Launch Protocol Modeling Guide Executive Functioning • Facilitator Guide
Launch Protocol Modeling Guide
Initiation Skill Drill
Target: Start within agreed time
Clinical Focus — Task Initiation Friction: Initiation paralysis occurs when the cognitive load of a task feels overwhelming, triggering avoidance or perfectionist freezing. Overcoming initiation requires replacing vague instructions ("Get started!") with a mechanized, time-bounded Ignition Protocol that lowers activation energy.
The 4-Step Ignition Protocol (T-Minus Routine)
Step 01 T-90s
Clear Runway
Clear physical desk. Only target worksheet and pencil visible. Eliminate visual noise.
Action: Clean deck
Step 02 T-60s
Find Micro-Step
Name the single tiniest move taking <15 sec (write name, circle keyword, copy date).
Action: 1 tiny task
Step 03 T-30s
Set Visual Cue
Confirm agreed launch limit (e.g., 60 seconds). Point to countdown or visual sand timer.
Action: Start timer
Step 04 Ignition
Pencil to Paper
Touch pencil to page before timer expires. Zero judgment on quality; momentum is goal.
Action: First touch
Facilitator Think-Aloud Modeling Script (I Do) Read verbatim or adapt naturally
// TEACHER DEMONSTRATION AT THE BOARD OR DOCUMENT CAMERA:
[Presents full multi-paragraph writing prompt] "Class, look at my desk. My brain sees 30 lines to write and immediately whispers: 'This is too huge. Check your backpack first. Sharpen your pencil. Look out the window.' That feeling is initiation drag. It's completely normal."
[Executes Step 1] "Watch how I beat initiation drag. I don't write the whole essay right now. First, T-Minus 90: I push away my lunch bag and library book. Runway is clean."
[Executes Step 2] "Next, T-Minus 60: What is my microscopic first move? I don't even brainstorm yet. My micro-step is writing my first and last name, and circling the verb in prompt #1. Can my brain do that in 10 seconds? Absolutely."
[Executes Step 3 & 4] "Now I flip my 60-second visual sand timer. 3... 2... 1... ignition! Pencil touches paper. Look: My name is down. The word 'Compare' is circled. I have officially launched. I beat the timer. Once the engine is started, rolling forward is 10 times easier."
Ready Set Launch • Executive Functioning Instruction Guide Page 1 of 2
Facilitator Guide • Implementation & Tracking
Instructional Cadence & De-escalation
Pacing: 25-35 minutes
Gradual Release Sequence (25-Min Lesson Flow)
Phase 1: I Do 6 Min
Model Initiation Trap
Deliver Think-Aloud script. Explicitly show the contrast between "task staring" and the 4-Step Ignition sequence.
Phase 2: We Do 10 Min
T-Minus Activity
Run the 3 scenario rounds in the Challenge Activity. Class negotiates target times (30s, 60s, 90s) and identifies micro-steps.
Phase 3: You Do 12 Min
Beat The Clock Drills
Students apply ignition to real academic work on the Practice Sheet, self-recording latency times and completing the debrief.
Initiation Friction Matrix: Common Triggers & Verbal Interventions
Observed Behavior Root Dysfunction Teacher De-escalation Prompt Desk Scavenger Hunt (sharpening, rummaging) Executive Delay & Tactile Distraction "Hold your pencil still. Your timer is at 45 seconds. Let's do step 2: What is the first letter you will write?" Blank Page Stare (paralyzed by page size) Cognitive Overload & Ambiguity "Cover the bottom half with your index card. We only care about line 1 right now. Just put down one word." Perfectionist Freeze ("I don't know the right answer") Fear of Error / Activation Anxiety "Draft #1 can be messy. You get full credit for starting before the bell, not for perfection. Launch now."
IEP / Goal Measurement Specification Objective Metric
Sample Target Goal: "Given an academic assignment and a visual launch prompt, student will initiate task execution (defined as writing name, reading item 1, and placing first notation) within 60 seconds across 4 out of 5 consecutive academic probes with no more than 1 indirect verbal prompt."
Latency Time: Measured in seconds from prompt to first pencil stroke.
Prompt Level: Independent (I), Visual Cue (V), Indirect Verbal (IV), Direct (D).
Mastery Standard: Start in ≤60s across 3 consecutive days.
Ready Set Launch • Executive Functioning Instruction Guide Page 2 of 2
T Minus Challenge Activity Executive Functioning • Partner Simulation
T-Minus Challenge Activity
Pilot Name:
Flight Partner:
Mission Date:
Flight Rule: Beat The Agreed Launch Window
The goal of task initiation is not to finish the whole project right now . The only mission is to push through the starting resistance and place your pencil on paper before the agreed timer hits zero .
Part 1: The Micro-Step Simulator
Turn overwhelming tasks into 10-second ignition moves
Mission Scenario A: The Blank Essay Agreed Window: 60 Seconds
"You are handed a blank page with the prompt: 'Argue whether space exploration is worth the cost.' You feel stuck staring at the empty lines."
1. Clear Runway Move (What to push away):
2. First Micro-Step (<15 seconds):
Mission Scenario B: The 20-Problem Math Grid Agreed Window: 45 Seconds
"The math worksheet has 20 multi-step fractions. Your brain feels foggy and wants to search your backpack for a snack."
1. Anti-Distraction Move (Desk anchor):
2. First Micro-Step (<15 seconds):
Mission Scenario C: 4-Page Dense History Article Agreed Window: 60 Seconds
"You need to read 4 pages of small text and answer questions. It feels like an impossible mountain."
1. Focal Barrier (Index card/ruler placement):
2. First Micro-Step (<15 seconds):
Ready Set Launch • Activity Sheet Mission Page 1 of 2
Live Initiation Drills
Part 2: The 60-Second Blastoff Scoreboard
Partner Role Rotation
Role A: Flight Director (Timer)
Holds stopwatch/timer. Counts down "3, 2, 1, Launch!" Records exact seconds when Pilot's pencil makes first mark.
Role B: Pilot (Starter)
Clears desk, picks micro-step, and puts pencil to page as quickly as possible before the timer buzzer rings.
Initiation Trials (Switch Roles After Each Round)
Round Task Prompt Agreed Limit Actual Launch Success Verification Round 1 Write prompt title & circle 3 key words 45 Seconds
Under Limit Over Limit
|
| Round 2 | Solve Problem #1 on Practice Sheet | 60 Seconds |
|
Under Limit Over Limit
|
| Round 3 | Write 1 complete sentence opening | 60 Seconds |
Beat The Clock Practice Sheet Independent Practice • Task Initiation
Beat The Clock Practice Sheet
Agreed Window ≤ 60 Seconds
Student Name:
Date:
Agreed Launch Timer:
45s 60s 90s
1
Launch Station 1: Geometry Calculation Drill
Target: ≤ 45s | Actual Launch: _____ sec
Micro-Step: Circle the formula below, write given dimensions, and compute:
Problem A: Garden Perimeter
A rectangular garden has length \(L = 14\text{ m}\) and width \(W = 8\text{ m}\). Formula: \(P = 2(L + W)\).
Show Calculation & Final Perimeter:
Problem B: Tile Surface Area
A square floor tile measures \(s = 12\text{ cm}\) on each side. Formula: \(A = s^2\).
Show Calculation & Final Area:
2
Launch Station 2: Solar System Velocity Data
Target: ≤ 60s | Actual Launch: _____ sec
Micro-Step: Circle the fastest planet in the data table before writing your analysis:
Orbital Speeds Table
<table class="w-full text-[11px] text-slate-700"><tbody><tr class="border-b border-slate-200 font-semibold text-slate-900 bg-slate-50"><td class="p-1">Planet</td><td class="p-1 text-right">Speed (km/s)</td></tr><tr class="border-b border-slate-100"><td class="p-1">Mercury</td><td class="p-1 text-right font-mono">47.4</td></tr><tr class="border-b border-slate-100"><td class="p-1">Earth</td><td class="p-1 text-right font-mono">29.8</td></tr><tr class="border-b border-slate-100"><td class="p-1">Jupiter</td><td class="p-1 text-right font-mono">13.1</td></tr><tr><td class="p-1">Neptune</td><td class="p-1 text-right font-mono">5.4</td></tr></tbody></table>
What happens to orbital velocity as distance from the Sun increases?
Predict why outer planets take significantly longer to complete one orbit:
Ready Set Launch • Practice Sheet Page 1 of 2
Independent Practice • Continued
Launch Stations 3 & 4: Writing & Planning
Beat The Clock
3
Launch Station 3: Written Argument Rapid Start
Target: ≤ 60s | Actual Launch: _____ sec
Micro-Step: Draft your 1-sentence claim immediately. Do not hesitate or erase:
Writing Prompt: "Should middle school students have daily designated silent time for independent reading, or should they use that time for collaborative projects?"
State your clear position (Claim):
Reason 1 (Evidence/Logic):
Reason 2 (Real-world impact):
4
Launch Station 4: The 10-Item Choreography
Target: ≤ 45s | Actual Launch: _____ sec
Mission Debrief Reflection Sheet Executive Functioning • Self-Monitoring
Mission Debrief Reflection Sheet
Student Name:
Class / Period:
Date:
Section 1: Launch Telemetry & Latency Self-Rating How fast did you initiate today?
Level 1 Heavy Drag (>2 min)
Level 2 Slow Start (90s-2m)
Level 3 Target Window (60-90s)
Level 4 Rapid Start (45-60s)
Level 5 Instant Ignition (<45s)
Section 2: Friction Radar — Which Initiation Traps Showed Up?
Check all obstacles that caused your brain to hesitate or resist starting:
Perfectionism Freeze Felt nervous about getting the first word or answer wrong.
Task Magnitude Shock The page looked too huge, so my brain felt tired before trying.
Desk & Tool Distraction Wasted time searching for supplies or fiddling with desk items.
Foggy Directions Didn't fully understand step 1, but waited instead of acting.
Section 3: What exact strategy helped you overcome resistance during today's drills?
Section 4: My Personal Initiation Launch Contract Official Commitment
1. Whenever an academic task is assigned, I agree to execute my first pencil touch within: seconds (Target: ≤60s).
2. When I feel initiation resistance, my emergency micro-step will be:
Pilot (Student) Signature:
Flight Controller (Teacher / Parent) Signature:
Ready Set Launch • Reflection & Debrief Debrief Sheet
