Explore Courses
course iconScrum AllianceCertified ScrumMaster (CSM) Certification
  • 16 Hours
Best seller
course iconScrum AllianceCertified Scrum Product Owner (CSPO) Certification
  • 16 Hours
Best seller
course iconScaled AgileLeading SAFe 6.0 Certification
  • 16 Hours
Trending
course iconScrum.orgProfessional Scrum Master (PSM) Certification
  • 16 Hours
course iconScaled AgileSAFe 6.0 Scrum Master (SSM) Certification
  • 16 Hours
course iconScaled Agile, Inc.Implementing SAFe 6.0 (SPC) Certification
  • 32 Hours
Recommended
course iconScaled Agile, Inc.SAFe 6.0 Release Train Engineer (RTE) Certification
  • 24 Hours
course iconScaled Agile, Inc.SAFe® 6.0 Product Owner/Product Manager (POPM)
  • 16 Hours
Trending
course iconKanban UniversityKMP I: Kanban System Design Course
  • 16 Hours
course iconIC AgileICP Agile Certified Coaching (ICP-ACC)
  • 24 Hours
course iconScrum.orgProfessional Scrum Product Owner I (PSPO I) Training
  • 16 Hours
course iconAgile Management Master's Program
  • 32 Hours
Trending
course iconAgile Excellence Master's Program
  • 32 Hours
Agile and ScrumScrum MasterProduct OwnerSAFe AgilistAgile CoachFull Stack Developer BootcampData Science BootcampCloud Masters BootcampReactNode JsKubernetesCertified Ethical HackingAWS Solutions Artchitct AssociateAzure Data Engineercourse iconPMIProject Management Professional (PMP) Certification
  • 36 Hours
Best seller
course iconAxelosPRINCE2 Foundation & Practitioner Certificationn
  • 32 Hours
course iconAxelosPRINCE2 Foundation Certification
  • 16 Hours
course iconAxelosPRINCE2 Practitioner Certification
  • 16 Hours
Change ManagementProject Management TechniquesCertified Associate in Project Management (CAPM) CertificationOracle Primavera P6 CertificationMicrosoft Projectcourse iconJob OrientedProject Management Master's Program
  • 45 Hours
Trending
course iconProject Management Master's Program
  • 45 Hours
Trending
PRINCE2 Practitioner CoursePRINCE2 Foundation CoursePMP® Exam PrepProject ManagerProgram Management ProfessionalPortfolio Management Professionalcourse iconAWSAWS Certified Solutions Architect - Associate
  • 32 Hours
Best seller
course iconAWSAWS Cloud Practitioner Certification
  • 32 Hours
course iconAWSAWS DevOps Certification
  • 24 Hours
course iconMicrosoftAzure Fundamentals Certification
  • 16 Hours
course iconMicrosoftAzure Administrator Certification
  • 24 Hours
Best seller
course iconMicrosoftAzure Data Engineer Certification
  • 45 Hours
Recommended
course iconMicrosoftAzure Solution Architect Certification
  • 32 Hours
course iconMicrosoftAzure Devops Certification
  • 40 Hours
course iconAWSSystems Operations on AWS Certification Training
  • 24 Hours
course iconAWSArchitecting on AWS
  • 32 Hours
course iconAWSDeveloping on AWS
  • 24 Hours
course iconJob OrientedAWS Cloud Architect Masters Program
  • 48 Hours
New
course iconCareer KickstarterCloud Engineer Bootcamp
  • 100 Hours
Trending
Cloud EngineerCloud ArchitectAWS Certified Developer Associate - Complete GuideAWS Certified DevOps EngineerAWS Certified Solutions Architect AssociateMicrosoft Certified Azure Data Engineer AssociateMicrosoft Azure Administrator (AZ-104) CourseAWS Certified SysOps Administrator AssociateMicrosoft Certified Azure Developer AssociateAWS Certified Cloud Practitionercourse iconAxelosITIL 4 Foundation Certification
  • 16 Hours
Best seller
course iconAxelosITIL Practitioner Certification
  • 16 Hours
course iconPeopleCertISO 14001 Foundation Certification
  • 16 Hours
course iconPeopleCertISO 20000 Certification
  • 16 Hours
course iconPeopleCertISO 27000 Foundation Certification
  • 24 Hours
course iconAxelosITIL 4 Specialist: Create, Deliver and Support Training
  • 24 Hours
course iconAxelosITIL 4 Specialist: Drive Stakeholder Value Training
  • 24 Hours
course iconAxelosITIL 4 Strategist Direct, Plan and Improve Training
  • 16 Hours
ITIL 4 Specialist: Create, Deliver and Support ExamITIL 4 Specialist: Drive Stakeholder Value (DSV) CourseITIL 4 Strategist: Direct, Plan, and ImproveITIL 4 Foundationcourse iconJob OrientedData Science Bootcamp
  • 6 Months
Trending
course iconJob OrientedData Engineer Bootcamp
  • 289 Hours
course iconJob OrientedData Analyst Bootcamp
  • 6 Months
course iconJob OrientedAI Engineer Bootcamp
  • 288 Hours
New
Data Science with PythonMachine Learning with PythonData Science with RMachine Learning with RPython for Data ScienceDeep Learning Certification TrainingNatural Language Processing (NLP)TensorflowSQL For Data Analyticscourse iconIIIT BangaloreExecutive PG Program in Data Science from IIIT-Bangalore
  • 12 Months
course iconMaryland UniversityExecutive PG Program in DS & ML
  • 12 Months
course iconMaryland UniversityCertificate Program in DS and BA
  • 31 Weeks
course iconIIIT BangaloreAdvanced Certificate Program in Data Science
  • 8+ Months
course iconLiverpool John Moores UniversityMaster of Science in ML and AI
  • 750+ Hours
course iconIIIT BangaloreExecutive PGP in ML and AI
  • 600+ Hours
Data ScientistData AnalystData EngineerAI EngineerData Analysis Using ExcelDeep Learning with Keras and TensorFlowDeployment of Machine Learning ModelsFundamentals of Reinforcement LearningIntroduction to Cutting-Edge AI with TransformersMachine Learning with PythonMaster Python: Advance Data Analysis with PythonMaths and Stats FoundationNatural Language Processing (NLP) with PythonPython for Data ScienceSQL for Data Analytics CoursesAI Advanced: Computer Vision for AI ProfessionalsMaster Applied Machine LearningMaster Time Series Forecasting Using Pythoncourse iconDevOps InstituteDevOps Foundation Certification
  • 16 Hours
Best seller
course iconCNCFCertified Kubernetes Administrator
  • 32 Hours
New
course iconDevops InstituteDevops Leader
  • 16 Hours
KubernetesDocker with KubernetesDockerJenkinsOpenstackAnsibleChefPuppetDevOps EngineerDevOps ExpertCI/CD with Jenkins XDevOps Using JenkinsCI-CD and DevOpsDocker & KubernetesDevOps Fundamentals Crash CourseMicrosoft Certified DevOps Engineer ExperteAnsible for Beginners: The Complete Crash CourseContainer Orchestration Using KubernetesContainerization Using DockerMaster Infrastructure Provisioning with Terraformcourse iconTableau Certification
  • 24 Hours
Recommended
course iconData Visualisation with Tableau Certification
  • 24 Hours
course iconMicrosoftMicrosoft Power BI Certification
  • 24 Hours
Best seller
course iconTIBCO Spotfire Training
  • 36 Hours
course iconData Visualization with QlikView Certification
  • 30 Hours
course iconSisense BI Certification
  • 16 Hours
Data Visualization Using Tableau TrainingData Analysis Using Excelcourse iconEC-CouncilCertified Ethical Hacker (CEH v12) Certification
  • 40 Hours
course iconISACACertified Information Systems Auditor (CISA) Certification
  • 22 Hours
course iconISACACertified Information Security Manager (CISM) Certification
  • 40 Hours
course icon(ISC)²Certified Information Systems Security Professional (CISSP)
  • 40 Hours
course icon(ISC)²Certified Cloud Security Professional (CCSP) Certification
  • 40 Hours
course iconCertified Information Privacy Professional - Europe (CIPP-E) Certification
  • 16 Hours
course iconISACACOBIT5 Foundation
  • 16 Hours
course iconPayment Card Industry Security Standards (PCI-DSS) Certification
  • 16 Hours
course iconIntroduction to Forensic
  • 40 Hours
course iconPurdue UniversityCybersecurity Certificate Program
  • 8 Months
CISSPcourse iconCareer KickstarterFull-Stack Developer Bootcamp
  • 6 Months
Best seller
course iconJob OrientedUI/UX Design Bootcamp
  • 3 Months
Best seller
course iconEnterprise RecommendedJava Full Stack Developer Bootcamp
  • 6 Months
course iconCareer KickstarterFront-End Development Bootcamp
  • 490+ Hours
course iconCareer AcceleratorBackend Development Bootcamp (Node JS)
  • 4 Months
ReactNode JSAngularJavascriptPHP and MySQLcourse iconPurdue UniversityCloud Back-End Development Certificate Program
  • 8 Months
course iconPurdue UniversityFull Stack Development Certificate Program
  • 9 Months
course iconIIIT BangaloreExecutive Post Graduate Program in Software Development - Specialisation in FSD
  • 13 Months
Angular TrainingBasics of Spring Core and MVCFront-End Development BootcampReact JS TrainingSpring Boot and Spring CloudMongoDB Developer Coursecourse iconBlockchain Professional Certification
  • 40 Hours
course iconBlockchain Solutions Architect Certification
  • 32 Hours
course iconBlockchain Security Engineer Certification
  • 32 Hours
course iconBlockchain Quality Engineer Certification
  • 24 Hours
course iconBlockchain 101 Certification
  • 5+ Hours
NFT Essentials 101: A Beginner's GuideIntroduction to DeFiPython CertificationAdvanced Python CourseR Programming LanguageAdvanced R CourseJavaJava Deep DiveScalaAdvanced ScalaC# TrainingMicrosoft .Net Frameworkcourse iconSalary Hike GuaranteedSoftware Engineer Interview Prep
  • 3 Months
Data Structures and Algorithms with JavaScriptData Structures and Algorithms with Java: The Practical GuideLinux Essentials for Developers: The Complete MasterclassMaster Git and GitHubMaster Java Programming LanguageProgramming Essentials for BeginnersComplete Python Programming CourseSoftware Engineering Fundamentals and Lifecycle (SEFLC) CourseTest-Driven Development for Java ProgrammersTypeScript: Beginner to Advanced

Everything You Need to Know about Lean Project Management

Updated on 28 June, 2023

8.11K+ views
6 min read

Lean in project management, where the word ‘lean’ is associated with less wastage and more value addition. Lean is an Agile methodology that helps industries to improve productivity, increase customer value, eliminate problems, enhance the organization’s processes, reduce waste, and encourage continuous improvement. 

Historically, it was first introduced in the manufacturing industry, but today it is prevalent in almost every industry, including healthcare, education, software development, etc. Lean Six Sigma project management is one of the highly recommended SaaS solutions which concentrates on the improvement of people, purpose, and work processes.

What is Lean Project Management?  

Lean is defined as a management philosophy and a quality improvement process, according to the Project Management Institute (PMI). The primary objective of Lean is to eradicate waste, improve production time and quality, and mitigate costs. It is a process in which unproductive tasks, unrequired documentation, unwanted meetings, over-planning, and detailed requirements are eliminated. Lean project management methodology has added value to other processes like Agile, Kanban, and Scrum. You must enroll in Project Management courses online to learn more about the lean project management framework.

These non-productive wastes that are generated in any industry have been categorized into:

  • Muda (waste) – Processes that don’t add value
  • Mura (unevenness) – Processes that are inconsistent and uneven
  • Muri (overburden) – Processes that lead to unnecessary burden or stress

The History of the Lean Model 

Lean Methodology was first introduced by Japanese engineers, between 1948 and 1975, at Toyota Production System (TPS), to improve manufacturing, eliminate waste, and enhance interactions with stakeholders. The lean project management principles of the ideology were outlined by Dr. Jeffrey K. Liker in his book “The Toyota Way,” which was all about how industries can eliminate corporate waste. 

In 1988 John Krafcik introduced the project management lean approach through an article that he wrote for his master’s thesis at MIT Sloan School of Management, “Triumph of the Lean Production System.” This led to the best-selling book, “The Machine That Changed the World.” This is how other industries adopted and implemented the method to eradicate waste.

What are the Core Principles of Lean Project Management?  

The Core Principles of Lean Project Management are:

1. Identify Value 

You must first understand your stakeholders (leaders and consumers) to identify your product value. Then you must create products and services, improve internal operations, make them valuable, or make a consumer’s life easier.

2. Map Value Stream  

A visual tool known as Value Stream Mapping (VSM) is about diagramming your current and ideal workflow, including the entire project line from initiation to completion. Then both the workflows should be compared to identify types of wastes such as:

  • Overproduction (Unnecessary features
  • Inventory (Mismanaged backlog) 
  • Motion and Project Productivity (Task switching) 
  • Defects, Omissions, or Errors (Technical debt) 
  • Over-processing (Expensive tools) 
  • Waiting-time waste, Transport waste, and Fragmented teams

With the help of VSM, you can visualize flaws in the project life cycle and enhance final product quality for both internal and external stakeholders. 

3. Create a Flow  

After completing steps 1 and 2, it is time to rework your project management plan, reconfigure steps, break down every stage of progress, and remove waste. This lean project management framework helps to ensure that while the project develops, there is no delayed timeline, mismanaged backlog, or unnecessarily wasted resources which can hamper the effectiveness of the project. This stage also implies open communication with team members so everyone is on the same page when preventing future inefficiencies.

4. Establish a Pull  

Establishing pull means keeping your workflow progressing efficiently. This means pulling work from the completed stage and moving on to the next step. Lean project management examples for establishing a pull are when a software coder finishes his task which is ready for a review, he will flag it, after which the reviewer takes it up. He will further flag it after he is done with his job, and then the following process head takes over for testing. This is how the project successfully moves from one stage to another, which finally helps industries produce the inventory their customers need. 

5. Continue to Improve 

Lean Project Management is all about striving for perfection. You can get better with each project, ensuring continuous improvements and meeting all stakeholders' transforming and trending demands. It is a seamless and productive workflow analysis to be the best resource with zero waste.

Benefits of Lean Project Management 

Lean Project Management is all about reducing lead times, lowering inventory and storage costs, improving productivity, quality, and efficiency, and creating higher customer satisfaction. There are several lean project management advantages and disadvantages, but here are some of the key benefits of employing it within your organization:

1. Cost reduction

Organizations can control and reduce costs using lean six sigma project management, thus maximizing profits. It is imperative to eliminate money-consuming waste, such as unnecessary stationery, transportation costs, etc., which maximizes savings and profits.

2. Enhanced Customer Experience

One of the key ideologies of applying a lean approach to project management is to enhance communication and work from the customer’s perspective. The whole idea is to provide according to the consumer's needs and eventually reduce waste. 

3. Establishing an effective “Push and Pull” system

This helps in prioritizing tasks and reducing overproduction. It is all about following each process diligently, and ordering only what you need, instead of piling up inventory.

4. Enhanced Quality and Constant Improvement

The Lean methodology ultimately optimizes processes, saves time and money, and works on daily improvements. The whole idea is to add value and reduce waste.

5. High Employee Morale

Lean six sigma project management helps employees to make the right decisions, communicate better, coordinate effectively, and improve the quality of their work. It also helps to create knowledge, brush existing skills, deliver on time, and optimize the whole process.

6. Deliver Fast

The objective is to deliver high-quality products to customers as fast as possible and remove tasks that slow the process down. 

How Does Lean Project Management Work? 

Lean Project Management works on the five core principles and is applied to almost every industry to improve product value by streamlining processes. Online PMP certification programs help you learn about the process and features of the lean method of project management. Following the principles, project leaders and managers lay down a project cycle that:

  • Improves the project through innovation and creativity,
  • Reduces physical waste and waiting times, 
  • Enhances customer service,
  • Improves quality and inventory management.

Project managers map the process value stream and establish the pull-based flow. Then they note improvements required in the project and act accordingly to ensure constant growth and optimization. The steps they follow are:

  • Step 1: Focus on value - as defined by your customer.
  • Step 2: Visualize the value stream.
  • Step 3: Increase process throughput.
  • Step 4: Transform from push to pull services.
  • Step 5: Improve continuously.

Lean Project Management Tools  

Prince2 foundation and practitioner training is a must for getting savvy at some of the latest lean project management tools. Some of the most important Lean Project Management tools that you can use are:

  1. Plan-Do-Check-Act (PDCA) Cycle - A continuous cycle of planning, processing, and testing improvement measures on a smaller scale.
  2. Kaizen – A Japanese word that means continuous improvement 
  3. Kanban – Helps to plan, track and manage any project from start to finish. It helps project managers easily assign and prioritize tasks, share files, and monitor what team members are doing 
  4. Deming cycle (PDCA) – Introduced by Dr. W. Edwards Deming in the 1950s is all about investigating your workflow, finding solutions to the problem, monitoring whether your solutions are effective, and applying revised solutions 
  5. Lean Six Sigma Project Management Methodology (DMEDI) – This helps identify problems in your workflow and incorporates defining your project goals, measuring success, exploring innovating means, developing a fool-proof project plan, and finally implementing it.
  6. Other Important Lean Project Management Tools:
  • Value stream mapping
  • Customer feedback surveys
  • Gantt charts or bar graphs to visualize project milestones.
  • Root cause analysis (RCA)

Traditional vs Lean Project Management Process 

Lean project management principles have been transformed and evolved since the waterfall method was introduced in Lean manufacturing years ago. In 2003, the latest principles were published by Mary and Tom Poppendieck in their research “Lean Software Development: An Agile Toolkit.”

Today, the lean project management approach follows Deming’s change cycle and is based on an iterative process. Instead of following all activities at once according to traditional project management, the modern version of Lean Project Management seeks to bring value to customers quickly and continuously. 

New technologies and techniques, such as pulling the deliverables and matching their processing, have been introduced and followed to ensure 100% task success and maximum waste reduction.

Conclusion  

Improve your workflow, produce high-quality products, and convert your target audience into consumers with Lean Project Management. With KnowledgeHut project management certification preparation, you can get a clearer picture of this cleaning-up ideology that aids in process improvements and streamlined processes.  Incorporating lean can help you visualize your project better, communicate with team members, and meet customer requirements. For a successful company, you must apply the lean method of project management and achieve shorter lead times, reduce cost, improve customer satisfaction, and carve out process inefficiencies. Its reliability on its five solid principles reduces the overall cost of your company and eventually leads to better profitability and higher ROI.

Frequently Asked Questions (FAQs)

1. What is an example of Lean Project Management?

An example of Lean Project Management is either pair programming, combining the expertise of two developers into one, or test-driven development, which means creating content for a product or a feature that meets business requirements.

2. Are Lean and Six Sigma the same?

Both are highly sensible approaches but differ in meaning. Lean is about discarding the non-value-added steps, and Six Sigma is about reducing variation in the value-added steps. When thinking of applying one for your organization, Lean Six Sigma works better as it reduces variability and risk and directs innovation and improvement.

3. What is the difference between Lean and Agile?

Lean is a systematic approach that helps streamline and create value. Conversely, Agile has its roots in software engineering, which focuses on producing high value. However, both Lean and Agile help organizations to work better and deliver higher quality to their customers.