transition to Canvas, faculty can access: http://canvas.jhu.edu. There is also a mailing list faculty can join to stay informed: https://jh.qualtrics.com/jfe/form/SV_5bWaTLyFV5WJTg2

Amy Brusini, Senior Instructional Designer
Center for Educational Resources

Image Source: Lunch and Learn Logo, Canvas Logo

Lunch and Learn: Inclusive Pedagogy

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On Tuesday, October 19, 2021, the Center for Educational Resources (CER) hosted a virtual Lunch and Learn: Inclusive Pedagogy. Karen Fleming, Professor in Biophysics, and Mike Reese, Associate Teaching Professor in Sociology and CER director, each presented strategies that are important to them in helping to make their classes more inclusive:

  • Recognize that everyone comes from a different place with different experiences. Fleming mentioned The Privileged Poor, a book by Anthony Jack, that addresses the struggles faced by less privileged students after being admitted to elite universities. She explained that taking students’ backgrounds into consideration and embracing differences is vital to their success.
  • Try to instill a growth mindset. In her teaching, Fleming acknowledges to her students that the work is difficult, it can be a struggle at times, and it’s ok if you don’t get it right the first time – this is all part of learning. She tells her students that everyone has unlimited potential and encourages them to keep practicing and they will come away with new skills. Fleming stressed the importance of trying to get students to internalize this way of thinking and offers her students a great deal of positive reinforcement throughout the semester.
  • Show the humanity of science and diversify materials. Fleming described how she makes an effort to showcase diverse scientists who are working in the field – people of color, women, etc. Students need to see role models and images of people that look like them. Like Fleming, Reese explained how he also makes an effort to display photos of diverse experts in the fields as he discusses key findings or theories in sociology..
  • Learn students’ names. Reese acknowledged this can be a challenge if the class is large. He suggested instructors print out the student photo roster from SIS and/or bring tented name cards to the first class for students to display on their desks (if teaching in person) to help learn names. Reese stated that students are more engaged and come to office hours more often when he makes an effort to learn their names.
  • Use non-competitive grading strategies. Reese noted that this was one of the recommendations in JHU’s Second Commission on Undergraduate Education (CUE2) report. Using straight grading, rather than curved, is one example. Another example is to add a standard number of points to every students final score if they overall average is lower than expected, which might suggest the test was more challenging than intended.
  • Conduct a mid-semester survey. Reese described how he administers a brief mid-semester survey that is anonymous. He tells students ahead of time that he may not be able to address every concern, but will do his best to support them. Once submitted, he summarizes the results for students and outlines any changes he plans to make.
  • Explain the purpose of different components in your class. Reese gave the example of something basic like office hours. First generation students may not understand the purpose or value of office hours – it is a chance to ask for help but also discuss career goals with instructors. Taking the time to explain resources that are available to students has proven very useful.
  • Follow the principles of Universal Design for Learning (UDL). UDL is an approach to designing instruction in flexible ways in order to reduce barriers to learning. For example, instructors can provide alternatives when giving an assessment – some students may take an exam, others may submit a paper, etc. Reese acknowledged that this often means more work on his end, as he will be grading different types of assignments. He noted that although the format may be different, he is assessing students according to the same learning objectives.

The presentation continued with faculty attendees offering comments and suggestions of their own:

  • One faculty member explained how she thinks very carefully about what language she uses with students to mitigate her own implicit biases. She thinks about how certain words (i.e. binary language) may unintentionally signal something to students and is careful to avoid this whenever possible. Fleming agreed and stated how important it is that we all regularly examine our own biases; we should be open with students and let them know we are making an effort to communicate without bias. Reese mentioned the Harvard implicit bias test which is a tool that can help all of us discover our own hidden biases.
  • Another faculty member shared how she has found success with specifications grading to help instill a growth mindset. With specifications grading, students have multiple chances to succeed and are given lots of feedback to help them reach their goals. The faculty member also pointed out that using specifications grading is another example of a non-competitive grading strategy as students are only graded on the work they choose to complete.
  • An engineering faculty member has made an effort to proactively host events that feature speakers of varied races, cultures, and identities in order to show students who make up this particular field of study.
  • Another faculty member stressed the importance of using live captions and how beneficial they are to students and how much students appreciate them.

Towards the end, there were a few questions from the audience:

Q:  Regarding growth mindset, what exactly do you say to students?

A: Fleming responded that she tells her students everyone can be successful with whatever task they are working on, that practice is important, and failure is ok. Some students feel that if they don’t succeed quickly, they are a failure and may lose motivation to persist on difficult topics. She described how she explains the process to students like a journey – you will get to a better place than you are now and you will become more confident with time and practice. Fleming gives her students lots of encouragement throughout the semester.

Reese added that he consistently provides feedback to students throughout the semester and continually shows them examples of their success.

Q: What about students’ own biases? This comes up in teaching evaluations.

A: Fleming explained how she includes a discussion about implicit bias with her students at the beginning of the semester. She tries to make her class a positive, inclusive environment and asks that students do the same by honoring and respecting others’ opinions. She also discusses stereotypes of scientists and asks students not to evaluate her in that way.

Q: I find that most of the time, female students do not speak up. What can we do about this?

A: Reese responded that if working in groups,  a best practice is to ensure no group contains a minority of underrepresented minorities. For example, with groups of 3 there should be 0,2, or 3 woman in each group. He also suggested giving students multiple ways to participate, such as sharing questions through different modalities (email, chat, raising their hand to comment).

Q: Can we expand the time on assessments to accommodate everyone?

A: Reese replied yes, giving everyone more time will lower the pressure for everyone on that assessment. However, there are rules that still need to be followed. Reese suggested working with Student Disability Services if there are specific questions about accommodating students. Another option would be to allow students an alternative to a timed assessment.

Amy Brusini, Senior Instructional Designer
Center for Educational Resources

Image Source: Lunch and Learn Logo, Pixabay

 

Quick Tips: Alternative Assessments

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Throughout the past year and a half, instructors have made significant changes to the way they design and deliver their courses. The sudden shift to being fully remote, then hybrid, and now back to face-to-face for some courses has required instructors to rethink not only the way they teach, but also the way they assess their students. Many who have previously found success with traditional tests and exams are now seeking alternative forms of assessment, some of which are described below:

Homework assignments: Adding more weight to homework assignments is one way to take the pressure off of high stakes exams while keeping students engaged with course material. Homework assignments will vary according to the subject, but they may include answering questions from a chapter in a textbook, writing a summary of a reading or topic discussed in class, participating in an online discussion board, writing a letter, solving a problem set, etc.

Research paper:  Students can apply their knowledge by writing a research paper. To help ensure a successful outcome, a research paper can be set up as a scaffolded assignment, where students turn in different elements of the paper, such as a proposal, an outline, first and second drafts, bibliography, etc. throughout the semester, and then the cumulative work at the end.

Individual or group presentations: Student presentations can be done live for the class or prerecorded ahead of time using multimedia software (e.g., Panopto, VoiceThread) that can be viewed asynchronously. Depending on the subject matter, presentations may consist of a summary of content, a persuasive argument, a demonstration, a case study, an oral report, etc. Students can present individually or in groups.

Reflective paper or journal: Reflective exercises allow students to analyze what they have learned and experienced and how these experiences relate to their learning goals. Students develop an awareness of how they best acquire knowledge and can apply these metacognitive skills to both academic and non-academic settings. Reflective exercises can be guided or unguided and may include journaling, self-assessment, creating a concept map, writing a reflective essay, etc.

Individual or group projects: Student projects may be short-term, designed in a few weeks, or long-term, designed over an entire semester or more. If the project is longer term, it may be a good idea to provide checkpoints for students to check in about their progress and make sure they are meeting deadlines. Ideas for student projects include: creating a podcast, blog, interactive website, interactive map, short film, digital simulation, how-to guide, poster, interview, infographic, etc. Depending on the circumstances, it may be possible for students to partner with a community-based organization as part of their project. Another idea is to consider allowing students to propose their own project ideas.

Online Tests and Exams: For instructors who have moved their tests online, it may be worth considering lowering the stakes of these assessments.  Instead of high-stakes midterms and finals, replace them with weekly quizzes that are weighted lower than a traditional midterm or final. Giving more frequent assessments allows for additional opportunities to provide feedback to students and help them reach their goals successfully. To reduce the potential for cheating, include questions that are unique and require higher-level critical thinking. Another consideration is to allow at least some of the quizzes to be open-book.

It’s worth noting that offering students a variety of ways to demonstrate their knowledge aligns with the principles of universal design for learning (UDL). Going beyond traditional tests and exams helps to ensure that all learners have an opportunity to show what they have learned in a way that works best for them. If you’re looking for more ideas, here are a few sites containing additional alternative assessment strategies:

https://www.scholarlyteacher.com/post/alternatives-to-the-traditional-exam-as-measures-of-student-learning-outcomes

https://teaching.berkeley.edu/resources/course-design-guide/design-effective-assessments/alternatives-traditional-testing

https://cei.umn.edu/alternative-assessment-strategies

Amy Brusini, Senior Instructional Designer
Center for Educational Resources

Image Source: Pixabay

Strategies for an Inclusive Classroom

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This summer, the Center for Educational Resources offered a multi-day Best Practices in University Teaching workshop for JHU faculty to learn about evidence-based teaching practices. Participants explored topics such as best practices in course design, active learning strategies, and various assessment techniques. One of the many sessions that generated a great deal of discussion was the Inclusive Pedagogy session, which addressed the importance of accommodating the needs of diverse learners in a supportive environment.  The session was led by Dr. Karen Fleming, a professor in the Biophysics department who is also nationally recognized for her efforts in raising awareness on overcoming biases and barriers to women in STEM.  I played a small role in the presentation by providing a brief introduction and overview of Universal Design for Learning (UDL), a research-based educational framework that helps remove unnecessary barriers from the learning process.

During the session, participants were encouraged to examine their own biases by reflecting on an unconscious bias test they took just before the session. Many were clearly dismayed by their own results; Fleming reassured them that we all have biases and that accepting this fact is the first step in addressing them.  She then shared a real-world example of unconscious bias toward women in STEM that is published in the Proceedings of the National Academy of Sciences. The shocking results of this study, which show that even women faculty in STEM display a preferential bias toward males over females, resulted in an engaging discussion. The dialogue continued as participants then debriefed about a video they watched, also before the session, which featured a teaching assistant (TA) stereotyping various students as he welcomed them to class.  The video was intentionally exaggerated at times, and participants were eager to point out the “over the top” behavior exhibited by the TA. Participants were inspired to share personal experiences of bias, prejudice, and stereotyping that they’ve encountered in the classroom either as students or instructors.

Toward the end of the session, the focus shifted to thinking about strategies that would mitigate instances of biased behavior and instead encourage a more inclusive classroom environment. hands reaching toward each otherAs a culminating exercise, we asked participants to consider the principles of UDL as well as ideas and discussions from earlier in the session to complete an “Inclusive Strategies Worksheet;” the worksheet would contain concrete strategies that would make a measurable difference in terms of inclusivity in their classrooms. The participants were very thoughtful in their responses and several of their ideas are worth sharing:

  • Administer a pre- or early-semester survey to get to know the students and build community.
  • Include a “campus climate” section in the syllabus with language expressing a commitment to respecting diverse opinions and being inclusive.
  • On the first day of class, have students create a “Community Agreement” to establish ground rules for class discussions, online discussions, and group activities. This can be revisited throughout the semester to adjust what is working/not working.
  • Acknowledge that there may be uncomfortable moments as we face mistakes and hold each other and ourselves accountable. Encourage students to “call in” when mistakes (intentional or not) occur, rather than “call out” or “cancel” so that we may learn from each other.
  • Work collaboratively with students to develop rubrics for assignments.
  • Include authors and guest speakers with varied cultures, backgrounds, and identities. Include images, readings, examples, and other course materials that are diversified. If opportunities are limited, have students do a reflective exercise on who/what is missing from the research.
  • Share content with students in multiple ways: research papers, videos, images, graphs, blog entries, etc.
  • Increase the number of active learning activities to enrich the learning experience.
  • Offer options to students: vary the types of assignments given and allow for a choice of ways to demonstrate knowledge among students when possible.
  • Follow accessibility guidelines: ensure video/audio recordings have closed captioning and/or a transcript, for example.
  • Create opportunities for students to discuss their lived experiences in the classroom and/or on assignments.
  • Provide opportunities for students to participate anonymously without fear of judgement (i.e. using iClickers or Jamboard).
  • Conduct activities that engage students in small groups so they get to know one another. Encourage students to use these connections to identify study partners. Consider switching groups throughout the semester so students meet additional partners.

Do you have additional strategies to share? Please feel free to add them in the comments.

Amy Brusini, Senior Instructional Designer
Center for Educational Resources

Image Source: Best Practices in University Teaching Logo, Pixabay

The Hazards of Teaching for the First Time

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This post was submitted by Atousa Saberi, a graduate student in the Johns Hopkins Teaching Academy who reflected on her first-time teaching experience.

I would like to share my learning experience as a PhD student teaching my first undergraduate course during fall 2020: Natural Hazards.

Teaching this course, I wrestled with several questions: How can I engage students in a virtual setting? How can I make them think? What is the purpose of education after all and what do I want them to take away from the course?

About the course setting

Fall semester 2020 was a unique time to teach a course on natural hazards in the sense that all students were directly impacted by at least one type of disaster – the global pandemic. In addition, the semester coincided with a record-breaking Atlantic hurricane season on the East Coast and fires on the West Coast.  I used these events as an opportunity to spark students’ curiosity and motivate them to learn about the science of natural hazards.

As a student, my best learning experiences happened through dialogues and exchange of ideas between classmates and instructors that continued back and forth during class time. This experience inspired me to hold more than half of the class sessions synchronously.

To focus students’ attention, I motivated every class session by posing questions. For example, which hazards are the most destructive, frequent, or deadly? What is the effect of climate change on these hazards? What can we do about them?  Some of these questions are open ended and may sound overwhelming at first, but to me, the essential step in learning is to become curious enough to engage with questions and take steps to answer them. Isn’t the purpose of education to train future thinkers?

The course included clear learning objectives following Bloom’s Taxonomy to target both lower- and higher-level thinking skills. I designed multiple forms of assignments such as conducting readings, listening to podcasts, watching documentaries, completing analytical exercises, and participating in group discussions. To motivate the sense of exploration in students, instead of exams, I assigned a final term paper in which students investigated a natural disaster case study of their own interest.

The assessment was structured using specifications grading. The method directly links course grades to achievements of learning objectives and motivates students to focus on learning instead of earning points (Kelly, 2018). Grading rubrics were provided for each individual assignment.

Lab demonstrations

Just as a picture is worth a thousand words, lab demonstrations go a long way to supplement lectures and to improve conceptual understanding of learning materials. But is it possible to perform them in a remote setting?

Simple demonstrations were still possible. I just needed to get creative in implementing them! For example, I used a rubber band and a biscuit to demonstrate the strength of brittle versus elastic materials under various modes of deformation to explain how the choice of materials can make a drastic difference in what modes of deformation a building tolerates during an earthquake, which impacts the survival rate during an earthquake.

I also used a musical instrument, my Setar, as an analogy for seismic waves. Just seeing the instrument immediately captured the students’ attention. I played the same note at different octaves and reminded them how that results in a different pitch due to the string being confined to two different lengths. This is analogous to having a short versus long earthquake fault and therefore higher or lower frequency in seismic waves (Figure 1). Students were also given an exercise to listen to the sound of earthquakes from an archive to infer the fault length.

Figure 1. Comparison of seismic waves to the sound waves generated by a string instrument. (a) length of two Earthquake faults (USGS). (b) music instrument producing analogous sound waves. The red and green arrows show the note, D, played on the same string in different octaves.

Freedom to learn

Noam Chomsky often says in his interviews about education that students are taught to be passive and obedient rather than independent and creative (Robichaud, 2014). He believes education is a matter of laying out a string along which students will develop, but in their own way (Chomsky & Barsamian, 1996). Chomsky quotes his colleague’s response to students asking about course content, saying “it is not important what we cover in the class but rather what we discover” (Chomsky & Barsamian, 1996). I was inspired by this perspective and decided to encourage the enlightenment style of learning in my students by giving them freedom in their final term paper writing style. I encouraged the students to pick a case study based on what they loved to learn about natural hazards and gave them freedom in how to structure their writing or what to expand on (the science of the disaster, the losses, the social impacts, the aftermath, etc.). I was surprised to see so many of the students asked for strict guidelines, templates and sample term papers from previous semesters, as if the meaning of freedom and creativity in learning was unfamiliar to them!

Student perceptions of the class

I administered two anonymous feedback surveys, one in the middle of the semester and the other at the end. The mid-semester survey was focused on understanding what is working (not working) for students that I should keep (stop) doing, and what additional activities we could start doing to better adapt to the unexpected transition to online learning. I learned that students had a lot to say, some of which I incorporated in the second half of the semester, such as taking a class session to practice writing the term paper and hold a Q&A session.

The end-of-semester survey was more focused on their takeaways from the class, and what assignments/activities were most helpful in their learning experience. I specifically asked them questions such as, “What do you think you will remember from this course?  What did you discover?”

The final survey revealed that by the end of the semester students, regardless of their background, comprehended the major earth processes and reflected on the relation between humans and natural disasters. They grasped the interdisciplinary nature of the course and how one can learn about intersection of physics, humanities, and international relations through studying natural hazards and disasters. They also developed a sense of appreciation for the role of science in predicting and dealing with natural hazards.

What I learned

Even though universities like Hopkins often train Ph.D. students to focus on producing publications rather than doing curiosity-driven research, I found that teaching a course like this led me to ask the kind of fundamental questions that could stimulate future research. This experience helped me develop as a teacher, as well as a true scientist, while raising awareness and sharing important knowledge about natural hazards in a changing climate in which the frequency of hazardous events will likely increase. I captured students’ attention by making the learning relevant to their lives, which inspired their curiosity. Feedback surveys revealed and reinforced my idea that synchronous class discussions, constant questioning, and interesting lab demos would hook the students and motivate them to engage in dialogue.

I am grateful to the KSAS Dean’s Office for making teaching as a graduate student possible, to the Center for Educational Resources for providing great teaching resources, and to Dr. Rebecca Kelly for her continuous support and valuable insights during the period I was teaching, to Dr. Sabine Stanley and Thomas Haine for their encouragement and feedback on this essay.

Atousa Saberi

References:

Kelly, R. (2018). Meaningful grades with specification grading. https://cer.jhu.edu/files/InnovInstruct-Ped-18 specifications-grading.pdf

Robichaud, A. (2014). Interview with Noam Chomsky on education. Radical Pedagogy, 11 (1), 4.

Chomsky, N., & Barsamian, D. (1996). Class warfare: interviews with David Barsamian. Monroe, Maine: Common Courage Press. 5

USGS (2020), Listening to earthquake: https://earthquake.usgs.gov/education/listen/index.php.

Image Source: Pixabay, Atousa Saberi