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

What is Project Controlling? Types, Templates, & Examples

Updated on 03 April, 2023

17.59K+ views
8 min read

Large projects often face timeline delays, cost overruns, and increasing workloads due to issues like scope creep, estimation errors, and judgment bias. This happens not from lack of effort, but from insufficient project control and management. Project controlling is essential for keeping a project on schedule, within budget, and meeting quality standards.

A project manager’s role includes both managing and controlling the project to ensure accurate scheduling, budget adherence, and quality maintenance.

Formal education can be attained by acquiring certifications or by enrolling in project management programs. A Project Management certificate course can help you better comprehend and prepare for the exam by giving you in-depth knowledge of project management methodologies and procedures as well as hands-on experience.

What is Project Controlling in Project Management?

migso

Project controlling is the process of gathering data on the progress of the project schedule and the cost incurred, and ensuring that it is on track.

The project controlling process includes evaluating the project progress, forecasting the future based on current measurements and then implementing measures to improve performance.

Since the project environment is dynamic and unpredictable, controlling projects is fairly challenging as things don’t always go the way planned.

Why are Project Controls Important?

Project control process is directly correlated to stakeholder’s expectations and project progress. Usually projects fail as a result of collection of small issues that cause significant impact to the schedule, cost, quality and risk in the entirety of the project.

These small issues are identified and dealt with under the project control process such that the project does not go off track. 

Project managers understand that whether it’s a construction project or a website launch for a small business, additional costs, unexpected delays or unpredictable circumstances can arise at any point. However the lack of project controls to anticipate and resolve these issues can result in the project being off track eventually.

Features of Project Controlling

  • Applied at Every Level: Controlling is a top down process wherein the top management lays out the strategic plans and budget constraints of a project, and this is applied at the project operational level. 
  • Ongoing Process: The controlling process has to be applied throughout the project duration and is a continuous process to monitor progress and control deviations. This helps the organization adopt a proactive approach rather than a reactive one.
  • Regular Feedback: By regularly measuring the project progress against estimations, the project receives regular feedback on the progress or deviations. 
  • Flexible: The project controlling process can be adapted to the needs of a project and can be updated according to the phase of a project.

Steps Involved in Project Controls Process

The process of Project controlling can be divided into 4 easy steps and they are explained in brief below: 

  1. Standards and Baselines: Determining the qualitative or quantitative standards in order to ensure that the deliverables meet certain expectations. Baseline ( an approved plan accepted during the planning stage) is used to evaluate the performance of the project deliverable.
  2. Measurement: Once the standards and baselines are established, the project operations and deliverables are measured. This provides status updates in the form of progress reports, dashboards and checklists.
  3. Analyzing the Data: Comparing the collected data with the predetermined standards and baselines to determine if there are any differences.
  4. Corrective Steps: If the differences are more than the tolerable limit and can be corrected, this step involves taking action towards resolving the differences.

Benefits of Project Controls

  • Optimized Resource Consumption: This process helps to ensure that the available resources are used effectively and efficiently by tracking the processes regularly and ensuring the project is completed according to the plan. 
  • Facilitates Decision Making: Regular tracking of the processes and deliverables helps an organization in making timely decisions that can get the project on track timely in case of any deviations. 
  • Accountability: Project controlling helps in establishing clear accountability and responsibility lines.
  • Better Coordination: Since the processes are evaluated regularly and impact of each activity is measured against the desired outcome, this fosters more transparency and better coordination between the teams to resolve problems early. 
  • Regular Reporting: The process involves regularly measuring the performance of current processes and comparing them to the planned results. Thus, the status of the project is regularly reported. 
  • Avoiding Gold Plating and Scope Creep: Adding extra features to the product (Gold plating) or expanding the scope of the project without requesting for a formal change request ( scope creep) are avoided by project controlling as each change is measured against the originally approved plan.

Types of Project Controls

  1. Feedback Control: This type of control uses inspection and feedback as a method to ensure that the product is as per the original requirements 
  2. Concurrent Control: This type is focused on ensuring that the project timelines and important milestones are met, and if any corrective actions are needed to ensure the project stays on schedule.
  3. Predictive Control: This type of control measures the current performance of the project or the actual cost incurred till date, and forecasts the estimated performance or cost towards the end of the project.

If you want to demonstrate your understanding of Project controlling and work efficiently as a part of a project management team within a PRINCE2 supporting environment, then you should opt for PRINCE2 courses

Processes That Define Project Controls

In order to have an efficient project control mechanism in a project, it is important to perform a root cause analysis in case of any deviation. In other words, it is vital to know which process or function leads to the discrepancy in the result. Thus, we need an integrated project control in project management function that gives a holistic view of the processes.

  • Project Planning
  • Budgeting
  • Risk Management
  • Change Management
  • Forecasting
  • Performance Management
  • Project Administration

1. Project Planning

This is the process wherein project managers and control managers collaborate for the project. Decisions regarding the cost baselines, schedule and milestones, and scope statement are made in this process, and the actual performance of the project is measured against these metrics.

2. Budgeting

In order to understand why variances occur, it is important to integrate the budgeting process into project activities. For senior managers and project teams, a transparent process in the form of time phased budgets serves as a benchmark for the project performance.

3. Risk Management

Risk management in a project is closely affected by the project control function in a project. By identifying potential risks, monitoring and assessing the impact of risks, and designing approaches to mitigate risks, the project control process helps in minimizing the impact on budget and schedule.

4. Change Management

The deviations in a project are caused by a number of different reasons and no particular factor can be singled out as a cause of the deviation. Identifying and assessing the impact of each change requested and deciding if the change is approved or rejected, is a part of the change management process. This process helps in establishing clear accountability and updates in the baselines, if any, due to approved change requests.

5. Forecasting

By regularly measuring the current performance against the approved baselines, the project managers are able to forecast the performance of the project at completion. Various statistical methods are used to arrive at the estimate at completion. This estimate helps the project manager take corrective measures if a project is going off track.

6. Performance Management

Using Key Performance Indicators ( KPIs) for evaluating the health of the project and for forecasting the trends, is useful for implementing corrective actions in the project control process.

7. Project Administration

Establishing processes and systems that enable transparent sharing of information amongst team members, and providing a platform to collaborate. The focus of this process is to enable project status updates, and exchange lessons learned so that the team can focus on execution and not on routine tasks.

Project Controls Techniques 

  • Small Work Packages
  • Baselines
  • Status Meetings
  • Completion Criteria
  • Reviews
  • Milestones and Checkpoints
  • Track Requirements
  • Formal Sign Offs
  • Independent QA Auditor
  • V Method

1. Small Work Packages

Small work packages ensure more accurate estimates and better control over the project activities.

When work packages are scheduled to be completed within one or two reporting periods, the ability to detect a delay or trouble is much easier and is useful for controlling the project. With early detection, one can work on the preventive and corrective measures faster and reduce the impact on other critical factors.

2. Baselines

The baselines are really important in the project control process, as the performance of the project is measured against the baselines.

The process includes establishing a baseline, measuring and reporting against the baseline, and deciding whether the baseline needs to be maintained or updated on the basis of an approved change request.

3. Status Meetings

The most common and simple technique is the status meeting. Regular status meetings help to maintain transparency, accountability, and responsibility for small work packages. 

This tool is also used to manage expectations and ensure information is shared regularly amongst project team members.

4. Completion Criteria

Understanding what is meant by “done” is very important as what is done for the project team may not be completed according to the client. This helps all the stakeholders to be on the same page when it comes to project deliverables. This helps the team in being productive and avoids ambiguity in status reports.

5. Reviews

For maintaining quality and expectations, reviews can be used for project deliverables. The steps to follow for key deliverables here are review, receive feedback and correct, if required.

These reviews can be in the form of design reviews, process reviews, audits, walk throughs, and inspection.

6. Milestones and Checkpoints

Establishing checkpoints and milestones to review the project progress , address key issues, and take corrective actions if necessary for keeping the project on track is an important technique for project control. This technique is also useful for the senior management and sponsors of the project to reevaluate their investments in the project and redirect funds if needed.

7. Track Requirements

In order to avoid scope creep or any other changes in the existing scope of the project, a traceability matrix can be used to control the project. A traceability matrix provides a link between the original stated requirements, the final product and the reason this requirement was made.

8. Formal Sign Offs

The process of receiving a final go ahead from the client to ensure the project deliverable is accepted and complies with the requirements, is a formal way of controlling the project and ensuring the key stakeholders are engaged regularly about the project progress. 

9. Independent QA Auditor

In this technique, an independent Quality Auditor is appointed to monitor the project progress and inspect whether the deliverables meet the criteria and quality agreed upon. This technique can be used to inspect the project deliverables or the project management processes.

10. V Method

The V-method is referred to the technique that uses verification and validation for ensuring the project deliverable is according to the accepted requirements.

Examine the top trending  KnowledgeHut's Project Management Courses:

PMP Certification Training Prince2 Certification Training PMI-CAPM Certification
PgMP Certification Training Prince2 Foundation Certification Project Management Masters Program
Prince2 Agile Certification PMI-RMP Certification Training Prince2 Practitioner Certification

What are the Challenges within Project Controls?

When projects fail, running behind schedule or exceed the budget, the project control in project management function is most likely to be blamed. However, before assigning the blame, it is important to consider if the project control measures are implemented correctly.

Some of the challenges project managers face while implementing project control are mentioned below: 

  • Unsupportive Senior Management: When the senior managers of the organization do not support the project control measures or are not as committed to the process, the project control process is not as effective as it could be. The controlling process involves active monitoring and taking corrective actions to keep the project on track, and this means the project manager must be given enough autonomy and authority to make such decisions.
  • Perception: The costs associated with project control are considered as overhead expenses but there is enough evidence to suggest that if implemented correctly, the project control process can help the companies save much more than the cost of project control. 
  • Obsolete Processes: The use of manual processes and cumbersome processes to measure the project performance, assess impact on baselined and record any suggested changes, assess and manage associated risks, affects the project control process negatively, as it takes longer to gather all the relevant information to initiate a corrective step. 

Project Control Templates

Here are the Project Control templates:

  1. Download Project Cost Control Template 
  2. Download Project Budget Control Template 
  3. Download Earned Value Management Template 
  4. Download Project Monitoring and Control Template - Microsoft Excel 
  5. Download Project Control Report Template - Microsoft Excel | Microsoft Word
  6. Download Project Management Quality Control Template - Microsoft Excel | Microsoft Word 

Project Control Examples

  1. Financial controls: This control is used to keep the project budget within prescribed limits. For example, a structured process for approving and accepting vendor payments.
  2. Budget Forecasts: Measuring current performance and forecasting the project costs that includes overtime and schedule delay costs. 
  3. Schedule: Measuring current timelines and forecasting the schedule, while monitoring schedule issues.
  4. Scope: Establishing a Change Control Board (CCB) to monitor, control and assess the changes requested for the scope of the project.
  5. Quality Assurance (QA): Inspecting the quality of the project deliverables on the basis of standards laid in the project plan. 

Project Management vs Project Controlling

The fundamental difference between Project Management and Project Controlling is that the former focuses on managing different projects and the latter focuses on ensuring that they are performed as per the plan.

The focus of project controlling is around the following domains of a project: 

  • Project Scope 
  • Project Budget 
  • Quality of the Deliverables 

Project controlling ensures that the project is on track and does not deviate from the project plan. It also includes corrective measures to be adopted to get the project back on track. This, and several other foundational concepts are covered at length in our accredited PMP training offered on our platform. 

Conclusion

Project controlling in project management are key to project success. It ensures that project work is performed in harmony with the project plan and within the constraints of the project. It focuses mainly on increasing the efficiency of resource management of the project. Organizations have realized the importance of project controls in order to deliver projects according to the project plan. Earning your certification and finishing KnowledgeHut's Project Management training are well worth the time and money investment.

Frequently Asked Questions

1. How is project control implemented in the project management process?

At first, the standard or baseline needs to be established for project performance and progress. Then the actual performance of the project is measured against the baseline. The deviations are analyzed and then suitable corrective actions are implemented.

2. Which tools are used by a project manager to control a project?

There are a number of tools that a project manager can use to control a project. Some of them are Gantt Charts, Work Breakdown Structure (WBS), Project Network Diagrams, Risk Matrix, Kanban Boards, and Project Dashboards.

3. Where to use project controls?

In order to ensure that your project is delivered according to the project plan, project control should be applied at every stage of the project life cycle in order to avoid unexpected hiccups.

The project control process should be applied at Project Initiation, Execution and project closure.