Training Slides of Coaching and Counseling for Modern Project Management, discussing the importance of Project Management.
For further information regarding the course, please contact:
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SPI (software process improvement) aims to define an organization's software development process and improve it over time. Key aspects of SPI include assessing an organization's current process, identifying areas for improvement, and implementing changes. Several frameworks exist to guide SPI efforts, including maturity models that assess a process across different levels of definition and management. Successful SPI requires management commitment, staff involvement, and customizing activities to an organization's unique needs and goals.
List of Software Development Model and MethodsRiant Soft
RiantSoft a Software Development Company derived the most useful and different types of Software Development Model for the users who want to know the development process. RiantSoft is specialized in custom software development with latest cutting edge technologies.
The document discusses several software development life cycle (SDLC) process models including waterfall, incremental, evolutionary (prototyping and spiral), and object-oriented models. It provides details on the waterfall model phases including planning, analysis and design, coding and testing, and deployment. Strengths and weaknesses of the waterfall model are outlined. The incremental process model which combines elements of waterfall in an iterative fashion is also described.
This document discusses computer aided software engineering (CASE) tools. It defines CASE tools as software tools that help with the development and maintenance of other software. The document then describes the need for CASE tools to speed up development, lists categories of tools including diagram, project management, documentation and quality assurance tools, and discusses how organizations use CASE tools and the advantages they provide like improved quality, productivity and documentation.
Dynamic System Development Method (DSDM) is an agile project framework that emphasizes continuous user involvement, frequent delivery of working software, and responding to change. It consists of seven phases: feasibility study, functional model iteration, design and build iteration, implementation, which are organized into iterative increments. Key principles include active user involvement, empowered and collaborative teams, frequent delivery, and reversibility of changes.
The document defines the software development life cycle (SDLC) and its phases. It discusses several SDLC models including waterfall, prototype, iterative enhancement, and spiral. The waterfall model follows sequential phases from requirements to maintenance with no overlap. The prototype model involves building prototypes for user feedback. The iterative enhancement model develops software incrementally. The spiral model is divided into risk analysis, engineering, construction, and evaluation cycles. The document also covers software requirements, elicitation through interviews and use cases, analysis through data, behavioral and functional modeling, and documentation in a software requirements specification.
Maintenance involves keeping software or assets in working condition. There are four main types of maintenance: corrective, adaptive, preventive, and perfective. Maintenance is needed to fix problems, adapt to new environments, prevent issues, and improve performance. While necessary, maintenance is costly due to the work required to modify existing software. Efforts like designing for change and documentation can help reduce these costs. Overall, maintenance plays a critical role in maximizing the usefulness of software over its lifetime.
This document discusses requirements prioritization. It explains that prioritization ensures analysis and implementation focus on critical requirements. Several prioritization methods are described, including binary search tree, Kano analysis, numerical assignment, and analytical hierarchical process. The document also discusses advantages of requirements prioritization such as increased understanding and stability. It defines a software product line and notes advantages like higher productivity, quality and faster time-to-market.
SPI (software process improvement) aims to define an organization's software development process and improve it over time. Key aspects of SPI include assessing an organization's current process, identifying areas for improvement, and implementing changes. Several frameworks exist to guide SPI efforts, including maturity models that assess a process across different levels of definition and management. Successful SPI requires management commitment, staff involvement, and customizing activities to an organization's unique needs and goals.
List of Software Development Model and MethodsRiant Soft
RiantSoft a Software Development Company derived the most useful and different types of Software Development Model for the users who want to know the development process. RiantSoft is specialized in custom software development with latest cutting edge technologies.
The document discusses several software development life cycle (SDLC) process models including waterfall, incremental, evolutionary (prototyping and spiral), and object-oriented models. It provides details on the waterfall model phases including planning, analysis and design, coding and testing, and deployment. Strengths and weaknesses of the waterfall model are outlined. The incremental process model which combines elements of waterfall in an iterative fashion is also described.
This document discusses computer aided software engineering (CASE) tools. It defines CASE tools as software tools that help with the development and maintenance of other software. The document then describes the need for CASE tools to speed up development, lists categories of tools including diagram, project management, documentation and quality assurance tools, and discusses how organizations use CASE tools and the advantages they provide like improved quality, productivity and documentation.
Dynamic System Development Method (DSDM) is an agile project framework that emphasizes continuous user involvement, frequent delivery of working software, and responding to change. It consists of seven phases: feasibility study, functional model iteration, design and build iteration, implementation, which are organized into iterative increments. Key principles include active user involvement, empowered and collaborative teams, frequent delivery, and reversibility of changes.
The document defines the software development life cycle (SDLC) and its phases. It discusses several SDLC models including waterfall, prototype, iterative enhancement, and spiral. The waterfall model follows sequential phases from requirements to maintenance with no overlap. The prototype model involves building prototypes for user feedback. The iterative enhancement model develops software incrementally. The spiral model is divided into risk analysis, engineering, construction, and evaluation cycles. The document also covers software requirements, elicitation through interviews and use cases, analysis through data, behavioral and functional modeling, and documentation in a software requirements specification.
Maintenance involves keeping software or assets in working condition. There are four main types of maintenance: corrective, adaptive, preventive, and perfective. Maintenance is needed to fix problems, adapt to new environments, prevent issues, and improve performance. While necessary, maintenance is costly due to the work required to modify existing software. Efforts like designing for change and documentation can help reduce these costs. Overall, maintenance plays a critical role in maximizing the usefulness of software over its lifetime.
This document discusses requirements prioritization. It explains that prioritization ensures analysis and implementation focus on critical requirements. Several prioritization methods are described, including binary search tree, Kano analysis, numerical assignment, and analytical hierarchical process. The document also discusses advantages of requirements prioritization such as increased understanding and stability. It defines a software product line and notes advantages like higher productivity, quality and faster time-to-market.
The document discusses configuration management for software engineering projects. It covers topics such as configuration management planning, change management, version and release management, and the use of CASE tools to support configuration management. Configuration management aims to manage changes to software products and control system evolution through activities like change control, version control, and configuration auditing.
Project management is an important skill for system analysts. There are four main phases to managing an information system project: initiation, planning, execution, and close-down. In the initiation phase, the project team is established and the scope and objectives are defined. In planning, the work is broken down into tasks, resources are estimated, and schedules and budgets are created. Execution involves implementing the plan and managing changes. Close-down concludes the project with reviews and closing out contracts. Techniques like Gantt charts, PERT diagrams, and project management software help system analysts schedule and track project activities.
In this Business Analysis training session, you will learn about Requirement Elicitation Techniques. Topics covered in this session are:
• Requirements Engineering
• Project Scope
• Landscape of Requirements
• Properties of Requirements
• Types of Requirements
• Stakeholder
• Requirements Elicitation
• Techniques
For more information, click here: https://www.mindsmapped.com/courses/business-analysis/become-a-business-analyst-with-hands-on-practice/
This document discusses project scheduling for software engineering projects. It covers key topics such as:
- The importance of scheduling for establishing a roadmap and tracking progress on large, complex software projects.
- Basic principles of software project scheduling including compartmentalizing work, indicating interdependencies, allocating time and resources, and assigning responsibilities.
- Methods for defining tasks, networks, and timelines to plan and track schedules.
- Techniques for monitoring schedule performance such as status meetings, milestone tracking, and earned value analysis.
- Factors that influence schedules such as risks, changing requirements, estimates, and technical difficulties.
Selection of an appropriate project approachtumetr1
This document discusses different approaches for software project management. It describes the waterfall model, prototyping, incremental delivery, and agile methods like Dynamic System Development Method (DSDM) and Extreme Programming (XP). The key factors in selecting an approach are the level of uncertainty in requirements and technologies, the type of application being developed, and project constraints. Evolutionary or incremental approaches are best suited to higher uncertainty, while waterfall can be used for well-defined projects with tight schedules. Agile methods emphasize frequent delivery, collaboration, and responding to changing requirements.
The document discusses the software development life cycle (SDLC), including its objectives, main phases, and models. The key phases are requirements analysis, design, coding, testing, and operation/maintenance. Common models include waterfall, prototyping, spiral, and rapid application development (RAD). Waterfall is classical but inflexible, while prototyping allows customer feedback. Spiral reduces risks through iterations. RAD emphasizes reuse and rapid iterations. The conclusion recommends the RAD model for mashup development due to its speed, customer involvement, and support for modularized, multi-platform work.
Requirement prioritization is used in Software product management for determining which candidate requirements of a software product should be included in a certain release. Requirements are also prioritized to minimize risk during development so that the most important or high risk requirements are implemented first. Several methods for assessing a prioritization of software requirements exist.
Comparison of Software Engineering Modelstahir iqbal
This document provides an overview of several software development process models: waterfall model, iterative model, prototyping model, and spiral model. It describes the basic principles, advantages, and disadvantages of each model. The waterfall model involves sequential phases from requirements to maintenance. The iterative model divides a project into smaller parts with feedback between phases. The prototyping model emphasizes user involvement through prototypes. The spiral model combines elements of design and prototyping with a focus on risk assessment through multiple cycles.
This document discusses user interface design. It covers interface design models, principles, characteristics, user guidance, usability testing and examples. Some key points covered include the iterative UI design process of user analysis, prototyping and evaluation. Design principles like consistency and providing feedback are discussed. Interface styles like menus, commands and direct manipulation are presented along with guidelines for elements like color use and error messages. The goals of usability testing like obtaining feedback to improve the interface are outlined.
The document describes the waterfall model of software development. It begins by listing the presenters and defining sequential and incremental software development models. It then discusses the waterfall model in more detail, describing it as a linear sequential process where each phase must be completed before the next begins. The document outlines the history, use cases, diagram, phases and advantages/disadvantages of the waterfall model.
The Waterfall model is a popular sequential model of the software development life cycle where each phase must be completed before the next begins. It consists of requirements, design, implementation, verification, and maintenance phases. Though simple to understand and manage, the Waterfall model works best for smaller, well-defined projects as it is inflexible to changes and produces no working software until late in the cycle.
The quality of software systems may be expressed as a collection of Software Quality Attributes. When the system requirements are defined, it is essential also to define what is expected regarding these quality attributes, since these expectations will guide the planning of the system architecture and design.
Software quality attributes may be classified into two main categories: static and dynamic. Static quality attributes are the ones that reflect the system’s structure and organization. Examples of static attributes are coupling, cohesion, complexity, maintainability and extensibility. Dynamic attributes are the ones that reflect the behavior of the system during its execution. Examples of dynamic attributes are memory usage, latency, throughput, scalability, robustness and fault-tolerance.
Following the definitions of expectations regarding the quality attributes, it is essential to devise ways to measure them and verify that the implemented system satisfies the requirements. Some static attributes may be measured through static code analysis tools, while others require effective design and code reviews. The measuring and verification of dynamic attributes requires the usage of special non-functional testing tools such as profilers and simulators.
In this talk I will discuss the main Software Quality attributes, both static and dynamic, examples of requirements, and practical guidelines on how to measure and verify these attributes.
This document provides an overview and introduction to the book "Software Engineering: A Hands-On Approach" by Roger Y. Lee. The book aims to teach key principles of software engineering through hands-on learning and a project-based approach. It uses common tools like the Unified Modeling Language and object-oriented design patterns. The book is divided into two parts - the first introduces software engineering concepts, and the second guides readers through a software project from requirements to implementation and testing. The goal is to help students bridge the gap between academic learning and real-world practice of software engineering.
The document discusses several process models for software development projects, including code and fix, waterfall, incremental/iterative, spiral, rapid application development (RAD), and concurrent development models. Each model has advantages and disadvantages depending on factors like project size, requirements stability, and team expertise. Combinations of models may also be suitable in some cases.
Evolutionary process models allow developers to iteratively create increasingly complete versions of software. Examples include the prototyping paradigm, spiral model, and concurrent development model. The prototyping paradigm uses prototypes to elicit requirements from customers. The spiral model couples iterative prototyping with controlled development, dividing the project into framework activities. The concurrent development model concurrently develops components with defined interfaces to enable integration. These evolutionary models allow flexibility and accommodate changes but require strong communication and updated requirements.
The document discusses various project scheduling techniques including network diagrams, critical path method, critical chain method, Gantt charts, and PERT charts. It provides examples of how to create activity network diagrams using the activity-on-node and activity-on-arrow methods. The critical path method is described as identifying the longest path of dependent tasks in a project network diagram. However, issues with this method include assuming unlimited resources and misuse of float. The critical chain method is presented as modifying the critical path method to consider limited resource availability by using buffers instead of float.
A multimedia project requires a team with diverse skills, known as the multimedia skillset. These teams consist of roles like project managers, designers, programmers, writers, and specialists in areas like video and audio. Each team member has specific responsibilities to ensure the project is successfully developed, such as project managers coordinating the team and designers creating visuals and interfaces.
This document discusses project management for web projects. It covers the traditional software development process including planning, design, implementation, testing, and maintenance. It then discusses key aspects of project management such as defining projects and their goals, developing project plans and schedules, monitoring and controlling the project, and closing the project. Traditional and agile project management methodologies like Scrum are also mentioned.
The document discusses the software design process. It begins by explaining that software design is an iterative process that translates requirements into a blueprint for constructing the software. It then describes the main steps and outputs of the design process, which include transforming specifications into design models, reviewing designs for quality, and producing a design document. The document also covers key concepts in software design like abstraction, architecture, patterns, modularity, and information hiding.
project scheduling: Project Scheduling in a project refers to roadmap of all activities to be done with specified order and within time slot allotted to each activity.
Project managers tend to define various tasks, and project milestones and they arrange them keeping various factors in mind.
project tracking:Periodic project status meetings with each team member reporting progress and problems
Evaluation of results of all work product reviews
Comparing actual milestone completion dates to scheduled dates
Comparing actual project task start-dates to scheduled start-dates
Informal meeting with practitioners to have them asses subjectively progress to date and future problems
Use earned value analysis to assess progress quantitatively
The document introduces project management concepts. It defines a project as a complex, non-routine effort with defined time, budget and performance requirements to meet customer needs. It contrasts projects with routine work and programs. Key stakeholders in projects are identified as the project sponsor, project manager, project team and organization. Common causes of project failure include lack of executive support, unclear objectives and inexperienced team members. The project life cycle and importance of project management are discussed.
The document provides an introduction to project management and information technology project management. It discusses the growth of IT project spending worldwide. It also summarizes challenges with past IT projects, the advantages of using project management, and the role of the Project Management Institute in establishing standards and professional development for the field.
The document discusses configuration management for software engineering projects. It covers topics such as configuration management planning, change management, version and release management, and the use of CASE tools to support configuration management. Configuration management aims to manage changes to software products and control system evolution through activities like change control, version control, and configuration auditing.
Project management is an important skill for system analysts. There are four main phases to managing an information system project: initiation, planning, execution, and close-down. In the initiation phase, the project team is established and the scope and objectives are defined. In planning, the work is broken down into tasks, resources are estimated, and schedules and budgets are created. Execution involves implementing the plan and managing changes. Close-down concludes the project with reviews and closing out contracts. Techniques like Gantt charts, PERT diagrams, and project management software help system analysts schedule and track project activities.
In this Business Analysis training session, you will learn about Requirement Elicitation Techniques. Topics covered in this session are:
• Requirements Engineering
• Project Scope
• Landscape of Requirements
• Properties of Requirements
• Types of Requirements
• Stakeholder
• Requirements Elicitation
• Techniques
For more information, click here: https://www.mindsmapped.com/courses/business-analysis/become-a-business-analyst-with-hands-on-practice/
This document discusses project scheduling for software engineering projects. It covers key topics such as:
- The importance of scheduling for establishing a roadmap and tracking progress on large, complex software projects.
- Basic principles of software project scheduling including compartmentalizing work, indicating interdependencies, allocating time and resources, and assigning responsibilities.
- Methods for defining tasks, networks, and timelines to plan and track schedules.
- Techniques for monitoring schedule performance such as status meetings, milestone tracking, and earned value analysis.
- Factors that influence schedules such as risks, changing requirements, estimates, and technical difficulties.
Selection of an appropriate project approachtumetr1
This document discusses different approaches for software project management. It describes the waterfall model, prototyping, incremental delivery, and agile methods like Dynamic System Development Method (DSDM) and Extreme Programming (XP). The key factors in selecting an approach are the level of uncertainty in requirements and technologies, the type of application being developed, and project constraints. Evolutionary or incremental approaches are best suited to higher uncertainty, while waterfall can be used for well-defined projects with tight schedules. Agile methods emphasize frequent delivery, collaboration, and responding to changing requirements.
The document discusses the software development life cycle (SDLC), including its objectives, main phases, and models. The key phases are requirements analysis, design, coding, testing, and operation/maintenance. Common models include waterfall, prototyping, spiral, and rapid application development (RAD). Waterfall is classical but inflexible, while prototyping allows customer feedback. Spiral reduces risks through iterations. RAD emphasizes reuse and rapid iterations. The conclusion recommends the RAD model for mashup development due to its speed, customer involvement, and support for modularized, multi-platform work.
Requirement prioritization is used in Software product management for determining which candidate requirements of a software product should be included in a certain release. Requirements are also prioritized to minimize risk during development so that the most important or high risk requirements are implemented first. Several methods for assessing a prioritization of software requirements exist.
Comparison of Software Engineering Modelstahir iqbal
This document provides an overview of several software development process models: waterfall model, iterative model, prototyping model, and spiral model. It describes the basic principles, advantages, and disadvantages of each model. The waterfall model involves sequential phases from requirements to maintenance. The iterative model divides a project into smaller parts with feedback between phases. The prototyping model emphasizes user involvement through prototypes. The spiral model combines elements of design and prototyping with a focus on risk assessment through multiple cycles.
This document discusses user interface design. It covers interface design models, principles, characteristics, user guidance, usability testing and examples. Some key points covered include the iterative UI design process of user analysis, prototyping and evaluation. Design principles like consistency and providing feedback are discussed. Interface styles like menus, commands and direct manipulation are presented along with guidelines for elements like color use and error messages. The goals of usability testing like obtaining feedback to improve the interface are outlined.
The document describes the waterfall model of software development. It begins by listing the presenters and defining sequential and incremental software development models. It then discusses the waterfall model in more detail, describing it as a linear sequential process where each phase must be completed before the next begins. The document outlines the history, use cases, diagram, phases and advantages/disadvantages of the waterfall model.
The Waterfall model is a popular sequential model of the software development life cycle where each phase must be completed before the next begins. It consists of requirements, design, implementation, verification, and maintenance phases. Though simple to understand and manage, the Waterfall model works best for smaller, well-defined projects as it is inflexible to changes and produces no working software until late in the cycle.
The quality of software systems may be expressed as a collection of Software Quality Attributes. When the system requirements are defined, it is essential also to define what is expected regarding these quality attributes, since these expectations will guide the planning of the system architecture and design.
Software quality attributes may be classified into two main categories: static and dynamic. Static quality attributes are the ones that reflect the system’s structure and organization. Examples of static attributes are coupling, cohesion, complexity, maintainability and extensibility. Dynamic attributes are the ones that reflect the behavior of the system during its execution. Examples of dynamic attributes are memory usage, latency, throughput, scalability, robustness and fault-tolerance.
Following the definitions of expectations regarding the quality attributes, it is essential to devise ways to measure them and verify that the implemented system satisfies the requirements. Some static attributes may be measured through static code analysis tools, while others require effective design and code reviews. The measuring and verification of dynamic attributes requires the usage of special non-functional testing tools such as profilers and simulators.
In this talk I will discuss the main Software Quality attributes, both static and dynamic, examples of requirements, and practical guidelines on how to measure and verify these attributes.
This document provides an overview and introduction to the book "Software Engineering: A Hands-On Approach" by Roger Y. Lee. The book aims to teach key principles of software engineering through hands-on learning and a project-based approach. It uses common tools like the Unified Modeling Language and object-oriented design patterns. The book is divided into two parts - the first introduces software engineering concepts, and the second guides readers through a software project from requirements to implementation and testing. The goal is to help students bridge the gap between academic learning and real-world practice of software engineering.
The document discusses several process models for software development projects, including code and fix, waterfall, incremental/iterative, spiral, rapid application development (RAD), and concurrent development models. Each model has advantages and disadvantages depending on factors like project size, requirements stability, and team expertise. Combinations of models may also be suitable in some cases.
Evolutionary process models allow developers to iteratively create increasingly complete versions of software. Examples include the prototyping paradigm, spiral model, and concurrent development model. The prototyping paradigm uses prototypes to elicit requirements from customers. The spiral model couples iterative prototyping with controlled development, dividing the project into framework activities. The concurrent development model concurrently develops components with defined interfaces to enable integration. These evolutionary models allow flexibility and accommodate changes but require strong communication and updated requirements.
The document discusses various project scheduling techniques including network diagrams, critical path method, critical chain method, Gantt charts, and PERT charts. It provides examples of how to create activity network diagrams using the activity-on-node and activity-on-arrow methods. The critical path method is described as identifying the longest path of dependent tasks in a project network diagram. However, issues with this method include assuming unlimited resources and misuse of float. The critical chain method is presented as modifying the critical path method to consider limited resource availability by using buffers instead of float.
A multimedia project requires a team with diverse skills, known as the multimedia skillset. These teams consist of roles like project managers, designers, programmers, writers, and specialists in areas like video and audio. Each team member has specific responsibilities to ensure the project is successfully developed, such as project managers coordinating the team and designers creating visuals and interfaces.
This document discusses project management for web projects. It covers the traditional software development process including planning, design, implementation, testing, and maintenance. It then discusses key aspects of project management such as defining projects and their goals, developing project plans and schedules, monitoring and controlling the project, and closing the project. Traditional and agile project management methodologies like Scrum are also mentioned.
The document discusses the software design process. It begins by explaining that software design is an iterative process that translates requirements into a blueprint for constructing the software. It then describes the main steps and outputs of the design process, which include transforming specifications into design models, reviewing designs for quality, and producing a design document. The document also covers key concepts in software design like abstraction, architecture, patterns, modularity, and information hiding.
project scheduling: Project Scheduling in a project refers to roadmap of all activities to be done with specified order and within time slot allotted to each activity.
Project managers tend to define various tasks, and project milestones and they arrange them keeping various factors in mind.
project tracking:Periodic project status meetings with each team member reporting progress and problems
Evaluation of results of all work product reviews
Comparing actual milestone completion dates to scheduled dates
Comparing actual project task start-dates to scheduled start-dates
Informal meeting with practitioners to have them asses subjectively progress to date and future problems
Use earned value analysis to assess progress quantitatively
The document introduces project management concepts. It defines a project as a complex, non-routine effort with defined time, budget and performance requirements to meet customer needs. It contrasts projects with routine work and programs. Key stakeholders in projects are identified as the project sponsor, project manager, project team and organization. Common causes of project failure include lack of executive support, unclear objectives and inexperienced team members. The project life cycle and importance of project management are discussed.
The document provides an introduction to project management and information technology project management. It discusses the growth of IT project spending worldwide. It also summarizes challenges with past IT projects, the advantages of using project management, and the role of the Project Management Institute in establishing standards and professional development for the field.
This document provides an introduction and overview of the book "Project Management: A Managerial Approach" by Jack R. Meredith and Samuel J. Mantel. It discusses the growing use of project management in business and organizations. It positions the book as taking a managerial perspective on project management rather than a technical or specialized focus. The introduction explains that the book is intended to teach students how to manage projects from a holistic viewpoint.
The document discusses various aspects of project management. It begins by outlining the different stages of a project including planning and scheduling, data collection, status updates, and ensuring successful completion. It then defines what a project is, its key characteristics, and how project management applies knowledge and techniques to meet stakeholder needs and expectations. The document also discusses why companies and individuals use project management and what goes into a project management plan. It provides overviews of the project management process, process groups, knowledge areas, and integration management.
The document outlines the key functions and skills required of managers including planning, organizing, staffing, directing, and controlling. It discusses professional skills like intellectual, technical, ethical, interactive, and emotional skills. It also covers common management issues, self-development methods, and steps for making decisions.
This document provides course notes for the first semester of a Bachelor's degree in Computer Applications. It outlines the syllabus for the Principles of Management course, including 6 units that cover topics such as the nature and functions of management, management thought and theories, strategic management, and managing change. Key concepts discussed include definitions of management, the science and art of management, management functions like planning, organizing, staffing, directing, and controlling. References for further reading are also provided.
The document discusses strategic management activities and comprehensive organizational development (OD) interventions. It was prepared by Manu Melwin Joy, an assistant professor at the Ilahia School of Management Studies in Kerala, India. The document defines strategic management as developing and implementing an organization's overall strategy for relating to current and future environmental demands. It also outlines the six major tasks of strategic management as goal formulation, environmental analysis, strategy formulation, strategy evaluation, strategy implementation, and strategic control.
Principal of Management Report : Pharmaplex CompanyShahzeb Pirzada
Shahzeb Pirzada and his group partners make a report on a survey of a company "Pharmaplex".....
Course: Principal of Management
Details:
The organization is truly product based organization, the task provided to us is to know hierarchy of the organization the way they deal along with their products the management levels of their organization, the shareholders, the profit loss of the organization, the distribution of their products in market, to know their policy of leading their business to the peaks of the sky.
This document lists 3 students enrolled in the course 2140003-Engineering Economics & Management for the even semester of the 2015-16 academic year at G H Patel College of Engineering & Technology in V. V. Nagar. It also provides the course name, faculty name, and faculty branch for the course.
Management involves coordinating individual and group efforts to achieve organizational goals. It is a process that includes planning, organizing, staffing, leading, and controlling. Effective management requires technical skills in a specialized field as well as human, conceptual, and design skills. Managers ensure work is accomplished through others by establishing roles and structures, filling positions, influencing employees, and measuring performance against plans. Overall, management is the process of designing and maintaining an environment where people work together efficiently to achieve defined objectives.
A PROJECT WORK BASED ON MANAGEMENT PRINCIPLES CLASS - 12Rishabh Shah
It is a project work based on the business studies project class 12 on management principles and whole project is of 47 pages which can be gathered from me for further guidance.
The document discusses several key principles and theories of management. It covers classical management theories like scientific management and administrative management. It also discusses human relations approaches, quantitative perspectives, and contingency theory. The five main functions of management - planning, organizing, staffing, leading, and controlling - are defined. Concepts like communication, motivation, leadership styles, and organizational change are also summarized. Total quality management and its principles are introduced as well.
This document discusses principles of management and management functions. It is presented by Ashraful Hoda and covers topics such as definitions of management, basic management actions, branches of management, principles of management, and the five main functions of management - planning, organizing, staffing, directing, and controlling. The functions of management are described in further detail.
HDFC Bank caters to both wholesale and retail banking. It has three key business segments: 1) Wholesale banking which provides commercial services to large corporations. 2) Treasury which offers foreign exchange, money market, and equity products. 3) Retail banking which offers financial products and services to individual customers. HDFC Bank has seen significant growth in areas such as credit cards, point-of-sale terminals, and digital platforms. It remains the largest and one of the most valuable banks in India.
Project management involves coordinating activities to complete a unique goal within constraints of time, cost, and quality. It became a separate field due to increased complexity of projects and need for specialized skills. A project has defined start and end points and creates a unique product or service. Project managers coordinate resources and processes to meet objectives while satisfying stakeholder needs.
This document discusses project quality management. It begins with definitions of quality from various sources. It then discusses the importance of quality, including how it leads to customer satisfaction, higher morale, and avoiding costs from lack of quality. Quality principles are outlined, emphasizing prevention over inspection. The quality management processes of plan quality management, perform quality assurance, and control quality are introduced. Various tools that can be used for quality planning and control are also listed. Contact information for Pankaj Sharma is provided throughout the document.
Contents are sourced from different authors including PMBOK 5th Edition.
This is provided for free as part of our Continuing Practice in Project Management Professional Certification. You may download, share but please refrain from commercializing it or altering parts. Thanks.
For more on Innovations and Project Management, please visit www.facebook.com/SigmaProcessExcellence
Training Slides of Modern Project Management , discussing the importance of Project Management.
For further information regarding the course, please contact:
info@asia-masters.com
www.asia-masters.com
Spyros Ktenas
Project Management for Software Development Projects
KTH Royal Institute of Technology
This is the part of the slides relevant to
GE.SI.PMF – Generic Simple Project Management Framework
Doesn’t include PM tools, risk, communication, stakeholders,
PRINCE2, PMBok etc.
CHANGING TRENDS IN CONSTRUCTION PROJECT MANAGEMENTA REVIEW FROM THE HISTORY T...IAEME Publication
Construction of building and infrastructure development is a part of great
civilizations throughout the different time of development. The great examples of
buildings such as great pyramid, Great Wall of China and many more ancient
structures of historical importance, all are examples of marvellous Architecture. The
basic part of completion of these buildings are design, execution and closure. Design
is the foremost and important whereas the execution is the most important in order to
complete the project in timely manner and with quality. There is certainly some
excellent quality and construction management methodology was adopted during
those time and someone is present there to manage the resources and time scheduling.
In present time there are various mathematical tools and techniques are being used
such as Bar chart, CPM, PERT etc. in construction project management to handle the
construction projects. Various standalone and web-based packages are also in
practice to handle the multi-tasking and complex construction environment. This
paper aims to explore the start of management tools and techniques in historical era
to present day time, when we are handling very complex construction practices
The document provides an overview of project management. It defines a project as a temporary endeavor undertaken to create a unique product or service. The objectives of a project are to deliver the project within defined performance, time, and cost constraints. Project management emerged as an important discipline due to increasing complexity in modern organizations. Key aspects of project management covered include the project life cycle, characteristics of projects, forces driving greater use of projects, and the importance of the Project Management Institute in developing the field.
Project management involves planning and managing resources to complete a project within defined constraints such as scope, time and budget. The goal is to deliver a project that meets the client's objectives. There are various approaches to project management such as critical path method, iterative development and benefits realization management, which focuses on achieving the intended benefits of a project. Successful projects are completed on time, within budget and meet quality standards.
This document provides an overview of the textbook "Information Technology Project Management, Sixth Edition". It discusses key topics that will be covered in the textbook, including understanding the need for IT project management, defining what a project is, describing the project management framework and knowledge areas, explaining the relationship between project, program, and portfolio management, and factors that contribute to project success. The document also provides examples of IT projects and lists attributes of projects.
Project management involves leading a team to achieve project goals within constraints like scope, time and budget. The main goal is to deliver a complete project that meets the client's objectives. Project management aims to shape the client's needs to feasibly address their targets. A project is a temporary endeavor undertaken to create a unique product or service, with a defined start and end, to meet objectives within constraints. There are different types and approaches to project management depending on the industry and nature of the project.
Project management involves leading a team to achieve project goals within constraints like scope, time and budget. A project is a temporary endeavor undertaken to create a unique product, service or result. There are different types and approaches to project management depending on the industry and nature of the project, but they all focus on delivering on time, within budget and to the required quality. Project managers use tools like work breakdown structures and scheduling methods to plan and track progress.
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This document contains a lecture on project management and organization structures. It discusses the matrix structure commonly used for projects where multiple projects share resources. It also covers total quality management approaches and Deming's 14 principles for quality management. Additionally, it addresses factors to consider for an effective project organization such as ensuring the project manager has proper qualifications, authority, and reporting relationships defined. Pre-contract evaluation of contractors is also discussed to select qualified partners for reimbursable contracts.
Project management involves leading a team to achieve project goals within constraints like scope, time and budget. There are different approaches like critical path method, earned value management and iterative development. The typical project lifecycle includes initiating, planning, executing, monitoring and controlling, and closing phases. Project managers use tools like work breakdown structure and scheduling to plan and track progress.
Project control involves managing a project to meet objectives within constraints like scope, time and budget. It aims to optimize resource allocation to meet predefined targets. The objective is to deliver a complete project that complies with the client's goals. Project control evolved from various fields including civil engineering and defense. It became a distinct discipline in the 1950s when mathematical scheduling models like CPM and PERT were developed. There are different types of project control tailored to different industries and project characteristics, but they all focus on meeting time, quality and cost objectives.
Project management involves managing a team's work to achieve project goals within constraints like scope, time and cost. The primary objective is to deliver a complete project that meets the customer's requirements. There are different approaches to project management like critical path method, earned value management, and iterative development. Project management has evolved from various fields including civil engineering and defense, and two pioneers were Henry Gantt who developed the Gantt chart and Henri Fayol who established the five management functions.
Project control involves managing the work of a team to achieve all project goals within constraints like scope, time, and budget. The main goal is to produce a complete project that meets the client's objectives. Project control methods can be tailored to different project types, focusing on delivering on time, within budget, and to the required quality. Successful projects meet these triple constraints of time, cost, and quality.
Project management involves leading a team to achieve project goals within constraints like scope, time and budget. It aims to deliver a project that meets the client's objectives by shaping their needs to feasibly address their goals. As a discipline, it developed from fields like engineering and defense, with pioneers like Gantt creating planning tools and Fayol developing management principles. In the 1950s, mathematical models like Critical Path Method and Program Evaluation and Review Technique were developed to systematically plan and schedule complex projects.
Project control involves managing a group's work to achieve project goals within constraints like scope, time and budget. The primary goal is to optimize resource allocation to meet targets, while the secondary goal is to deliver a complete project that meets the customer's objectives. Project control methods can be tailored to different project types based on length, nature, industry or area. Common to all project control types is a focus on delivering on time, within budget and according to quality standards.
Project management involves coordinating a team to complete tasks within constraints like scope, time and budget. The main goals are to optimize resource allocation and fulfill predefined objectives. Project management aims to deliver a complete project that meets the client's goals by shaping objectives to feasibly address targets. Approaches to project management include critical path method, earned value management, iterative development and lean project management.
Project management involves leading a group's work to achieve defined goals within constraints like scope, time and budget. The goals of project management are to deliver a complete project that meets the client's objectives and potentially reform the client's requirements to feasibly achieve those objectives. As a discipline, project management evolved from fields like civil engineering and defense contracting. It developed tools and techniques in the 1950s like Critical Path Method (CPM) and Program Evaluation and Review Technique (PERT) to schedule complex projects. There are many types of project management tailored to different industries and project sizes, but they all focus on delivering projects on time, within budget and to the required quality standards.
Project management involves managing the work of a group to achieve defined objectives within constraints such as scope, time and budget. The primary goal is to optimize resource allocation and ensure objectives are met. Project managers use tools and techniques to break down projects into tasks and monitor their progress. Common approaches include critical path analysis, iterative development and lean project management. Successful projects are completed on time, within budget and meet quality standards.
Project control involves leading a group to achieve project goals within constraints like scope, time and budget. The primary goal is to optimize resources to meet objectives. Objectives must guide all project decisions. Ill-defined goals harm decision making. A project has a temporary nature to create a product or service, in contrast to ongoing operations. Project management draws from fields like engineering and defense to coordinate complex initiatives.
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5. MODERN PROJECT MANAGEMENT -
The 1960s
Growth in systems integration, & plan/control tools.
Major theme - theoretical organisational basis for PM
US Defence introduced core PM tools (esp. Apollo). eg: life-cycle
costing, C/SCSC, work breakdown structure.
Construction industry began to use modern PM tools
Emergence of an intellectual interest in PM
Growing use of matrix in many organisations
PM tools overemphasied, integration overlooked
12. Why did modern PM emerged ?
CHANGE
Organisations work in increasingly dynamic world
Constantly under pressure to implement change
And changes occurring at an accelerating pace.
Changes implemented by projects and PM
TIME
Intense competition -products made asap
Tight time and cost constraints - well suited for PM
16. 1990s and the future
Front-End Management
Greater emphasis in starting up projects- Verification of
objectives, value management, risk management;
Team Building
Team processes will grow, eg - team empowerment,
consensus decision-making
Beyond Technical Expertise
Require PMs whose competency is PM - not technical
Skills in business, risk, integration - not technical
Virtual teams
Project teams to be geographically dispersed