Faculty Workshops & Presentations
Full Faculty Professional Development Presentations
These four workshops cover the core mental processes essential to learning. Each workshop lasts from one to three hours, and can be combined with any other. All four explain the essential psychological and neuro-biological processes underlying learning, and explore the specific teaching strategies that flow from current brain research.
Working Memory: after a few fun exercises that demonstrate working memory limitations, this workshop helps teachers discover potential working memory ‘hot spots’ in their lesson plans, and offers strategies to widen this cognitive bottleneck.
Long-term Memory: This workshop focuses on cognitive steps essential to long-term memory formation: specifically, encoding and retrieval. Emphasizing the benefits of “desirable difficulties” and “blank-page review,” the talk offers several strategies for organizing syllabi, lesson plans, and assessments. It also considers the perils of prior misconceptions, and offers time to practice solutions.
Motivation: Dweck’s work on Mindset and Steele's work on Stereotype Threat ground this workshop, which explores strategies for emphasizing cognitive growth, managing the brain’s dopamine system (often called the ‘reward network’), and weeding out the stereotype threats that can impede learning for all students.
Attention: The one word ‘attention’ includes at least three distinct neural processes—alertness, orienting, and executive attention. This workshop describes each one, and offers concrete strategies for managing them all. Once teachers can correctly diagnose attentional problems, we can flexibly and effectively use these strategies to enhance our students’ learning.
In-depth Workshop for Teachers
Intended for a select group of interested teachers, this advanced workshop is designed to last roughly fifteen hours, spread over two or three full days.
deeply explores the research behind our understanding of attention, motivation, and memory. It examines fMRI research techniques, so that teachers can better understand—and at times question—scientific conclusions.
studies a broad variety of strategies for strengthening teaching with the lessons of neuroscience.
practices developing lesson plans, classroom activities, homework assignments, and assessments that grow directly from neurological and psychological research.
offers guidance on sharing these techniques with other teachers, so that the knowledge developed in this workshop can benefit the entire academic community.
Because all schools organize time differently, it can be scheduled to best meet your school’s need. The workshop can also be tailored to address topics of particular interest to the school and it can be combined with a Full Faculty Presentation.
Consultation & Research
School administrative teams must make difficult decisions about curriculum, pedagogy, and school-keeping—and neuroscience can help. Research into many topics can supplement and frame the experience that administrators use to guide school policies. For example:
Research on adolescent sleep patterns, and their implications for school scheduling.
Exploration of the connection between physical fitness and academic performance.
Understanding the importance of food for concentration, learning, and understanding.
For a broad variety of school needs, I can meet with the administrative team to summarize and explain the latest research—and perhaps to debunk current misconceptions—on topics essential to your school’s current debates.
For more specialized topics or questions, I can also undertake comprehensive research to inform administrative discussions and to ensure that decisions result from up-to-date and well-supported information.
For schools especially interested in the connections between neuroscience and education, I will be working as an ongoing consultant—coming to campus weekly, fortnightly, or monthly.
A consulting relationship allows for all of the options described above, in addition to many other collaborations that meet the school’s needs most effectively.
Potential collaborations include:
Ongoing work with small groups of teachers—such as departments, teacher discussion groups, or dorm faculty members—to develop and enrich particular interests and strategies.
Year-long research projects testing the effectiveness of teaching techniques supported by neurological research.
Exploration of school data to identify patterns, strengths, and weaknesses, and to develop appropriate plans for growth and improvement.