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Module 525 minutes

Project Planning and Task Management

Use AI to break down projects, create timelines, identify risks, and manage tasks efficiently. Plan better, faster.

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Learning Objectives

  • Break complex projects into actionable tasks
  • Create realistic project timelines
  • Identify potential risks and dependencies
  • Use AI for sprint planning and task prioritization

From Vague Project to Clear Plan

Projects fail when planning is unclear. AI can help break down complexity, identify what you're missing, and create structured plans in minutes.

Breaking Down Projects

The problem: "Launch new product" is overwhelming.

The solution: AI breaks it into manageable tasks.

Prompt:

Break down this project into specific, actionable tasks: [describe project]

Include:

  • Major phases
  • Specific tasks within each phase
  • Estimated time for each
  • Dependencies (what must happen before what)

Example:

Project: "Launch new product"

AI Output:

Phase 1: Product Development (8 weeks)
- Finalize product specifications (1 week)
- Build MVP (4 weeks) - depends on specs
- Internal testing (2 weeks) - depends on MVP
- Iterate based on feedback (1 week)

Phase 2: Marketing Prep (6 weeks, parallel to dev)
- Create marketing messaging (2 weeks)
- Design promotional materials (2 weeks)
- Build landing page (1 week)
- Set up analytics (1 week)

[etc...]

Overwhelming → Actionable.

Work Breakdown Structure (WBS)

Creating a WBS:

Prompt:

Create a Work Breakdown Structure for [project].

Break it down to level 3:

  • Level 1: Project
  • Level 2: Major deliverables
  • Level 3: Tasks to create each deliverable

For each task, include: owner role, duration, dependencies.

Result: Hierarchical structure showing all work required.

Timeline and Schedule Creation

Creating a project timeline:

Prompt:

Create a project timeline for [project].

Constraints:

  • Must complete by: [date]
  • Team size: [X people]
  • Working hours: [X hours/week]

Include:

  • Start and end dates for each phase
  • Critical path items
  • Buffer time for risks
  • Key milestones

Checking feasibility:

Based on this task list and timeline, is completing by [date] realistic with a team of [X]? If not, what would need to change?

AI identifies timeline issues before you commit.

Risk Identification

Finding potential problems early:

Prompt:

Analyze this project plan for potential risks: [paste plan]

Identify:

  • Technical risks
  • Resource risks
  • Timeline risks
  • External dependencies

For each risk, suggest mitigation strategies.

Example Output:

Risk: Dependency on third-party API
Impact: High - project can't proceed without it
Probability: Medium
Mitigation:
- Start API integration testing early
- Have backup API provider identified
- Build mockups to continue dev if delayed

Catch issues before they derail the project.

Sprint Planning (Agile)

Two-week sprint planning:

Prompt:

Help me plan a 2-week sprint.

Team capacity: [X story points or hours]

Backlog items:

  • [list features/tasks with priorities]

Create:

  • Recommended items for this sprint
  • Sprint goal
  • Potential blockers to address
  • Definition of done for each item

Balancing sprints:

This sprint has [X] story points but team capacity is [Y]. Which items should we move to next sprint? Consider priority and dependencies.

Task Prioritization

Eisenhower Matrix:

Prompt:

Categorize these tasks using the Eisenhower Matrix (Urgent/Important):

Tasks: [list]

Create matrix showing:

  • Do First (Urgent & Important)
  • Schedule (Important, Not Urgent)
  • Delegate (Urgent, Not Important)
  • Eliminate (Neither)

RICE Scoring:

Prompt:

Help me prioritize these features using RICE scoring (Reach, Impact, Confidence, Effort):

Features: [list]

For each, estimate RICE score and explain reasoning. Rank by priority.

Resource Allocation

Assigning people to tasks:

Prompt:

I have a team with these skills: [list people and skills]

These tasks need to be done: [list tasks with required skills]

Create an optimal assignment that:

  • Matches skills to tasks
  • Balances workload
  • Considers dependencies
  • Identifies overallocation or gaps

Capacity planning:

Team availability:

  • Person A: 30 hrs/week
  • Person B: 20 hrs/week (part-time)
  • Person C: 40 hrs/week

Tasks with estimates: [list]

Can this be completed in [timeframe]? If not, what changes are needed?

Dependency Mapping

Understanding what blocks what:

Prompt:

Map dependencies for these tasks: [list tasks]

Show:

  • Which tasks must finish before others start
  • Parallel tasks that can run simultaneously
  • Critical path (tasks that affect overall timeline if delayed)
  • Tasks that can start immediately

Visual format:

Create a text-based dependency diagram showing task order and parallel tracks.

Project Kickoff Materials

Project charter:

Prompt:

Create a project charter for [project name].

Include:

  • Project purpose and goals
  • Scope (in and out of scope)
  • Stakeholders
  • Success criteria
  • High-level timeline
  • Budget/resources
  • Risks and assumptions

Team kickoff agenda:

Create a kickoff meeting agenda for [project].
Duration: 1 hour
Goals: Align team, clarify roles, establish communication
Include: time allocations, discussion topics, expected outcomes

Status Tracking and Updates

Weekly status template:

Prompt:

Create a weekly status update template for [project].

Include sections:

  • Completed this week
  • Planned for next week
  • Blockers/risks
  • Metrics (% complete, budget spent, etc.)
  • Status: Green/Yellow/Red with explanation

RAG Status (Red/Amber/Green):

Based on these project indicators, what should the RAG status be?

  • Timeline: [X days behind/ahead]
  • Budget: [Y% spent vs % complete]
  • Risks: [list current risks]
  • Quality: [issues found]

Agile Artifacts

User stories:

Convert this requirement into user stories:
Requirement: [describe feature]

Format: "As a [user type], I want [goal] so that [benefit]"
Include acceptance criteria for each.

Retrospective analysis:

Analyze this sprint data for retrospective:

  • Planned: [X story points]
  • Completed: [Y story points]
  • Issues encountered: [list]

Suggest:

  • What went well
  • What to improve
  • Action items for next sprint

Roadmap Creation

Product roadmap:

Prompt:

Create a 6-month product roadmap.

Features to include: [list]

Organize by:

  • Quarters or months
  • Priority (must-have, nice-to-have)
  • Themes
  • Dependencies

Format as table or timeline.

Strategic roadmap:

Create a strategic initiative roadmap for [goal].

Timeline: 12 months
Key initiatives: [list]

Show: phases, dependencies, milestones, success metrics.

Budget and Cost Estimation

Project budget breakdown:

Prompt:

Create a project budget estimate for [project].

Categories:

  • Labor (team costs)
  • Tools/software
  • External services
  • Contingency (suggest %)

Assumptions: [your details]

Cost tracking:

I'm [X]% through the project and have spent [Y]% of budget. Am I on track? What should I watch for?

Stakeholder Communication

Communication plan:

Prompt:

Create a stakeholder communication plan for [project].

Stakeholders: [list with interests/concerns]

Include:

  • What to communicate to each stakeholder
  • How often
  • Via what channel
  • Who's responsible

Executive summary:

Convert this detailed project update into an executive summary (3 paragraphs max) for C-level:
[paste detailed update]

Focus on: business impact, key decisions needed, and status.

Scenario Planning

What-if analysis:

Scenario: We lose one developer mid-project.

Current plan: [describe]

Analyze impact and suggest:

  • How timeline changes
  • What to descope if needed
  • Mitigation options

Contingency planning:

For this project plan, create contingency plans for these risks:

  • Key person leaves
  • Major dependency delayed
  • Budget cut by 20%

For each, suggest specific actions to minimize impact.

Real-World Examples

Example 1: Website redesign project
Prompt:

Break down a 3-month website redesign project.
Team: 1 designer, 2 developers, 1 PM
Must include: user research, design, development, testing, launch

Result: 4-phase plan with specific tasks, timeline, and resource allocation

Example 2: Marketing campaign
Prompt:

Plan a product launch campaign.
Launch date: [date] (fixed)
Channels: email, social, PR, ads
Budget: $50K
Break into tasks with owners and timeline.

Result: Backwards timeline from launch with all prep work sequenced.

Example 3: Process improvement initiative
Prompt:

Plan a project to implement new CRM system.
Timeline: 4 months
Must include: vendor selection, data migration, training, rollout
Identify risks and dependencies.

Result: Phased approach with risk mitigation and change management.

Tips for Better Project Planning with AI

Start broad, get specific:

  1. High-level phases
  2. Major deliverables
  3. Detailed tasks
  4. Dependencies and timeline

Iterate on the plan:

  • Generate initial plan
  • Ask: "What's missing?"
  • Ask: "What are the risks?"
  • Ask: "Is this timeline realistic?"

Use AI to challenge assumptions:

What assumptions does this plan make? Which are most risky?

Cross-check with reality:
AI's estimates are starting points.
Adjust based on your team's actual velocity and context.

Save successful plans as templates:
When a project goes well, save the structure for similar future projects.

Key Takeaways

  • Break overwhelming projects into specific, actionable tasks using AI—makes execution clear
  • Use AI to identify risks and dependencies early, before they become problems
  • Create realistic timelines by having AI check feasibility against team capacity
  • AI-generated plans are starting points—adjust based on your team's reality and context
  • Save successful project structures as templates for future similar projects

Practice Exercises

Apply what you've learned with these practical exercises:

  • 1.Break down a real project you're facing into phases and tasks
  • 2.Have AI identify risks in a current project plan
  • 3.Create a 2-week sprint plan with AI, considering team capacity
  • 4.Map dependencies for a multi-task project to find the critical path

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