AI+ Agile Project Management Fundamentals™

Transform Project Delivery with AI+ Agile Project Management Fundamentals

Beginner Self-Paced 🌐 en
AI+ Agile Project Management Fundamentals™

Highlights

Smart Sprint Planning: Discover how AI-powered insights improve backlog prioritization, sprint forecasting, and resource allocation for predictable delivery.
Adaptive Workflow Optimization: Learn to use AI tools to track progress, identify bottlenecks, and automate routine tasks to keep projects moving smoothly.
Data-Driven Decision Making: Gain the ability to analyze real-time project metrics, risks, and team performance with AI support for faster, smarter decisions.
Level
Beginner
Modules
8
Delivery
SelfPaced

About this course

  • Smart Sprint Planning: Discover how AI-powered insights improve backlog prioritization, sprint forecasting, and resource allocation for predictable delivery.
  • Adaptive Workflow Optimization: Learn to use AI tools to track progress, identify bottlenecks, and automate routine tasks to keep projects moving smoothly.
  • Data-Driven Decision Making: Gain the ability to analyze real-time project metrics, risks, and team performance with AI support for faster, smarter decisions.
  • Enhanced Team Collaboration: Master intelligent communication and reporting tools that improve stakeholder alignment, transparency, and cross-functional teamwork.
  • Predictive Risk Management: Use AI to anticipate delays, budget overruns, and scope creep, enabling proactive planning and effective mitigation strategies.

This course includes

📊 Beginner level 🌐 en 🎓 Self-Paced ✓ Instructor-led OR Self-paced course ✓ Official exam ✓ Digital badge

Course curriculum

8 chapters · 33 lessons

1.1 Introduction to AI Concepts for Project Managers 1.2 Synergy Between AI and Agile Methodologies 1.3 Case Study: AI-Enhanced Sprint Planning 1.4 Hands-On Session: AI Tools Walkthrough for Sprint Planning and Backlog Grooming

🔒 1.1 Introduction to AI Concepts for Project Managers
🔒 1.2 Synergy Between AI and Agile Methodologies
🔒 1.3 Case Study: AI-Enhanced Sprint Planning
🔒 1.4 Hands-On Session: AI Tools Walkthrough for Sprint Planning and Backlog Grooming

2.1 Understanding Project Data Types and Sources 2.2 Data-Driven Decision Making in Agile 2.3 Case Study: Data-Led Sprint Retrospectives 2.4 Hands-On Simulation Exercise: AI-Driven Sprint Prediction and Metrics Analysis

🔒 2.1 Understanding Project Data Types and Sources
🔒 2.2 Data-Driven Decision Making in Agile
🔒 2.3 Case Study: Data-Led Sprint Retrospectives
🔒 2.4 Hands-On Simulation Exercise: AI-Driven Sprint Prediction and Metrics Analysis

3.1 Predictive Resource Allocation 3.2 AI-Driven Agile Metrics and Performance Tracking 3.3 Use Cases: Smart Scheduling and Workload Balancing 3.4 Hands-On Session: Managing Team Capacity and Task Distribution Using AI Dashboards

🔒 3.1 Predictive Resource Allocation
🔒 3.2 AI-Driven Agile Metrics and Performance Tracking
🔒 3.3 Use Cases: Smart Scheduling and Workload Balancing
🔒 3.4 Hands-On Session: Managing Team Capacity and Task Distribution Using AI Dashboards

4.1 Foundations of Predictive Modelling 4.2 Forecasting Delays and Resource Shortages 4.3 Case Studies: Early Risk Detection in Agile Projects 4.4 Hands-On Simulation Exercise: Resource Shortage and Timeline Forecasting

🔒 4.1 Foundations of Predictive Modelling
🔒 4.2 Forecasting Delays and Resource Shortages
🔒 4.3 Case Studies: Early Risk Detection in Agile Projects
🔒 4.4 Hands-On Simulation Exercise: Resource Shortage and Timeline Forecasting

5.1 Real-Time Monitoring with AI 5.2 Intelligent Reporting and Stakeholder Communication 5.3 Use Cases: Automated Status Updates and Performance Reviews 5.4 Hands-On Session: Creating AI-Powered Reports and Visual Dashboards

🔒 5.1 Real-Time Monitoring with AI
🔒 5.2 Intelligent Reporting and Stakeholder Communication
🔒 5.3 Use Cases: Automated Status Updates and Performance Reviews
🔒 5.4 Hands-On Session: Creating AI-Powered Reports and Visual Dashboards

6.1 Ethical AI in Decision-Making 6.2 Bias and Risk in Predictive Models 6.3 Regulatory and Compliance Considerations 6.4 Hands-On Exercise: Evaluating AI Outputs for Fairness and Responsible Use

🔒 6.1 Ethical AI in Decision-Making
🔒 6.2 Bias and Risk in Predictive Models
🔒 6.3 Regulatory and Compliance Considerations
🔒 6.4 Hands-On Exercise: Evaluating AI Outputs for Fairness and Responsible Use

7.1 Selecting the Right AI Solutions 7.2 Change Management and Stakeholder Adoption 7.3 Case Study: AI-Automated Reporting and Risk Forecasting in Consulting Projects 7.4 Hands-On Simulation Exercise: Tool Evaluation and Vendor Comparison 7.5 Hands-On Exercise: Measuring AI Effectiveness with Project Analytics Platforms

🔒 7.1 Selecting the Right AI Solutions
🔒 7.2 Change Management and Stakeholder Adoption
🔒 7.3 Case Study: AI-Automated Reporting and Risk Forecasting in Consulting Projects
🔒 7.4 Hands-On Simulation Exercise: Tool Evaluation and Vendor Comparison
🔒 7.5 Hands-On Exercise: Measuring AI Effectiveness with Project Analytics Platforms

8.1 Autonomous and Self-Optimising Projects 8.2 AI for Remote and Distributed Agile Teams 8.3 Case Studies Inspired by Industry Trends 8.4 Hands-On Simulation Exercise: Designing an AI-Augmented Agile Workflow

🔒 8.1 Autonomous and Self-Optimising Projects
🔒 8.2 AI for Remote and Distributed Agile Teams
🔒 8.3 Case Studies Inspired by Industry Trends
🔒 8.4 Hands-On Simulation Exercise: Designing an AI-Augmented Agile Workflow

AI Tools Used

ChatGPT ChatGPT
Google Gemini Google Gemini
Microsoft Copilot Microsoft Copilot
Trello AI Trello AI
Jira Free Tier Jira Free Tier
ClickUp ClickUp
Notion AI Notion AI
GitHub Copilot GitHub Copilot
Google Sheets with AI Add-ons Google Sheets with AI Add-ons
Power BI Power BI
Tableau Public Tableau Public
Python Python
Pandas Pandas
Scikit-learn Scikit-learn
TensorFlow TensorFlow
AutoML Tools AutoML Tools
Miro AI Miro AI
Zapier Zapier
Slack AI Integrations Slack AI Integrations
Burndown & Sprint Analytics Dashboards Burndown & Sprint Analytics Dashboards

Prerequisites

Basic understanding of project lifecycle and management principles alongside the awareness of agile methodologies like Scrum and Kanban. Introductory knowledge of artificial intelligence and its applications, and ability to address challenges in dynamic environments.

Exam Details

50 questions, 70% passing, 90 minutes, online proctored exam

Mode of Learning

Delivery: SelfPaced

  • ✓ Instructor-led OR Self-paced course
  • ✓ Official exam
  • ✓ Digital badge