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 Practitioner™

AI+ Project Management Practitioner™

AI+ Project Management Practitioner™

Master AI-Powered Project Management Across the Full Delivery Lifecycle.

Master AI-Powered Project Management Across the Full Delivery Lifecycle.

Master AI-Powered Project Management Across the Full Delivery Lifecycle.

Get the AI+ Project Management Practitioner™ outline:

Course Prerequisites:

  • Basic understanding of project management principles and processes.

  • Familiarity with project management tools and techniques.

  • General knowledge of artificial intelligence concepts (machine learning, predictive analytics, etc.).

  • Experience in managing or overseeing projects, preferably in a technical or business context.

  • Willingness to learn and apply AI-based tools to enhance project management efficiency

Modules:

Module 1: Project Management Overview

1.1 Introduction to Project Management

1.2 Project Management Lifecycle

1.3 Advanced Project Management Tasks

1.4 Project Management Frameworks

1.5 Project Manager’s Roles and Responsibilities

Module 2: Introduction to AI and ML

2.1 Introduction to Artificial Intelligence (AI)

2.2 Introduction to Machine Learning (ML)

2.3 Neural Networks

2.4 AI and ML Applications and Trends

2.5 Case Studies on AI and ML Projects

Module 3: Data Driven Decision Making

3.1 The Importance of Data in Artificial Intelligence

3.2 Data Analysis Techniques

3.3 Applying Data Insights to Project Decisions

3.4 Tools for Data Visualization and Reporting

3.5 Challenges and Best Practices

Module 4: AI-Driven Project Risk Management

4.1 AI in Risk Management - An Introduction

4.2 AI for Risk Mitigation and Response

4.3 AI for Financial and Resource Risk Management

4.4 AI in Risk Management: The Future Scope

4.5 Case Study – AI-based Project Risk Management

Module 5: Planning Project Work Breakdown and Structuring and Project Scheduling by AI

5.1 Introduction to Work Breakdown Structure (WBS)

5.2 AI for WBS Creation

5.3 AI in Project Scheduling

5.4 AI for Resource-Constrained Scheduling

5.5 Case Studies: AI-based WBS and AI Algorithms for Project Scheduling

Module 6: Effective Project Budgeting Using AI

6.1 Introduction to AI in Budgeting

6.2 AI for Estimating Costs and Budget Allocation

6.3 AI for Budget Optimization

6.4 Future of AI in Project Budgeting

6.5 Case Study: AI Algorithms for Project Scheduling, AI-Based Model for Estimating Costs and

Module 7: AI for Planning Human Resources

7.1 Introduction to AI in Human Resource Planning

7.2 AI for Workforce Allocation

7.3 AI in Skill Matching and Employee Performance Analysis

7.4 The Future of AI in Human Resource Planning

7.5 Case Studies: Designing AI-Based Models for HR Planning

Module 8: Stakeholder Management Using AI

8.1 Introduction to Stakeholder Management and AI

8.2 Identifying and Categorizing Stakeholders Using AI

8.3 Stakeholder Conflicts Management with AI

8.4 Ethics and Future Prospects in AI-based Stakeholder Management

8.5 Case Studies: AI Tools for Stakeholder Management

Module 9: AI-based Project Monitoring

9.1 Introduction to Project Monitoring and AI

9.2 AI-based Tools for Monitoring Project Progress

9.3 AI for Risk Monitoring

9.4 Case Studies: AI Tools for Project Monitoring

Module 10: Transformative Role of Project Management

10.1 Current State of AI in Project Management

10.2 Ethical Considerations in AI-Based Project Management

10.3 Technical Challenges in AI Integration