40 Hour Self-Paced Course or 5 Day Instructor-Led Training

40 Hour Self-Paced Course or 5 Day Instructor-Led Training

40 Hour Self-Paced Course or 5 Day Instructor-Led Training

AI+ Project Management Office Practitioner™

AI+ Project Management Office Practitioner™

AI+ Project Management Office Practitioner™

Lead the AI-Powered PMO: Predictive Planning, Governance, and Portfolio Optimization.

Lead the AI-Powered PMO: Predictive Planning, Governance, and Portfolio Optimization.

Lead the AI-Powered PMO: Predictive Planning, Governance, and Portfolio Optimization.

Get the AI+ Project Management Office Practitioner™ outline:

Course Prerequisites:

  • Project Lifecycle Knowledge: Understanding initiation through closure phases.

  • PMO Operations Insight: Familiarity with governance and reporting structures.

  • AI Fundamentals: Basic awareness of machine learning concepts Analytical Thinking Skills: Ability to interpret performance data.

  • Technology Proficiency: Comfort using digital project management tools

Modules:

Module 1: The AI-Powered Project Management Office: From Concept to Reality

1.1 AI Fundamentals for the PMO

1.1 AI Fundamentals for the PMO

1.2 The Strategic Evolution of the PMO

1.3 Ethics, Bias, and Change Management

1.4 Use Case: Justifying An AI Tool Investment To Reduce Project Failure Rates

1.5 Case Study: GlobalTech's Awakening: Building a business case for AI PMO

1.6 Hands On: Draft an AI-Powered PMO Charter using ChatGPT

Module 2: Predictive Planning & Intelligent Scheduling

2.1 Moving Beyond the Gantt Chart

2.1 Moving Beyond the Gantt Chart

2.2 Generative Project Design

2.3 Dynamic Schedule Optimization

2.4 Case Study: FinServ Launchpad's Delay Dilemma: Re-forecasting a troubled project

2.5 Hands On: Run a Schedule Risk Simulation

Module 3: AI-Driven Resource & Capacity Management

3.1 From Spreadsheets to Intelligence

3.1 From Spreadsheets to Intelligence

3.2 Predictive Capacity Forecasting

3.3 Optimizing for Cost and Well-being

3.4 Use Case: Optimizing resource allocation for multiple projects without causing

3.5 Case Study: HealthPlus System Integration: Creating a unified resource plan after a

3.6 Hands-On: Creation of an optimized resource allocation plan

Module 4: Proactive Risk Management & AI Insights

4.1 Predictive Risk Identification

4.1 Predictive Risk Identification

4.2 Automated Issue Escalation & Mitigation

4.3 Quantifying Risk Impact

4.4 Use Case: Proactively identifying risks from project communications.

4.5 Case Study: E-Commerce Platform Scale-Up: Averting a crisis with an AI early-

4.6 Hands On: Configure a Risk Early-Warning System using a custom risk dashboard

Module 5: The AI-Powered Project Control Tower

5.1 Conversational Reporting & NLP

5.1 Conversational Reporting & NLP

5.2 Automated Status Reporting & Synthesis

5.3 Predictive Portfolio Health Scoring

5.4 Case Study:National Energy Corp's Portfolio Review: Using conversational analytics

5.5 Hands On: Conduct a Conversational Portfolio Analysis

Module 6: AI for Stakeholder Management and Communication

6.1 AI-Powered Sentiment Analysis

6.1 AI-Powered Sentiment Analysis

6.2 Automated Stakeholder Engagement Reporting

6.3 Generative AI for Communication Drafting

6.4 Use Case: Proactively managing stakeholder sentiment and ensuring alignment on

6.5 Case Study: Metro Rail Expansion Project: Using sentiment analysis to defuse

6.6 Hands-On: Perform a Stakeholder Sentiment Analysis and create a Stakeholder

Module 7: Implementation of AI PMO Roadmap

7.1 Tool Selection & Vendor Evaluation

7.1 Tool Selection & Vendor Evaluation

7.2 Building a Phased Implementation Plan

7.3 Measuring Success and ROI

7.4 Use Case: Developing a Phased Plan for a Strategic AI Tool Investment

7.5 Case Study: Quantum Leap Solutions: A 12-Month Transformation

7.6 Hands On: Develop Your 90-Day AI PMO Action Plan

Module 8: Advanced AI Integration and Customization in PMOs

8.1 Customizing AI Tools for PMO Needs

8.1 Customizing AI Tools for PMO Needs

8.2 Creating AI-driven PMO Dashboards

8.3 Integrating AI with Legacy Systems

8.4 Use Case: Advanced AI integration for large-scale PMOs

8.5 Case Study: TechGlobal’s AI Integration Challenges

8.6 Hands-On: Build Custom PMO Dashboards with AI Insights

Module 9: AI-Enabled PMO Governance and Compliance

9.1 AI in Governance and Compliance

9.1 AI in Governance and Compliance

9.2 Automating Compliance Reporting with AI

9.3 AI-Driven Auditing and Monitoring

9.4 Use Case: Managing PMO governance with AI

9.5 Case Study: Banking Sector AI Compliance Integration

9.6 Hands-On: Implement an AI-Driven Compliance System

Module 10: AI for Crisis Management in PMOs

10.1 AI and Crisis Prevention

10.1 AI and Crisis Prevention

10.2 Using AI for Rapid Problem Identification

10.3 AI-Driven Crisis Management Plans

10.4 Use Case: AI handling project crises in real-time

10.5 Case Study: How AI Averted a Supply Chain Crisis for a Global Retailer

10.6 Hands-On: Develop a Crisis Management AI Plan

Module 11: Scaling AI in the PMO

11.1 Scaling AI Solutions Across Multiple Projects

11.1 Scaling AI Solutions Across Multiple Projects

11.2 Managing AI for Large Portfolios

11.3 Building an AI PMO Culture

11.4 Use Case: Scaling AI tools in a multi-national PMO

11.5 Case Study: Global PMO AI Scaling in Practice

11.6 Hands-On: Creating and using a Comprehensive PMO Control Tower Application

Module 12: The Future of AI in PMO: Next-Generation Capabilities

12.1 Generative AI for Strategic Project Management

12.1 Generative AI for Strategic Project Management

12.2 Autonomous PMO Operations

12.3 Emerging Technologies and Integration

12.4 Use Case: Fully Autonomous Portfolio Management Implementation

12.5 Case Study: FutureTech's 3-Year AI Transformation Journey