Agile Project Management with Scrum and Traditional Project Management 

Inquire now

Duration 4 days – 28 hrs

 

Overview

This training course provides a practical foundation in both traditional project management and Agile project delivery using the Scrum framework. It helps participants understand how projects are initiated, planned, executed, monitored, controlled, and closed while also introducing iterative delivery, adaptive planning, Scrum roles, events, and artifacts.

Participants will learn how to select an appropriate delivery approach—traditional, Agile, or hybrid—based on the project’s requirements, risks, complexity, and level of uncertainty. Practical exercises, case studies, and simulations are included to reinforce the concepts.

 

Objectives

  • Explain essential project management concepts, principles, and terminology. 
  • Understand the project life cycle and major project management processes. 
  • Define project objectives, scope, deliverables, assumptions, and constraints. 
  • Identify and analyze project stakeholders. 
  • Develop practical project schedules, budgets, and resource plans. 
  • Identify, assess, and respond to project risks and issues. 
  • Monitor project performance and manage changes effectively. 
  • Explain Agile values, principles, and ways of working. 
  • Understand the Scrum framework, including its accountabilities, events, and artifacts. 
  • Develop and prioritize a Product Backlog. 
  • Conduct Sprint Planning, Daily Scrum, Sprint Review, and Sprint Retrospective. 
  • Apply estimation, prioritization, and Agile progress-tracking techniques. 
  • Determine when to use traditional, Agile, or hybrid project management. 
  • Prepare an initial project management and delivery plan.

 

Target Audience

  • Project managers and project coordinators 
  • Scrum Masters and aspiring Scrum Masters 
  • Product Owners and product managers 
  • Team leaders and supervisors 
  • Business analysts and systems analysts 
  • Operations, administrative, and technical professionals 
  • Engineers and IT professionals 
  • Project team members 
  • Department and functional managers 
  • Professionals transitioning into project management roles 
  • Organizations adopting Agile or hybrid project delivery

 

Prerequisites 

  • Basic experience working on projects or organizational initiatives 
  • General knowledge of workplace processes and teamwork 
  • A sample project, business initiative, or case study for workshop activities 
  • A laptop for templates and planning exercises, if required

 


Course Outline 

 

Day 1: Project Management Fundamentals and Project Initiation

Module 1: Introduction to Project Management

  • Definition and characteristics of a project 
  • Projects versus operations 
  • Programs, portfolios, and project management 
  • Benefits of effective project management 
  • Responsibilities of the project manager 
  • Project success criteria 
  • Common causes of project failure 

Module 2: Project Life Cycle and Delivery Approaches

  • Project phases and process groups 
  • Initiating, planning, executing, monitoring and controlling, and closing 
  • Predictive or traditional project management 
  • Agile and adaptive delivery 
  • Hybrid project management 
  • Selecting the appropriate delivery approach 

Module 3: Project Initiation

  • Identifying the business need 
  • Establishing project objectives 
  • Developing measurable success criteria 
  • Project feasibility and business justification 
  • Identifying assumptions and constraints 
  • Preparing a Project Charter 
  • Defining the project manager’s authority 

Module 4: Stakeholder Management

  • Identifying project stakeholders 
  • Analyzing stakeholder interests and influence 
  • Stakeholder mapping techniques 
  • Planning stakeholder engagement 
  • Managing stakeholder expectations 
  • Developing a stakeholder register 

       Workshop

  • Prepare a Project Charter 
  • Create a stakeholder register and stakeholder map 

 

Day 2: Project Planning, Execution, and Control

Module 5: Project Scope Management

  • Defining project requirements 
  • Developing the project scope statement 
  • In-scope and out-of-scope items 
  • Creating a Work Breakdown Structure 
  • Defining deliverables and acceptance criteria 
  • Preventing and controlling scope creep 

Module 6: Schedule and Resource Management

  • Identifying and sequencing activities 
  • Estimating activity duration 
  • Understanding dependencies and milestones 
  • Developing a project schedule 
  • Assigning roles and responsibilities 
  • Responsibility Assignment Matrix 
  • Introduction to critical path concepts 

Module 7: Cost, Quality, and Communication Management

  • Estimating project costs 
  • Preparing and controlling the project budget 
  • Establishing quality requirements 
  • Quality assurance and quality control 
  • Project communication planning 
  • Status reporting and project meetings 

Module 8: Risk, Issue, and Change Management

  • Risks versus issues 
  • Identifying and assessing project risks 
  • Probability and impact analysis 
  • Risk response strategies 
  • Developing a risk register 
  • Issue tracking and escalation 
  • Integrated change-control process 
  • Managing change requests 

Module 9: Monitoring, Control, and Project Closure

  • Tracking planned versus actual performance 
  • Monitoring scope, schedule, cost, and quality 
  • Project performance indicators 
  • Corrective and preventive actions 
  • Managing project acceptance and handover 
  • Closing contracts and administrative activities 
  • Lessons learned and project closure report 

       Workshop

  • Develop a Work Breakdown Structure 
  • Prepare a project schedule and responsibility matrix 
  • Create a risk register and project status report 

 

Day 3: Agile Project Management and Scrum Fundamentals

Module 10: Understanding Agile

  • Origins and purpose of Agile 
  • Agile values and principles 
  • Predictive versus adaptive planning 
  • Benefits and limitations of Agile 
  • Agile mindset and team behaviors 
  • Common Agile approaches 
  • When Agile is appropriate 

Module 11: Introduction to the Scrum Framework

  • Scrum theory and empirical process control 
  • Transparency, inspection, and adaptation 
  • Scrum values 
  • Overview of the Scrum framework 
  • Incremental and iterative delivery 

Module 12: Scrum Accountabilities

  • Product Owner 
  • Scrum Master 
  • Developers 
  • Cross-functional and self-managing teams 
  • Stakeholder involvement 
  • Common role misunderstandings 

Module 13: Scrum Artifacts and Commitments

  • Product Backlog and Product Goal 
  • Sprint Backlog and Sprint Goal 
  • Product Increment 
  • Definition of Done 
  • Maintaining transparency and accountability 
  • Managing changing requirements 

Module 14: Requirements in Agile Projects

  • Product vision and goals 
  • Themes, epics, features, and user stories 
  • Writing effective user stories 
  • Acceptance criteria 
  • Definition of Ready 
  • Product Backlog refinement 
  • Prioritization techniques 

       Workshop

  • Define a product vision and Product Goal 
  • Develop user stories and acceptance criteria 
  • Build and prioritize an initial Product Backlog 

 

Day 4: Scrum Application, Estimation, and Hybrid Delivery

Module 15: Scrum Events

  • The Sprint 
  • Sprint Planning 
  • Daily Scrum 
  • Sprint Review 
  • Sprint Retrospective 
  • Product Backlog refinement 
  • Event objectives, participants, and expected outputs 

Module 16: Agile Estimation and Release Planning

  • Relative estimation 
  • Story points 
  • Planning Poker 
  • Affinity estimation 
  • Team capacity and velocity 
  • Release and roadmap planning 
  • Forecasting project delivery 

Module 17: Monitoring Agile Projects

  • Task boards and Scrum boards 
  • Sprint and release burndown charts 
  • Burnup charts 
  • Cumulative flow diagrams 
  • Velocity and throughput 
  • Managing blockers and impediments 
  • Agile reporting and stakeholder communication 
  • Avoiding misuse of Agile metrics 

Module 18: Scrum Simulation

  • Product Backlog selection 
  • Sprint Planning simulation 
  • Task allocation and execution 
  • Daily Scrum simulation 
  • Product demonstration 
  • Sprint Review 
  • Sprint Retrospective 
  • Capturing improvements for the next Sprint 

Module 19: Traditional, Agile, and Hybrid Project Management

  • Comparing predictive and Agile approaches 
  • Evaluating project uncertainty and complexity 
  • Combining traditional governance with Agile execution 
  • Managing budgets, deadlines, and reporting in Agile projects 
  • Governance and documentation in hybrid projects 
  • Transitioning teams to Agile ways of working 
  • Common implementation challenges 

Final Workshop

       Participants develop and present a project delivery plan that includes:

  • Project objectives and success criteria 
  • Recommended delivery approach 
  • Major stakeholders 
  • High-level scope or Product Backlog 
  • Schedule or release plan 
  • Risks and mitigation actions 
  • Roles and responsibilities 
  • Project monitoring and reporting approach 
  • Initial action plan for implementation 

 

Inquire now

Best selling courses

Course Customization Options To request a customized training for this course, please contact us to arrange.

Course Customization Options To request a customized training for this course, please contact us to arrange.

Course Customization Options To request a customized training for this course, please contact us to arrange.

BUSINESS / FINANCE / BLOCKCHAIN / FINTECH

Stakeholder Collaboration

Duration 3 days – 21 hrs   Overview   This course equips participants with the skills needed to collaborate effectively with stakeholders across departments, teams, and external organizations. It focuses on identifying stakeholder needs, managing expectations, facilitating communication, resolving conflicts, and building strong, productive working relationships. Participants will learn practical frameworks, tools, and techniques to...

AI Prompt Engineering for Google Earth Engine (GEE): Remote Sensing & Geospatial Analytics equips geospatial professionals, GIS analysts, remote sensing specialists, and researchers with practical prompt engineering techniques to accelerate satellite imagery analysis, automate geospatial workflows, and generate actionable insights using AI and Google Earth Engine.   Duration 3 days – 21 hrs    Overview...

ARTIFICIAL INTELLIGENCE / MACHINE LEARNING / DEEP LEARNING

Machine Learning with MATLAB

Course Customization Options To request a customized training for this course, please contact us to arrange.

Build versatile database skills with PostgreSQL Admin and Development Training, a comprehensive program designed for database administrators, developers, software engineers, IT professionals, and technical specialists who want to manage PostgreSQL databases while developing efficient database-driven applications.   Duration 5 days – 35 hrs   Overview   This PostgreSQL Admin and Development Training Course is designed...

CYBER SECURITY

CompTIA Cloud+

Duration 5 days – 35 hrs   Overview.   The CompTIA Cloud+ training course is designed to provide a comprehensive understanding of cloud computing principles and best practices. This course focuses on the skills and knowledge needed to implement and manage cloud technologies effectively. Participants will learn about cloud infrastructure, security, scalability, virtualization, deployment models,...

We use cookies on our website to personalize your experience by storing your preferences and recognizing repeat visits. By clicking “Accept”, you agree to the use of all cookies. You can also select “Cookie Settings” to adjust your preferences and provide more specific consent. Cookie Policy