Visual alerts, color-coding, and recurring event features within digital platforms to support executive function. Guides the integration of accessible scheduling tools to increase student independence and time management skills.
A comprehensive sequence designed to help 9th-grade students with executive function challenges develop, implement, and test personalized organizational systems. Students explore analog and digital tools, master calendar management, organize digital and physical spaces, and simulate real-world 'stress tests' to refine their chosen frameworks.
A graduate-level sequence focused on the mechanics of administrative compliance in Special Education. Students will design and implement a comprehensive IEP workflow system using project management principles, automation, and deep work strategies to prevent burnout and ensure 100% legal compliance.
A comprehensive sequence for 11th-grade students focusing on the systems and environmental designs necessary for effective Special Education caseload management. Students explore physical workspace optimization, digital workflow tools, paperwork automation, and legal confidentiality requirements to build a personalized organizational toolkit.
Students design a comprehensive 'Teacher Command Center' for special education case management, focusing on reducing cognitive load through automated systems, checklists, and organized filing.
This sequence introduces 12th-grade students to the complex workload management required in Special Education. Students will learn to categorize tasks into instruction, compliance, and assessment pillars, improve their time estimation skills, and apply productivity strategies like time-blocking and task-batching to create a functional weekly schedule.
A project-based sequence for preservice special education teachers to design a digital organizational ecosystem. Students learn to evaluate tools, build central dashboards, automate data collection, and streamline communications to reduce administrative burden.
This advanced sequence guides graduate students through the design, implementation, and evaluation of strategic break protocols for neurodivergent learners. It covers the neurobiological basis for self-regulation, visual supports, sensory modality matching, and data-driven efficacy evaluation to foster student independence.
This sequence teaches 11th-grade students how to use digital visual systems (calendars, Kanban boards, and widgets) to support working memory and executive function. Students transition from reactive list-making to proactive visual time and task management, preparing them for the demands of college and career environments.
This sequence teaches 11th-grade students with working memory challenges how to use digital tools as external memory aids. Students learn to capture, process, and execute instructions using voice-to-text, micro-tasking, auditory alarms, and visual freezing techniques.
A cognitive strategy sequence for 10th-grade students focused on deconstructing complex academic prompts into manageable single-step tasks to support working memory and executive function.
A 5-lesson sequence for 12th-grade students with working memory challenges, focusing on using assistive technology to break down complex tasks into manageable single-step directions. Students explore checklists, voice assistants, photo-based instructions, and QR codes to build independence through digital literacy.
This sequence empowers students with working memory challenges to use digital tools to linearize tasks. Students learn to offload cognitive burden by using task managers, voice assistants, QR codes, and accessibility features to focus on one step at a time.
A facilitation guide for the 'Planner Gallery Walk' hook in Lesson 1, including station setup ideas and discussion prompts.
A set of scenario cards for the simulation activity, including master assignments and 'Chaos Card' events to test students' organizational frameworks.
A reflection and tracking log for students to record successes and failures during the 'Stress Test' simulation.
Simulation instructions and debrief slides for Lesson 5, putting students' organizational systems through a 'stress test' with mock assignments and surprise events.
A facilitation guide for the 'Backpack Blitz' blindfold activity, focusing on spatial memory and physical organization.
A guide for students to build a 'launchpad' routine and Morning Mission checklist to reduce morning cognitive load.
Workshop slides for Lesson 4, focusing on physical organization systems like binders and 'launchpad' routines to reduce morning cognitive load.
A table of contents and structure guide for students to use when assembling their final Standard Operating Procedure (SOP) manual.
A facilitation guide for the 'Digital Race' hook activity, including script ideas and debrief questions.
A guide for students to set up their digital folder hierarchy and practice professional file naming conventions.
A rubric for evaluating the final SOP manual project, focusing on compliance architecture, ethical automation, and system sustainability.
Workshop slides for Lesson 3, focusing on folder hierarchies, naming conventions, and quick digital retrieval strategies to prevent lost assignments.
Students put their systems to the test with a 'Simulated Week' activity involving mock assignments and surprise events, followed by reflection.
Students develop systems for physical materials, including binder organization and a 'launchpad' routine to reduce morning cognitive load.
Students learn naming conventions and folder hierarchies for digital storage, focusing on quick retrieval to avoid the 'missing homework' cycle.
A workshop where students populate a calendar with fixed commitments, learning to set effective reminders and buffers for transition times.
Students explore various planning tools, from paper agendas to apps, evaluating the pros and cons of each based on their own processing styles and accessibility needs.
Students synthesize their tools into a personal Standard Operating Procedure (SOP) manual, undergoing peer review to ensure system sustainability and clarity.
Exploring the cognitive science of deep work to design batch-processed schedules that minimize task-switching and manage cognitive load.
A technical workshop on creating ethical templates and text expanders for documentation while navigating the legal and ethical boundaries of AI and automation.
Participants use project management tools to backwards-map the 60-day evaluation timeline and annual renewal cycles, creating reliable trigger systems for compliance.
Students conduct a time-audit of the typical IEP writing process to identify bottlenecks and apply Lean Management principles to eliminate administrative waste.
Students present their completed Organizational Ecosystems to peers. They conduct a 'stress test' by posing hypothetical complex scenarios to see if the peer's system can handle the data flow efficiently.
Students develop templates for common communications, including meeting notices, positive parent contact, and general education teacher check-ins. They organize these into a quick-access library to speed up routine correspondence.
