Explore a new digital course that enhances student engagement, promotes effective study habits, and teaches critical skills for allied health careers by connecting chemistry to real-world issues.
Digital Learning NOW
Attend live, watch on-demand, or listen at your leisure to webinars that will expand your teaching strategies. Earn digital professional development badges for attending a live session.
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Select a tag (discipline, format, or topic) below to search free webinars.
Join Roger Freedman for a preview of the latest University Physics edition. Discover features and tools designed to engage students while enhancing authenticity and inclusivity in your physics course.
Want to help all the students in your chemistry classroom feel seen and celebrated? Explore new insights on inclusive, empathetic, and engaging teaching techniques with Dr. Laura Frost.
Encourage student engagement and self-learning with Mastering Physics. Discover strategies to guide learners through problems and utilize the most effective resources.
Engage students with the upcoming eclipse on April 8th by using Mastering Astronomy. Join author Jeffrey Bennett for innovative teaching strategies and interactive tools.
Help your microbiology students escape learning silos and confidently handle complex material with these teaching techniques from Dr. Norman-McKay.
Discover how to enhance learning outcomes by integrating AI into your Chemistry course and your students’ study tools. Learn how to use AI in the classroom from experts Joel Caughran and Chris Hess.
Student success can be greatly influenced by their preparedness and incoming knowledge. General Chemistry researchers have identified the potential for narrowing performance gaps across different demographic groups in introductory STEM courses by tailoring course designs and teaching methods to better align with the students' preparedness.
Explore the philosophy of active learning and discover techniques for implementing active-learning pre-lecture, in-lecture, and post-lecture.
Join Dr. James Rubenstein to learn how Mapping can help bring to life geographic concepts underlying the distribution of economic activities.
Join Dr. Nivaldo Tro for a discussion on the effectiveness of certain pedagogical strategies and their implementation in general chemistry.
Join Debbie Schmidt to learn four design approaches to keep the course on track and support better learning practices for students based on research.
Join Dr. Joan Salge Blake to learn about how can we make better sense of the nutrition and health information we receive and help our students do the same.
Join Dr. Lourdes P. Norman-McKay to explore ways to shape students' STEM identity as a means of encouraging success and retention of underrepresented groups in STEM disciplines.
Join faculty advisor Debbie Schmidt to learn how to use Mastering® tools to identify struggling students and give them personalized remediation, even if they never come to office hours.
Dr. Richard Mullins, joined by a student, talk about controlling your own destiny in Organic Chemistry. Rick outlines strategies used to help students truly learn how to master the challenging content.
Join Dr. Rick Mullins and Dr. Adam Azman of Xavier University for a discussion on teaching students how to truly learn organic chemistry.
Join Professor Nivaldo Tro of Santa Barbara City College for a discussion on pedagogical strategies, including the spacing effect and pretesting and how to use them in your introductory chemistry course.
Join Dr. Rick Mullins of Xavier University for a discussion on lessons learned while moving organic chemistry online as a result of the pandemic.
Join Debbie Schmidt of Pearson for a discussion on backward design.
Join Professor Nivaldo Tro of Santa Barbara City College for a discussion on effective pedagogical strategies and their implementation in General Chemistry.
Join Professors Catherine Crouch and Brian Jones as they share their experiences in adapting courses to better meet the needs of life science students.
Join Professor Brian Jones of Colorado State University for a discussion on approaches to teaching College Physics to a variety of students.