Techniques for recognizing physical, emotional, and environmental stressors. Builds self-awareness through tracking patterns of tension and identifying personal pressure points.
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 technical and mastery-based sequence for undergraduate students to develop actionable emotional regulation and grounding strategies. Students move from physiological understanding to real-time application in high-pressure simulations.
A Kindergarten sequence focused on helping students identify personal interests and the link between activities and emotions through sensory exploration and creative mapping.
This sequence introduces 3rd-grade students to identifying personal sources of joy and satisfaction. It guides them through recognizing physical emotional shifts, inventorying interests, exploring sensory joy, categorizing activities by energy levels, and creating a personalized 'menu' of coping strategies 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.
This sequence equips undergraduate students with evidence-based sensory grounding techniques to manage acute emotional distress. Through theory, experimentation, and design, students develop a personalized toolkit for cognitive reorientation and physiological stabilization.
A comprehensive sequence for undergraduate students exploring the neurobiology of stress, the autonomic nervous system, and physiological self-regulation techniques. Students move from theoretical understanding of brain structures to practical mastery of interoception and vagal tone modulation.
A sequence for 2nd graders to learn how behavioral activation—choosing positive actions—can help regulate emotions like sadness and anxiety. Students learn to recognize physical emotional cues and develop a personal 'Bounce-Back Plan' to shift their mood.
A culminating simulation where students face timed cognitive challenges while practicing their chosen regulation techniques. This bridges the gap between knowing a technique and using it under pressure.
Learners identify personal sensory preferences that induce calm. They design and assemble a portable or digital 'kit' of resources to use during high-stress periods.
Students learn the sequence of tensing and releasing muscle groups to identify and release held physical tension. The lesson emphasizes the connection between physical relaxation and mental clarity.
A technical workshop on breathwork, focusing on Box Breathing and 4-7-8 breathing to stimulate the parasympathetic nervous system. Students use biofeedback tools to measure the efficacy of different ratios.
Students practice the 5-4-3-2-1 technique and other sensory-based orientation strategies to reconnect with the present moment. The lesson explains the science of how sensory input overrides ruminative thought loops.
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 present their collages to small groups, articulating why they chose specific activities. Peer listeners practice affirming others' choices.
Students present their Joy Menus to small groups, allowing peers to borrow ideas to add to their own lists. The lesson concludes with a commitment to try one menu item over the weekend.
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.
A performance tracking log for students to evaluate their use of regulation techniques during the final simulation under timed cognitive pressure.
Introductory slides for the Simulated Stress Response lesson, facilitating the final classroom simulation where students apply techniques under cognitive pressure.
A project guide and planning document for students to design their personalized physical or digital sensory soothing kits.
Introductory slides for the Sensory Soothing Kit project, covering the psychology of decision fatigue, sensory inputs, and physical vs. digital implementation formats.
A visual checklist and hotspot mapping tool for students to track their physical response to Progressive Muscle Relaxation.
Technical slides for the Progressive Muscle Relaxation lesson, teaching the tension-relaxation contrast and the full-body PMR protocol.
A technical biofeedback log for students to record heart rate data and subjective stress levels before and after practicing various breathing protocols.
Technical slides for the Controlled Breathing lesson, explaining vagal tone, the autonomic nervous system, and step-by-step protocols for Box and 4-7-8 breathing.
A structured lab report for undergraduate students to track and compare the efficacy of different sensory grounding techniques during a classroom simulation.
Introductory slides for the Sensory Grounding lesson, covering the science of ruminative loops, the ice cube challenge, and the 5-4-3-2-1 technique.
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.
