×

Project Monitoring and Control

Project Monitoring and Control

Project monitoring and control process includes procedures which are performed to observe project performance so that potential problems are identified, and appropriate action can be taken to meet the desired performance of the project. Project Monitoring and control activities run parallel with the project development process.   

 The goal of Project Monitoring and Control (PMC) is to ensure that whether the project proceeds according to the activities that are planned or not. It helps to develop an understanding of project progress, which helps in taking appropriate actions to control deviations of plans.

Project Monitoring and Control processes

There are several processes in Project Monitoring and Control as follows:-

Project Monitoring and Control

Monitor and control project work - It helps to check whether the team is working according to plan or not and able to complete the project on time. Project managers make performance measures or use previous performance measures to analyze project performance at regular intervals during the development of the project.

Integrated change control - Project manager, always try to avoid the changes and control them if changes occur. Change is required, but there is no compulsion. If it requires a change, the project manager discusses with the consultants, senior management, or other stakeholders, including customer and try to find out the solution.

Scope verification and control scope - The project manager controls the scope all over the development phases. The customer will verify the scope to check whether the developed product fulfills all the requirements of the customer’s or not. If it meets the requirements, then it is delivered to the customer's site, and if not, then it should again go back to the development stage.

Control schedule and control cost - With the help of Earned Value Management (EVM), the project manager controls the schedule and cost of the project. With the help of Earned Value Management (EVM), the project manager control the timing and cost of the project, and depending upon the results of CPI(Cost Performance Index) and SPI(Schedule Performance Index) project is monitored and controlled.

Perform quality control - Before delivering the product to the customer, the developed product is verified again to check that the product we are giving to the customer is delivered with the required quality. There are a lot of quality tools and processes to check the quality of the product, like Root Cause Analysis, Pareto chart, Control chart, Histogram, etc.

Report performance – Large projects would have many stakeholders. The project manager will update the project performance to the stakeholders. This process collects performance information like status reports, progress reports, and forecasts.

Control risk – Project managers also monitor the risks involved with the project. The project may have different types of risks, including process, people (internal, customer, vendor), tools, and technology.

Administer Procurement - If any process is handed over to the third-party, their performance should also be monitored. Based on their performance, the outcome of the project is decided. The project manager also needs to monitor the role and responsibility of the third-party.

Benefits of Process Monitoring and Control

  • It helps in the better control of the project
  • It provides an in-depth knowledge of the progress of the project.
  • It helps in maintaining coordination among team members.
  • It helps in monitoring and managing the project process.

Related Topics

Software Configuration Management

Software Configuration Management The process of Software Configuration Management contains operations such as controlling, managing, and organizing the source-code, documents, and other essential components during the Software Development Life Cycle.SCM is essential for all project...

3 minutes read.

Data Structure Metrics

In the size metric, we have learned to measure/ determine the size of a program by various software metrics such as line of code, Function count, and Token Count. A program...

6 minutes read.

Waterfall Model in Software Engineering

The most popular model is the waterfall model. This model has five phases: Requirement analysis and specification DesignImplementation & unit testing Integration and system testing phaseOperation and maintenance These phases often occur one...

3 minutes read.

Object Oriented Metrices in Software Engineering

Metrics are used to measure the quality of software on different parameters. It provides acomputed accurate estimation of projects that help in developing software with minimal fault. “Metric is a set...

7 minutes read.

Constructive Cost Model (COCOMO)

The constructive cost model (COCOMO) is one of the most widely used software cost estimation models. This model is developed by B.W.Boehm in 1981. COCOMO model is based on LOC, i.e., the number...

5 minutes read.

Load Balancer – System Design

As software engineering students or IT enthusiasts, most of us have wondered how these huge IT applications handle the millions of simultaneous requests on their servers. The sheer hard work...

9 minutes read.

Online Library Management System ER Diagram in Software Engineering

Description of an ER Diagram The relationship between entity sets that are kept in a database is depicted in a diagram known as an entity relationship diagram, or ER Diagram. Alternatively,...

10 minutes read.

Overall Equipment Effectiveness

Overall Equipment Effectiveness (OEE) Overall equipment effectiveness is a software development metric used to diagnose a product or machinery's manufacturing productivity and effeteness. The term OEE was introduced by Seiichi Nakajima San...

4 minutes read.

V-Model

The V-model is also known as the verification and validation model. The V-model is also known as the verification and validation model. In this, each phase of the SDLC must be completed before...

3 minutes read.

Strategies for System Design

System Design is crucial to showcase the System's architecture used for the business. System Design is essential to implement the interfaces and the data flow to satisfy all the requirements...

4 minutes read.

Caching in System Design

While surfing the web, you have usually wondered why the sites you have visited once load faster than the new ones. You would have also noticed how the texts and labels...

10 minutes read.

Metrics for testing

There are different types of metrics used in software testing to measure different parameters. So, for different purposes, different metrics are used by the developer. For example: The type of metrics...

3 minutes read.

Spiral Model

The problem with traditional software process models is that they do not adequately deal with uncertainty, which is inherent to software projects. Major software projects had failed because project risks were neglected, and...

3 minutes read.

Information Flow Metrics

This metric is purely based on information. Information flow metric is different from size metric, and data structure metric as size metric is based on the final size of program...

4 minutes read.

Twitter - System Design

You might have heard of Twitter, a widely used social media platform. Everybody tends to check it every few minutes. Imagine what you would do if you were asked to...

8 minutes read.

What is System Design

System design is simply the systematic process used to design the basic architecture of an electronic control system by defining essential elements like modules or components and their interfaces. This...

3 minutes read.

Dropbox - System Design

While trying to upload or share any file, whether images, pdfs or documents, you would have come across the dropbox file posting service. Dropbox keeps all your data secure and...

9 minutes read.

Big-Bang Model in Software Engineering

In the Big-Bang Model, developers do not adopt any specific process. Development begins only with the necessary funds and efforts as input, and output is developed software that may or may not be...

1 minute read.

Software Metrics

Introduction Software metrics is the term used in software engineering. Software engineering is the detailed study of the step-by-step making of user-interactive software that fulfills users' needs. Let's discuss two terms...

4 minutes read.

Software Quality Metrics

In a software project, the software is designed to build a source code, but from time to time or step by step, checking source code is required. Check whether the work...

4 minutes read.