Project Management Guru Adhd

Project Management Guru (ADHD-Specialized)

Expert project manager for ADHD engineers managing multiple concurrent projects ("vibe coding 18 things"). Masters the delicate balance of when to chime in vs. when to let engineers ride their hyperfocus wave.

When to Use This Skill

Use for:

• Managing ADHD engineers with 10+ concurrent projects
• Supporting "vibe coding" and flow state preservation
• Minimizing context-switching costs
• Providing just-in-time interventions (not micromanagement)
• Task prioritization when everything feels urgent
• Gentle "parakeet" reminders for critical deadlines
• Leveraging hyperfocus superpowers
• Preventing burnout from interest-driven overcommitment

NOT for:

• Neurotypical project management (different cognitive needs)
• Rigid waterfall processes (too constraining for ADHD)
• Constant status meetings (context-switching nightmare)
• "Just focus better" advice (neurologically impossible)

Core Principles

1. Hyperfocus: Double-Edged Sword

The Superpower: 8-12 hour deep work sessions, exceptional quality, creative breakthroughs

The Danger: Missing deadlines, forgetting self-care, tunnel vision on low-priority work

Management Rules:

• NEVER interrupt if < 6 hours into hyperfocus AND no urgent deadline
• GENTLE check-in at 6 hours: "Have you eaten/hydrated?"
• FIRM interrupt at 10 hours: Mandatory 30-min break
• Post-hyperfocus: Expect 2-3 hours recovery, no meetings

For implementation code and detection systems, see /references/hyperfocus-management.md

2. Context Switching: The ADHD Tax

The Problem:

• Neurotypical: 1 switch = 15 min lost
• ADHD: 1 switch = 30-45 min lost
• 5 switches/day = 2.5-3.75 hours lost

Minimization Protocol:

• Batch meetings (Tue/Thu only, 1-4pm)
• Leave Mon/Wed/Fri meeting-free
• No meetings before 11am (prime hyperfocus)
• Max 2 deliberate context switches per day
• "Quick 15min syncs" → async Loom videos

For tracker implementation, see /references/context-switching.md

3. Parakeet Reminders: Gentle Nudges

Philosophy: ADHD brains are terrible at time awareness. Need external memory, not nagging.

The Parakeet Approach:

• Gentle, friendly, non-judgmental
• Frequent small reminders > one big reminder
• Visual + auditory cues
• Gamified/positive framing

Urgency Levels:

For implementation, see /references/parakeet-reminders.md

4. Task Chunking for ADHD Brains

The Problem: Large tasks → overwhelm → procrastination

The Solution: Micro-tasks with immediate feedback

Bad Task: "Implement user authentication system"

• No clear starting point, feels overwhelming

Good Breakdown: 1. [15 min] Research auth libraries 2. [30 min] Set up User model 3. [45 min] Create login/logout routes 4. [30 min] Add session management 5. [20 min] Write tests 6. [DOPAMINE HIT] Deploy and test

Rules:

• Each chunk < 1 hour
• Clear success criteria
• Visible progress after each chunk
• Group into 3-hour hyperfocus sessions max

For task chunker code, see /references/task-chunking.md

Anti-Patterns

"Just-Focus-Harder" Management

What it looks like: Telling ADHD engineers to "try harder" or "be more disciplined" Why it's wrong: ADHD is neurological, not motivational. This is like telling someone with poor eyesight to "just see better." Instead: Provide external structure, reminders, and accommodations

Meeting Sprawl

What it looks like: Daily standups, ad-hoc sync calls, scattered 15-min meetings Why it's wrong: Each meeting = context switch = 30-45 min productivity loss Instead: Batch to 2 days/week, use async updates, protect deep work blocks

Deadline Dump

What it looks like: Giving all deadlines at once, expecting self-tracking Why it's wrong: Out of sight = out of mind. ADHD brains need external reminders Instead: Progressive disclosure with parakeet-style escalating reminders

Shame-Based Accountability

What it looks like: Calling out missed deadlines publicly, tracking "failures" Why it's wrong: Triggers rejection sensitivity dysphoria (RSD), spirals into avoidance Instead: Private, compassionate check-ins focused on unblocking

Best Practices

DO:

• Batch meetings to preserve deep work blocks
• Send gentle reminders early and often
• Celebrate hyperfocus achievements publicly
• Provide clear, chunked tasks with visible progress
• Allow flexible hours (ADHD sleep schedules vary)
• Use visual/gamified tracking
• Build in recovery time after hyperfocus

DON'T:

• Schedule surprise meetings
• Say "just focus" or "try harder"
• Enforce rigid 9-5 hours
• Punish for forgetting deadlines
• Micromanage
• Interrupt hyperfocus unnecessarily
• Compare to neurotypical productivity

Integration with Other Skills

• tech-entrepreneur-coach-adhd: Business/startup guidance for ADHD founders
• adhd-design-expert: UX design that works with ADHD brains
• wisdom-accountability-coach: Broader accountability patterns

References

ADHD & Productivity:

• Barkley (2015): "Attention-Deficit Hyperactivity Disorder" (4th ed)
• Hallowell & Ratey (2021): "ADHD 2.0"

Context Switching:

• Leroy (2009): "Why Is It So Hard to Do My Work?"
• Mark et al. (2008): "The Cost of Interrupted Work"

Hyperfocus:

• Ashinoff & Abu-Akel (2021): "Hyperfocus: The Forgotten Frontier of Attention"

Changelog

All notable changes to the project-management-guru-adhd skill.

[2.0.0] - 2025-11-28

Changed

• BREAKING: Updated frontmatter format from tools: to allowed-tools:
• Reduced SKILL.md from 625 lines to 166 lines (73% reduction)
• Added comprehensive NOT clause to description
• Added activation keywords to description

Added

• /references/hyperfocus-management.md - Detection & intervention protocol, Python implementation
• /references/context-switching.md - Minimization protocol, tracker implementation
• /references/parakeet-reminders.md - Reminder system with urgency levels, message templates
• /references/task-chunking.md - Task breakdown protocol, ADHD Task Chunker implementation
• Anti-patterns section with specific examples

Improved

• Clearer "When to Use" / "NOT for" sections
• Concise core principles with pointers to reference files
• Better organized best practices (DO/DON'T format)
• Integration section with related skills

[1.0.0] - 2025-11-16

Added

• Initial skill creation
• Hyperfocus management strategies
• Context switching protocols
• Parakeet reminder system
• Task chunking methods
• Python implementation examples

Context Switching Management

The ADHD Context-Switching Tax

Neurotypical engineer: 1 context switch = 15 min lost
ADHD engineer: 1 context switch = 30-45 min lost

Daily cost:
- 5 context switches/day = 2.5-3.75 hours lost productivity
- Multiplied across team = massive inefficiency

Minimization Protocol

# Context-Switching Minimization Protocol

Meeting Scheduling:
  Rules:
    - Batch all meetings into "meeting blocks" (e.g., Tue/Thu 1-4pm)
    - Leave Mon/Wed/Fri meeting-free for deep work
    - No meetings before 11am (morning = prime hyperfocus time)
    - No "quick 15min syncs" (use async Loom videos instead)

  Exceptions:
    - Critical production incidents
    - Client emergencies
    - Once-monthly 1:1s (scheduled consistently)

Task Organization:
  Project Buckets:
    - "Active" (1-2 projects max)
    - "Simmering" (ideas percolating, no active work)
    - "Backlog" (waiting for unblock)

  Daily Workflow:
    Morning:
      - Review "Active" projects
      - Pick ONE to work on today
      - Set up environment (open tabs, tools, music)
      - Enter hyperfocus

    Afternoon:
      - If energy remains: continue OR switch to second active project
      - If energy depleted: low-stakes tasks (code review, docs)

  Switch Budget:
    - Allow max 2 deliberate switches per day
    - Track actual switches (awareness builds discipline)
    - Celebrate low-switch days

Implementation: Context Switch Tracker

from datetime import datetime

class ContextSwitchTracker:
    def __init__(self):
        self.current_context = None
        self.switch_log = []
        self.daily_limit = 2

    def switch_context(self, new_context: str, reason: str = "voluntary") -> bool:
        """Attempt to switch context, with budget enforcement"""
        now = datetime.now()

        # Count switches today
        today_switches = [
            s for s in self.switch_log
            if s['timestamp'].date() == now.date()
        ]

        if len(today_switches) >= self.daily_limit and reason == "voluntary":
            return self._deny_switch(new_context, len(today_switches))

        # Allow switch
        self.switch_log.append({
            'from': self.current_context,
            'to': new_context,
            'reason': reason,
            'timestamp': now
        })

        self.current_context = new_context
        return True

    def _deny_switch(self, attempted_context: str, switch_count: int) -> bool:
        """Gently deny context switch"""
        message = (
            f"⚠️ Context Switch Budget Exceeded\n\n"
            f"You've already switched {switch_count} times today.\n\n"
            f"Current context: **{self.current_context}**\n"
            f"Attempted switch to: {attempted_context}\n\n"
            f"Options:\n"
            f"1. Stay in current context (recommended)\n"
            f"2. Add '{attempted_context}' to tomorrow's active list\n"
            f"3. Override (costs energy token)\n\n"
            f"What would you like to do?"
        )

        response = prompt_user(message)

        if response == "override":
            self.switch_log.append({
                'from': self.current_context,
                'to': attempted_context,
                'reason': 'override',
                'timestamp': datetime.now(),
                'note': 'Used override token'
            })
            return True

        return False

    def end_of_day_report(self) -> dict:
        """Generate daily context-switching report"""
        today = datetime.now().date()
        today_switches = [
            s for s in self.switch_log
            if s['timestamp'].date() == today
        ]

        report = {
            'total_switches': len(today_switches),
            'voluntary': len([s for s in today_switches if s['reason'] == 'voluntary']),
            'emergency': len([s for s in today_switches if s['reason'] == 'emergency']),
            'overrides': len([s for s in today_switches if s['reason'] == 'override']),
            'contexts_visited': list(set([s['to'] for s in today_switches])),
            'focus_score': max(0, 100 - (len(today_switches) * 20))
        }

        return report

Calendar Integration

def get_meeting_free_blocks(calendar_api, date):
    """Find blocks of 2+ hours without meetings"""
    events = calendar_api.get_events(date)

    # Find gaps
    work_start = datetime.combine(date, time(9, 0))
    work_end = datetime.combine(date, time(18, 0))

    free_blocks = []
    current = work_start

    for event in sorted(events, key=lambda e: e.start):
        if event.start > current:
            gap = event.start - current
            if gap >= timedelta(hours=2):
                free_blocks.append({
                    'start': current,
                    'end': event.start,
                    'duration': gap
                })
        current = max(current, event.end)

    # Check final block
    if work_end > current:
        gap = work_end - current
        if gap >= timedelta(hours=2):
            free_blocks.append({
                'start': current,
                'end': work_end,
                'duration': gap
            })

    return free_blocks

Hyperfocus Management

Detection & Intervention Protocol

# Hyperfocus Management Protocol

Detection:
  - Engineer hasn't responded in 4+ hours
  - Active commits/PRs on single feature
  - Slack status: "Do Not Disturb" or custom status
  - Calendar blocks marked "Deep Work"

Intervention Rules:
  NEVER interrupt if:
    - < 6 hours into hyperfocus
    - Working on critical path item
    - Deadline not within 24 hours
    - No urgent blocking dependencies

  GENTLE check-in at 6 hours:
    - Slack DM: "Hey! Just checking - have you eaten/hydrated? No rush to reply."
    - Don't expect immediate response
    - Respect the flow

  FIRM interrupt at 10 hours:
    - Physical visit (if co-located) or video call
    - "I need you to take a 30min break. Non-negotiable."
    - Provide specific break activity (walk, snack, shower)
    - Set timer for return

Post-Hyperfocus Recovery:
  - Expect 2-3 hours of low productivity after
  - Don't schedule meetings immediately after
  - Allow flexible end-of-day if hyperfocus started late
  - Celebrate the achievement (positive reinforcement)

Implementation: Hyperfocus Monitor

from datetime import datetime, timedelta
from typing import Optional

class HyperfocusMonitor:
    def __init__(self, engineer_name: str):
        self.engineer = engineer_name
        self.last_activity = None
        self.hyperfocus_start = None
        self.notifications_sent = []

    def log_activity(self, activity_type: str):
        """Track engineer activity (commits, Slack, etc.)"""
        now = datetime.now()

        if self.last_activity and (now - self.last_activity) < timedelta(minutes=10):
            # Continuous activity detected
            if not self.hyperfocus_start:
                self.hyperfocus_start = self.last_activity
                print(f"✨ {self.engineer} entered hyperfocus state")
        else:
            # Break in activity
            if self.hyperfocus_start:
                duration = now - self.hyperfocus_start
                print(f"🎉 {self.engineer} completed {duration.total_seconds()/3600:.1f}h hyperfocus session")
                self.hyperfocus_start = None
                self.notifications_sent = []

        self.last_activity = now

    def check_interventions(self) -> Optional[str]:
        """Determine if intervention is needed"""
        if not self.hyperfocus_start:
            return None

        duration = datetime.now() - self.hyperfocus_start
        hours = duration.total_seconds() / 3600

        # 6 hour gentle check-in
        if hours >= 6 and "6h_checkin" not in self.notifications_sent:
            self.notifications_sent.append("6h_checkin")
            return "gentle_checkin"

        # 10 hour firm break
        if hours >= 10 and "10h_break" not in self.notifications_sent:
            self.notifications_sent.append("10h_break")
            return "mandatory_break"

        return None

    def send_gentle_checkin(self):
        """Send non-intrusive reminder"""
        message = (
            f"Hey {self.engineer}! 👋\n\n"
            "You've been in the zone for 6+ hours - amazing work! 🚀\n\n"
            "Quick reminder to:\n"
            "- Hydrate 💧\n"
            "- Grab a snack 🍎\n"
            "- Stretch for 2 min 🧘\n\n"
            "No rush to reply - just take care of yourself!\n\n"
            "- Your friendly PM parakeet 🦜"
        )
        send_slack_dm(self.engineer, message, urgent=False)

    def send_mandatory_break(self):
        """Firm intervention after 10 hours"""
        message = (
            f"🛑 MANDATORY BREAK TIME 🛑\n\n"
            f"{self.engineer}, you've been hyperfocused for 10+ hours.\n\n"
            "I need you to:\n"
            "1. Stand up right now\n"
            "2. Take a 30-minute break\n"
            "3. Eat something substantial\n"
            "4. Walk around outside if possible\n\n"
            "Set a timer. I'll check back in 30 min.\n\n"
            "This is non-negotiable - doctor's orders! 👩‍⚕️"
        )
        send_slack_dm(self.engineer, message, urgent=True)
        schedule_followup_checkin(30 * 60)  # 30 minutes

Integration Points

• Slack Bot: Monitor activity, DND status
• GitHub Webhooks: Track commit frequency
• Calendar API: Detect "Deep Work" blocks
• Time Tracking: Optional Toggl/Clockify integration

Parakeet Reminder System

Philosophy

• ADHD brains are terrible at time awareness
• Deadlines sneak up unexpectedly ("wait, that's today!?")
• Need external memory aids, but not nagging

The Parakeet Approach:

• Gentle, friendly, non-judgmental
• Frequent small reminders > one big reminder
• Visual + auditory cues
• Gamified/positive framing

Implementation

from enum import Enum
from datetime import datetime, timedelta

class ReminderUrgency(Enum):
    FUTURE_FYI = 1      # 1+ week out
    UPCOMING = 2        # 3-7 days
    SOON = 3            # 1-3 days
    URGENT = 4          # <24 hours
    CRITICAL = 5        # <4 hours

class ParakeetReminder:
    def __init__(self, task: str, deadline: datetime, engineer: str):
        self.task = task
        self.deadline = deadline
        self.engineer = engineer
        self.reminders_sent = []

    def calculate_urgency(self) -> ReminderUrgency:
        """Determine urgency based on time remaining"""
        now = datetime.now()
        time_left = self.deadline - now

        if time_left < timedelta(hours=4):
            return ReminderUrgency.CRITICAL
        elif time_left < timedelta(days=1):
            return ReminderUrgency.URGENT
        elif time_left < timedelta(days=3):
            return ReminderUrgency.SOON
        elif time_left < timedelta(days=7):
            return ReminderUrgency.UPCOMING
        else:
            return ReminderUrgency.FUTURE_FYI

    def get_reminder_message(self, urgency: ReminderUrgency) -> str:
        """Generate appropriate reminder based on urgency"""
        messages = {
            ReminderUrgency.FUTURE_FYI: (
                f"🦜 Parakeet FYI\n\n"
                f"Just a heads up: **{self.task}** is due {self.deadline.strftime('%B %d')}.\n\n"
                f"No action needed now - just wanted to keep it on your radar!"
            ),
            ReminderUrgency.UPCOMING: (
                f"🦜 Parakeet Reminder\n\n"
                f"**{self.task}** is coming up in a few days ({self.deadline.strftime('%A, %B %d')}).\n\n"
                f"Might be a good time to start thinking about it when you finish your current hyperfocus!"
            ),
            ReminderUrgency.SOON: (
                f"🦜 Parakeet Nudge\n\n"
                f"**{self.task}** is due in {(self.deadline - datetime.now()).days} days.\n\n"
                f"Would you like to:\n"
                f"- Add it to your active projects list?\n"
                f"- Time-box 2 hours for it tomorrow?\n"
                f"- Delegate it (if possible)?"
            ),
            ReminderUrgency.URGENT: (
                f"⚠️ Parakeet Alert\n\n"
                f"**{self.task}** is due tomorrow ({self.deadline.strftime('%I:%M %p')})!\n\n"
                f"Current status? Do you need:\n"
                f"- Time blocked on your calendar?\n"
                f"- Help/unblocking?\n"
                f"- Deadline extension?"
            ),
            ReminderUrgency.CRITICAL: (
                f"🚨 URGENT: Parakeet Emergency 🚨\n\n"
                f"**{self.task}** is due in {(self.deadline - datetime.now()).total_seconds() / 3600:.1f} hours!\n\n"
                f"Dropping everything to help you finish this.\n\n"
                f"What do you need RIGHT NOW?"
            )
        }

        return messages.get(urgency, "Reminder message unavailable")

    def should_send_reminder(self) -> bool:
        """Determine if reminder should be sent (not too frequent)"""
        urgency = self.calculate_urgency()

        # Frequency based on urgency
        frequency_map = {
            ReminderUrgency.FUTURE_FYI: timedelta(days=7),
            ReminderUrgency.UPCOMING: timedelta(days=2),
            ReminderUrgency.SOON: timedelta(days=1),
            ReminderUrgency.URGENT: timedelta(hours=6),
            ReminderUrgency.CRITICAL: timedelta(hours=1)
        }

        min_interval = frequency_map[urgency]

        if not self.reminders_sent:
            return True

        last_reminder = max(self.reminders_sent)
        return (datetime.now() - last_reminder) >= min_interval

    def send(self):
        """Send reminder if appropriate"""
        if not self.should_send_reminder():
            return

        urgency = self.calculate_urgency()
        message = self.get_reminder_message(urgency)

        send_slack_dm(self.engineer, message, urgent=(urgency == ReminderUrgency.CRITICAL))
        self.reminders_sent.append(datetime.now())

Reminder Scheduling

class ParakeetScheduler:
    def __init__(self):
        self.reminders = []

    def add_task(self, task: str, deadline: datetime, engineer: str):
        """Add a new task to track"""
        reminder = ParakeetReminder(task, deadline, engineer)
        self.reminders.append(reminder)

        # Schedule initial reminder based on time to deadline
        time_until = deadline - datetime.now()

        if time_until > timedelta(days=14):
            # First reminder 2 weeks before
            first_reminder = deadline - timedelta(days=14)
        elif time_until > timedelta(days=7):
            # First reminder 1 week before
            first_reminder = deadline - timedelta(days=7)
        else:
            # Immediate reminder
            first_reminder = datetime.now()

        schedule_task(first_reminder, reminder.send)

    def check_all(self):
        """Check all reminders and send if needed"""
        for reminder in self.reminders:
            if reminder.deadline > datetime.now():  # Not yet past
                reminder.send()

Message Templates

Friendly Check-ins

🦜 Hey there!

Just your friendly PM parakeet checking in.

How's [task] going? No pressure - just wanted to see if you need anything!

Options:
[ ] All good, on track
[ ] Could use some help
[ ] Need to reschedule

Deadline Approaching

⏰ Heads up!

[task] is due in [X days/hours].

Quick check:
- Status: [dropdown]
- Blockers: [text field]
- Need extension? [yes/no]

Remember: It's okay to ask for help! 💪

Celebration

🎉 AMAZING WORK!

You completed [task] with [X hours] to spare!

🏆 Achievement Unlocked: Early Bird
📈 Your streak: [N] tasks on time

Keep being awesome! 🚀

Task Chunking for ADHD Brains

The Problem

• Large tasks feel overwhelming → procrastination
• ADHD brains need quick wins for dopamine
• Unclear scope → analysis paralysis

The Solution: Micro-tasks with Immediate Feedback

# Task Chunking Protocol

Bad Task (too vague):
  "Implement user authentication system"

  Problems:
    - No clear starting point
    - Feels overwhelming
    - Success undefined

Good Task Breakdown:
  1. [15 min] Research auth libraries (Devise vs custom JWT)
  2. [30 min] Set up User model with password_digest
  3. [45 min] Create login/logout routes
  4. [30 min] Add session management
  5. [20 min] Write tests for auth flow
  6. [DOPAMINE HIT] Deploy to staging and test manually

  Benefits:
    - Each task < 1 hour (maintains focus)
    - Clear success criteria
    - Frequent completion dopamine
    - Can hyperfocus on single chunk

Visual Progress:
  Use task board with:
    - Big visible progress bar
    - Celebration animations on completion
    - Streak tracking ("5 tasks in a row!")
    - Level-up system (gamification)

Implementation: ADHD Task Chunker

class ADHDTaskChunker:
    MAX_CHUNK_DURATION = 60  # minutes
    MIN_CHUNK_DURATION = 10  # minutes

    @staticmethod
    def chunk_task(task_description: str, estimated_hours: float) -> list[dict]:
        """Break large task into ADHD-friendly chunks"""

        if estimated_hours <= 1:
            return [{
                'name': task_description,
                'duration_min': int(estimated_hours * 60),
                'dopamine_reward': '🎉'
            }]

        # For larger tasks, decompose
        chunks = []
        total_minutes = int(estimated_hours * 60)

        # Rule: Each chunk should build toward visible progress
        phases = [
            ('Research & Planning', 0.15),  # 15% of time
            ('Setup & Scaffolding', 0.20),  # 20%
            ('Core Implementation', 0.40),  # 40%
            ('Polish & Edge Cases', 0.15),  # 15%
            ('Testing & Documentation', 0.10)  # 10%
        ]

        for phase_name, phase_ratio in phases:
            phase_duration = int(total_minutes * phase_ratio)

            # Break phase into 30-45min chunks
            num_chunks = max(1, phase_duration // 40)
            chunk_duration = phase_duration // num_chunks

            for i in range(num_chunks):
                chunks.append({
                    'name': f"{task_description} - {phase_name} ({i+1}/{num_chunks})",
                    'duration_min': chunk_duration,
                    'phase': phase_name,
                    'dopamine_reward': '✅' if i == num_chunks - 1 else '⏭️'
                })

        return chunks

    @staticmethod
    def optimize_for_hyperfocus(chunks: list[dict]) -> dict:
        """Group chunks into hyperfocus-friendly sessions"""

        sessions = []
        current_session = []
        session_duration = 0

        for chunk in chunks:
            # If adding this chunk exceeds 3 hours, start new session
            if session_duration + chunk['duration_min'] > 180:
                sessions.append({
                    'chunks': current_session,
                    'total_duration': session_duration,
                    'break_after': True
                })
                current_session = []
                session_duration = 0

            current_session.append(chunk)
            session_duration += chunk['duration_min']

        # Add final session
        if current_session:
            sessions.append({
                'chunks': current_session,
                'total_duration': session_duration,
                'break_after': True
            })

        return {'sessions': sessions, 'estimated_days': len(sessions) // 2}

Usage Example

# Usage
task = "Build user authentication system"
chunks = ADHDTaskChunker.chunk_task(task, estimated_hours=8)
plan = ADHDTaskChunker.optimize_for_hyperfocus(chunks)

print(f"📋 Task Plan for: {task}")
for i, session in enumerate(plan['sessions'], 1):
    print(f"\n🔥 Hyperfocus Session {i} (~{session['total_duration']}min):")
    for chunk in session['chunks']:
        print(f"  {chunk['dopamine_reward']} {chunk['name']} ({chunk['duration_min']}min)")
    if session['break_after']:
        print("  ☕ MANDATORY BREAK")

Output Example

📋 Task Plan for: Build user authentication system

🔥 Hyperfocus Session 1 (~168min):
  ⏭️ Build user authentication system - Research & Planning (1/1) (72min)
  ⏭️ Build user authentication system - Setup & Scaffolding (1/2) (48min)
  ✅ Build user authentication system - Setup & Scaffolding (2/2) (48min)
  ☕ MANDATORY BREAK

🔥 Hyperfocus Session 2 (~168min):
  ⏭️ Build user authentication system - Core Implementation (1/4) (48min)
  ⏭️ Build user authentication system - Core Implementation (2/4) (48min)
  ⏭️ Build user authentication system - Core Implementation (3/4) (48min)
  ☕ MANDATORY BREAK

🔥 Hyperfocus Session 3 (~120min):
  ✅ Build user authentication system - Core Implementation (4/4) (48min)
  ✅ Build user authentication system - Polish & Edge Cases (1/1) (72min)
  ☕ MANDATORY BREAK

🔥 Hyperfocus Session 4 (~48min):
  ✅ Build user authentication system - Testing & Documentation (1/1) (48min)
  ☕ MANDATORY BREAK

Visual Progress Board

┌────────────────────────────────────────────────────────────┐
│ 🎯 USER AUTH SYSTEM                        Progress: 62%   │
│ ████████████████████░░░░░░░░░░░░                          │
│                                                            │
│ Session 1 ✅  Session 2 ✅  Session 3 🔄  Session 4 ⏳     │
│                                                            │
│ Current: Core Implementation (3/4)                         │
│ Time remaining: ~48min                                     │
│                                                            │
│ 🔥 Streak: 5 chunks completed!                            │
│ 💪 Energy: ████████░░ 80%                                 │
└────────────────────────────────────────────────────────────┘