Interoception — the brain's ability to detect internal body signals — is frequently impaired in autistic and ADHD brains. This lecture explains why "listen to your body" is genuinely unhelpful advice for many neurodivergent people, and introduces the Burnout Self-Assessment worksheet. Learning outcome: Students can explain how interoception difficulties contribute to missed burnout warning signs and begin using the self-assessment tool. ? Resource: Burnout Self-Assessment Worksheet

Burnout is not binary. This lecture introduces a four-stage spectrum — Depletion, Threshold, Active Burnout, and Crisis/Shutdown — with observable markers at each stage. Students identify where they currently sit. Learning outcome: Students can locate their current position on the neurodivergent burnout spectrum and describe the observable markers at each stage. ? Resource: Burnout Spectrum Self-Assessment

Increased sensory sensitivity is one of the most reliable early burnout indicators — and one of the least recognised. This lecture covers the physical and sensory signals that precede burnout, including autistic regression and the return of previously-managed sensory sensitivities. Learning outcome: Students can identify physical and sensory burnout signals specific to their neurodivergent profile, including signals that clinicians frequently miss.

When executive function deteriorates, previously manageable tasks become impossible. This lecture covers cognitive and emotional burnout signals — including loss of special interest engagement, increased RSD episodes, memory fragmentation, and emotional blunting — and why these often appear before physical collapse. Learning outcome: Students can recognise cognitive and emotional burnout signals before reaching crisis point and connect them to their specific neurodivergent profile.

Tired resolves with rest. Burned out does not — and rest can initially make it worse. This lecture draws the clinical distinction, explains the paradox of burnout rest, and introduces the decision tree for determining whether professional support is warranted. Learning outcome: Students can differentiate between ordinary fatigue and clinical burnout requiring intervention and identify when to involve a GP or mental health professional. ? Resource: "Am I Burned Out?" Decision Tree — printable PDF

When you are already in active burnout, the priority is not recovery — it is stopping the haemorrhage. This lecture establishes the two immediate goals (reduce demand, reduce sensory load) and reframes the target from performance to minimum viable functioning. Learning outcome: Students can identify the correct immediate priorities when already in active burnout and reframe their expectations for the acute phase.

Minimum Viable Functioning (MVF) is not giving up. It is strategic triage. This lecture defines MVF, walks through the four categories of non-negotiable minimums, introduces the Not Right Now list, and provides scripts for communicating reduced capacity to others. Learning outcome: Students can implement a reduced-demand MVF protocol during active burnout, including identifying their personal non-negotiables and communicating capacity to others. ? Resource: MVF Planning Template

The sensory environment is the fastest lever available during burnout. This lecture covers specific environmental modifications for home and workplace, explains why environment change matters more than mindset shifts during acute burnout, and helps students identify their personal sensory stressors and restorers. Learning outcome: Students can implement immediate sensory and environmental modifications that reduce nervous system load during active burnout.

When does burnout warrant a medical certificate? How do you talk to a GP who may never have heard of autistic burnout? This lecture covers clinical thresholds, GP conversation scripts, and the difference between a reasonable adjustment and asking for special treatment. Learning outcome: Students can evaluate whether medical leave or formal accommodations are appropriate for their situation and communicate their needs to a GP effectively. ? Resource: GP Appointment Prep Card

Too much disclosure creates vulnerability. Too little means no support. This lecture introduces a three-tier disclosure framework — close relationships, professional relationships, acquaintances — with brief scripts for each and strategies for managing unhelpful responses. Learning outcome: Students can communicate burnout to key people in their life without over-disclosing or minimising, using tier-appropriate language.

Research indicates autistic burnout recovery takes months to years — not weeks. This lecture presents that timeline honestly, explains the factors that affect recovery duration, and addresses the non-linear nature of recovery so students understand that good days and bad days are both expected. Learning outcome: Students can set realistic recovery expectations based on current research and their individual burnout profile.

Standard time management ignores neurological energy — it only counts clock time. This lecture introduces the Energy Accounting model adapted specifically for AuDHD brains, including visible costs, hidden costs (masking, sensory processing, EF load, RSD), and recovery inputs. Learning outcome: Students can apply an adapted energy accounting framework to their daily life, accounting for hidden neurological costs that standard planning tools ignore. ? Resource: Energy Accounting Daily Tracker

Demand reduction is not giving up — it is strategic resource reallocation. This lecture covers the five demand categories (sensory, social, cognitive, emotional, physical), introduces the demand audit, and provides practical reduction strategies for the recovery period. Learning outcome: Students can identify and systematically reduce non-essential demands during recovery using a structured demand audit process.

The language shift from "I prefer quiet" to "my nervous system requires reduced auditory input to function" is not semantic — it changes how accommodation requests are received and how students relate to their own needs. This lecture covers sensory diet design and specific accommodation strategies by environment. Learning outcome: Students can reframe sensory accommodation as medical necessity and design a basic sensory plan that supports recovery across home and work environments.

Feeling 50% better does not mean you are ready for 100% of your previous load. This lecture introduces the 50% rule, explains the correct reintroduction sequence (physical first, masking-heavy environments last), and covers the early signs of overextension before they become a relapse. Learning outcome: Students can reintroduce activity during recovery using a structured sequence that reduces the risk of relapse.

Burnout — especially for late-diagnosed adults — often forces a confrontation with how you have been living. This lecture addresses the grief component of recovery, validates the identity disruption that follows burnout, and offers a brief grounding exercise for when grief becomes overwhelming. Mel shares personally from her own post-diagnosis recalibration. Learning outcome: Students can process the identity disruption that frequently accompanies neurodivergent burnout recovery without pathologising a clinically normal response.

Waiting too long, over-explaining, apologising, using clinical language HR doesn't understand — this lecture identifies the most common communication errors neurodivergent people make in burnout conversations and establishes the framework for the roleplay module. Learning outcome: Students can identify the most common communication errors in workplace burnout conversations and understand the disclosure considerations specific to neurodivergent professionals.

A proactive conversation with a manager before burnout reaches crisis is far more effective than a reactive one — and far harder to initiate. This lecture models the conversation in two versions: with disclosure of neurodivergence and without. Key elements modelled include neutral language, functional impact framing, and responding to common pushback. Learning outcome: Students can conduct a proactive burnout conversation with a manager before reaching crisis point, using functional impact language in both disclosure and non-disclosure versions. ? Resource: Manager Conversation Script Template

What to bring, what to say, and what to do if the request is denied. This lecture models a formal accommodation request meeting with HR, covering the documentation required, functional impact framing, common HR responses, and the steps available if the request is refused. Learning outcome: Students can make a formal accommodation request clearly, with appropriate documentation and language, without undermining their own credibility. ? Resource: Accommodation Request Letter Template

When a manager assigns additional work during a recovery period, the neurodivergent fawn response often kicks in immediately. This lecture models brief, clear limit-setting language and addresses the guilt, pressure, and people-pleasing patterns that make this conversation feel impossible. Learning outcome: Students can decline additional tasks or responsibilities during recovery using clear, brief language without excessive justification or apology.

The apology habit undermines requests before they are even made. This lecture models direct help-seeking with colleagues, addresses the pattern of deflecting or over-thanking when help is received, and closes with a brief reflection on where the reluctance to ask comes from. Learning outcome: Students can request support from colleagues directly and receive it without deflecting, using language that does not undermine the request. ? Resource: Scripts That Work — one-page consolidated reference card

Burnout is a systems failure, not a personal failure. This lecture introduces root cause analysis for burnout — distinguishing immediate triggers from the structural conditions that made burnout inevitable — and asks the uncomfortable question: can you return to the life you had, or does something structural need to change? Learning outcome: Students can identify the systemic conditions that produced their burnout, beyond the immediate triggers, and evaluate whether structural change is required.

The most effective burnout prevention tool is a personalised set of observable signals that appear before depletion becomes crisis. This lecture guides students through a retrospective burnout review, helps them identify their personal three-to-five early warning indicators, and introduces the trusted person protocol for external reality-checking. Learning outcome: Students can design a personal early warning system using retrospective burnout data and establish a check-in structure to catch depletion signals before they escalate. ? Resource: Personal Early Warning System — fillable template

Productivity systems designed for neurotypical brains create friction, shame, and eventual abandonment for AuDHD brains. This lecture introduces AuDHD system design principles — low-demand to start, built-in rest, sensory-aware, dopamine-compatible — and addresses the flexibility-structure balance specific to AuDHD. Learning outcome: Students can design daily and weekly systems that operate with their neurology rather than against it, applying AuDHD-specific design principles. ? Resource: AuDHD Weekly Planning Template

Most workplaces and social environments are not designed for neurodivergent people — and that is unlikely to change quickly. This lecture covers strategic masking reduction, the non-negotiable decompression requirement, and the honest evaluation of options when the environment itself is the problem. Learning outcome: Students can implement structural protections when operating in neurotypical-dominated environments and evaluate their options when environmental change is necessary.

A close recapping the full framework — recognition, stabilisation, recovery, prevention — and anchoring the shift from "what is wrong with me?" to "what does my brain need?" Mel closes personally, sharing what she wishes she had known decades earlier. Learning outcome: Students consolidate their learning across all six modules, identify one immediate action to implement, and leave with the full framework mapped and accessible.