Into Practice, a biweekly communication distributed from the Office of the Vice Provost for Advances in Learning to active instructors during the academic year was inspired by a successful 2012 HILT grant project. The e-letter highlights the pedagogical practices of individual faculty members from across Schools and delivers timely, evidence-based teaching advice, contributing to and strengthening a University-wide community of practice around teaching.

Below is a catalog of all the Into Practice issues sorted by the publication date. To subscribe to Into Practice, please sign-up via our Mailing List page.

• Flipping the classroom for deeper student engagement and feedback on learning

  L Mahadevan, Lola England de Valpine Professor of Applied Mathematics in SEAS, and Professor of Organismic and Evolutionary Biology, and of Physics in FAS used a 2017-2018 SEAS Learning Incubator LInc Faculty Fellowship to emphasize active learning in his Mathematical Modeling course. He implemented a flipped classroom approach to enable students to come to class with problems and questions to collaborate on, time to develop their own problems from scratch, and work on modeling with peers. The foundational arc supporting this process has students move from observations through abstraction, analysis and communication, and iteration.

• Implementing collaborative experimentation

  Rachel Carmody, Assistant Professor of Human Evolutionary Biology, explores a burgeoning new field in her course Gut Microbiome and Human Health. The main goals are for students to develop the skills to understand how experiments are designed and conducted, and to critically evaluate existing studies and emerging research papers. Students are challenged to generate new data of their own and run experiments to investigate a predetermined hypothesis individually and collectively during the semester. They regularly discuss the results of their experiments and produce final research papers that use the collective data to explore any aspect of the hypothesis that interests them.

• Rubric Visualization Project

  Awardees will create a program to transform raw rubric data into an easy-to-understand visualization that shows which part of an assignment students best performed on and which parts they need help with.

• Teaching Students How to Learn

  Awardees will develop an interdisciplinary STEM initiative that will enable instructors to incorporate explicit lessons to teach their students how to study and learn both inside and outside of the classroom.

• Supporting Virtual Reality Pedagogical Initiatives across Harvard

  Awardees will provide virtual reality (VR) equipment, software, and staff training for initiating and supporting innovative VR pedagogical initiatives at the Cabot Science Library VR studio.

• Helping students see themselves as scientists

  When Dr. Kevin Eggan, Professor of Stem Cell and Regenerative Biology, did research as an undergraduate, it “transformed for me what science was and what it could be.” His Precision Genetics and Gene Therapy year-long course offers sophomores a similar opportunity. In the fall, students are introduced to a “jamboree of recent medical discoveries in Amyotrophic lateral sclerosis (ALS).” Working in small groups, they explore and then choose a gene to focus on. In the spring, they continue in small groups to experiment on mice, learn tools for analyzing the data they generate, and present to their peers, instructors, and external experts along the way.

• Structuring intellectual collaboration and play

  Emily Dolan, Gardner Cowles Associate Professor of the Humanities, co-teaches the graduate seminar Instruments and Instrumentalities with Professor and James McGill Chair in Culture and Technology Jonathan Sterne of McGill University in which students from both Harvard and McGill (representing a range of disciplines) engage with one another via audio and video conferencing, trips to each campus, online documents, and other tools.

• Enhancing student learning through field experience

  Gonzalo Giribet, Professor of Organismic and Evolutionary Biology, takes students in his course Biology and Evolution of Invertebrate Animals (co-taught this semester with Professor Cassandra Extavour) to Panama to do fieldwork during spring break to help them see how invertebrate animals “are assembled in nature,” and how “organisms are integrated into systems.” Students incur no costs for the trip thanks to funding from the Museum of Comparative Zoology.

• Enriching learning through student-led provocation

  Though Timothy Patrick McCarthy, Lecturer on History and Literature, Public Policy, and Education, plays an integral role in class discussions for his course Stories of Slavery and Freedom, students are responsible for leading the majority of classes through an exercise McCarthy refers to as “provocation.” “The provokers do not come in and give a summary of what we’ve read or a mini-lecture about the top-line themes that might emerge from the assigned readings. I really want them to find some way to literally provoke us into conversation, get the juices flowing, and try to get all the students to think about something urgently at the outset of class.”

• Understanding culture through material artifacts

  Students in Japanese art and architecture courses taught by Yukio Lippit, Professor of History of Art and Architecture, often encounter cultures quite different from their own.  Lippit immerses them in those cultures through deep engagement with material artifacts, by examining roof tiles or carpentry, visiting the Japanese house at the Boston Children’s Museum, or participating in a tea ceremony.  

• Designing Your Course

  Course design resources from the Derek Bok Center for Teaching and Learning, including 1) Backward Design, 2) Functions of the Syllabus, 3) Formative ("low-stakes") vs. Summative ("high-stakes") Assessments, 4) Assignment Modalities, 5) Framing and Sequencing Assignments, and 6) Grading and Responding to Student Work.

• In the Classroom

  Resources on in-class teaching from the Derek Bok Center for Teaching and Learning, including 1) Building Rapport, 2) Classroom Contracts, 3) Active Learning, 4) Instructional Strategies, and 5) Technology and Student Distraction.

• The Science of Learning

  Key concepts in learning sciences from the Derek Bok Center for Teaching and Learning, including 1) How Memory Works, 2) Comprehending and Communicating Knowledge, 3) Metacognition and Motivation, and 4) Promoting Engagement.

• Moving from passive learning to active exploration of the physical world

  Scott Edwards, Professor of Organismic and Evolutionary Biology and Curator of Ornithology in the Museum of Comparative Zoology (MCZ), makes extensive use of the museum’s ornithology collections in his courses and brings specimens into his lecture sessions to engage students in close analysis during weekly three-hour labs. Edwards models “ways of making meaning” by looking to specimens as key evidence for testing claims and theories.

• Using ethnographic research to improve students’ qualitative literacy

  In distinguishing fact from opinion, quantitative information is often seen as more reliable, but Mario Luis Small, Grafstein Family Professor of Sociology, wants students also to see the value of qualitative data for assessing such claims. In his course Qualitative Network Analysis, he requires students to analyze empirical research (including their own ethnographic cases) with a qualitative lens and thoroughly evaluate “authors who believe they’re making a defensible claim about some aspect of society.”

• Transforming your syllabus to reach and engage students

  When Katharina Piechocki, Associate Professor of Comparative Literature, prepares for a course she has taught before, she significantly changes the syllabus to stay relevant in a rapidly-changing world, respond to students’ (and her own) growing interests, and take advantage of events outside the classroom.

• Balance of agency and flexibility helps students develop their own artistic process

  Nora Schultz, Assistant Professor of Visual and Environmental Studies, encourages experimentation and a diversity of readings for her courses Shape Shifting Your Reality and Object Matter of Jelly Fish: Sculpture Course.

• Inviting guest instructors to teach entrepreneurial theory and practice

  Jacob K. Olupona, Professor of African and African American Studies andProfessor of African Religious Traditions, collaborated with students from Harvard Graduate School of Education in 2013 to develop a team-taught course on entrepreneurship that would appeal to learners across the University.

• Interactive lecturing: High-leverage teaching practices to energize students

  Paola Arlotta, Professor of Stem Cell and Regenerative Biology, creates an environment of active inquiry, experimentation, and brainstorming by employing interactive lecturing in her course, Got (New) Brain? The Evolution of Brain Regeneration.

• Encouraging students to engage with one another to solve problems (and problem sets)

  Cassandra G. Extavour, Professor of Organismic and Evolutionary Biology and of Molecular and Cellular Biology, is one of six co-instructors for LIFESCI 50(A & B) Integrated Science, an intensive two-semester course created by Andrew Murray, Herschel Smith Professor of Molecular Genetics, covering methods and concepts from biology, chemistry, physics, and mathematics.