Techniques for overcoming setbacks, managing stress, and maintaining effort toward long-term goals. Develops emotional regulation and problem-solving skills to navigate challenges effectively.
Students synthesize their knowledge to create a personalized physiological safety plan for high-stress periods. They identify triggers, early warning signs, and pre-planned somatic interventions.
Students evaluate somatic bottom-up processing techniques like diaphragmatic breathing and thermal regulation. They learn to choose the right physical strategy for their specific physiological profile.
Learners practice interoception—the sense of the internal state of the body. They test their accuracy in detecting heart rate and tension, connecting poor awareness with high anxiety.
Dives into Polyvagal Theory to distinguish between fight/flight mobilization and dorsal vagal shutdown. Students analyze behaviors like procrastination and isolation as biological responses.
Students integrate their knowledge to create a personal 'bio-map' of their stress escalation cycle. They present how specific physiological interventions can interrupt this cycle at various stages.
Final synthesis where students integrate all learned modules into a personalized Resilience Architecture plan and a portable Crisis Card for emergency restoration.
Addresses the pressure to overcommit in academia by teaching the 'Strategic No' as a tool for protecting capacity and ensuring career longevity.
Explores the neurobiology of sleep and its role in emotional regulation, culminating in the design of a 'shutdown ritual' to combat revenge bedtime procrastination.
Reframes time management as a tool for reducing cognitive load and anxiety, teaching graduate students to design schedules based on energy levels and buffer capacity.
Students distinguish between stressors and the physiological stress response, auditing their current routines to ensure they are completing the stress cycle to prevent chronic burnout.
Students design and pitch a sustainable community care initiative tailored to their specific academic or professional cohort.
Develops skills for leading group stress check-ins, managing dynamics, and ensuring psychological safety in group settings.
A systemic approach to stress and burnout prevention for graduate students, reframing personal well-being as a design challenge. Students develop a personalized 'resilience architecture' through structural changes in time management, sleep hygiene, and boundary setting.
A graduate-level training sequence on facilitating peer support systems to mitigate stress and anxiety. Students learn the science of social support, micro-skills for active listening, boundary setting to prevent burnout, and group facilitation techniques to create sustainable communities of care.
A comprehensive workshop sequence for graduate students to address academic anxiety through cognitive restructuring. The sequence explores Impostor Phenomenon, cognitive distortions, perfectionism, and professional identity to build long-term resilience.
A graduate-level exploration of the biological underpinnings of stress. Students move from theoretical understanding of the autonomic nervous system and Polyvagal Theory to practical application of somatic regulation and interoceptive awareness, culminating in a personalized physiological safety plan.
A Pre-K sequence focused on building self-esteem and positive experiences through mastery, growth mindset, and persistence. Students learn to navigate challenges and celebrate their own progress.
A Pre-K sequence introducing behavioral activation concepts by helping a puppet character navigate low moods through small, physical actions and kindness. Students learn that 'doing' can change 'feeling' in a developmentally appropriate, narrative-driven way.
A project-based sequence for Kindergarteners to build emotional resilience by designing and practicing daily routines that prioritize fun, rest, and connection. Students learn to sequence their day, brainstorm rewarding activities, and commit to 'Positive Pauses' for emotional well-being.
A 5-lesson unit for 3rd graders focused on building emotional resilience through habit formation. Students learn to audit their time, identify small 'micro-moments' of joy, and design balanced daily schedules that prioritize positive experiences.
A 1st-grade counseling sequence that uses game-based mechanics and metaphors to teach behavioral activation, emotional resilience, and the importance of daily positive routines.
This sequence introduces first-grade students to the fundamental connection between their actions and their emotions, serving as a foundational introduction to behavioral activation. Students explore how specific activities can shift their mood and create a personalized action plan for emotional regulation.
A mastery-focused sequence where undergraduate students audit their current stress responses and design a personalized, tiered emotional regulation protocol. Students use systems thinking to build resilient habits and prepare for future distress.
An applied sequence for undergraduate students to master self-regulation and de-escalation techniques in high-pressure academic and interpersonal contexts. Students move from identifying personal physiological triggers to practicing real-time regulation during active conflict and performance.
Final project rubric for evaluating the Community Care Initiative, focusing on rationale, boundaries, referral pathways, and sustainability.
Student design workbook for planning the Community Care initiative, covering problem definition, logistics, safety boundaries, and sustainability.
A peer review checklist and facilitation guide for students to audit each other's physiological safety plans, focusing on actionability and bottom-up efficacy.
The culminating project template for the sequence: a personalized physiological safety plan that synthesizes triggers, cues, somatic interventions, and anchors.
Final project brief for the Community Care initiative, detailing requirements, core components, and the "Department Pitch" assessment.
Visual presentation slides for Lesson 4, distinguishing between adaptive excellence and maladaptive perfectionism while introducing the law of diminishing returns.
Final student synthesis materials for Lesson 5, including a comprehensive Resilience Architecture master plan and a portable, pocket-sized Crisis Card for immediate intervention.
Synthesis slides for Lesson 5, introducing the concept of mental rehearsal and the architecture of a physiological safety plan.
Observation and feedback tool for students to use while observing peer-led group facilitation simulations, focusing on psychological safety and dynamic management.
Facilitation guide for the Somatic Toolkit workshop, including station setup instructions and instructional scripts for bottom-up regulation.
Visual presentation slides for Lesson 3, teaching students how to detach self-worth from academic critique and parse feedback for objective data.
Practical script for students to lead a brief check-in circle, featuring opening ground rules, modeling prompts, and intervention strategies.
