syllabus

1. Introduction to Project Management

1.1 Introduction to Project Management

• Definition of Project Management

• Objectives of Project Management

• Importance of Project Management

1.2 Characteristics of a Project

• Temporary nature

• Defined objectives

• Unique outcome

• Resource constraints

• Risk and uncertainty

1.3 Software Projects vs Other Projects

• Intangible product

• Rapid technological changes

• High complexity

• Requirement volatility

• Greater maintenance needs

1.4 Problems with Software Projects

• Cost overruns

• Schedule delays

• Poor requirement analysis

• Scope creep

• Lack of communication

• Technical risks

1.5 Phases of Project Management

Initiation Phase

• Project identification

• Feasibility study

• Project approval

Planning Phase

• Resource planning

• Cost estimation

• Scheduling

• Risk planning

Execution Phase

• Task implementation

• Team coordination

• Resource utilization

Monitoring and Controlling Phase

• Progress tracking

• Performance measurement

• Risk monitoring

• Corrective actions

Closing Phase

• Project completion

• Documentation

• Final review

• Project handover

1.6 Parties Involved in a Project

• Project sponsor

• Project manager

• Project team

• Customers/clients

• Stakeholders

1.7 Role of Project Manager

• Planning and scheduling

• Team management

• Risk management

• Communication management

• Quality assurance

1.8 Project Management Framework

• Processes

• Tools and techniques

• Standards and methodologies

1.9 Software Tools for Project Management

• Microsoft Project

• Jira

• Trello

• Asana

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2. Project Planning

2.1 Integration Management

• Definition of Integration Management

• Importance of Integration Management

Plan Development and Execution

• Project plan creation

• Coordination of project activities

• Execution of project plan

2.2 Scope Management

• Definition of Scope Management

• Importance of scope control

Methods for Selecting Projects

• Benefit measurement methods

• Constrained optimization methods

Scope Statement

• Project objectives

• Deliverables

• Constraints

• Assumptions

Work Breakdown Structure (WBS)

• Definition

• Purpose

• Advantages

• Levels of WBS

2.3 Main Steps in Project Planning

Identify Project Scope and Objectives

• Define project goals

• Determine deliverables

Identify Project Infrastructure

• Hardware requirements

• Software requirements

• Team structure

Analyze Project Characteristics

• Complexity

• Size

• Risks

Identify Project Products and Activities

• Deliverables

• Tasks and activities

Estimate Effort for Each Activity

• Time estimation

• Resource estimation

Identify Risk Activities

• Risk-prone tasks

• Critical operations

Allocate Resources

• Human resources

• Budget allocation

• Equipment allocation

Review Plan

• Plan validation

• Stakeholder approval

Execute Plan

• Implementation of planned activities

• Monitoring execution

2.4 Use of Software in Project Planning

• Microsoft Project features

• Task management

• Resource allocation

• Gantt chart generation

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3. Project Scheduling

3.1 Time Management

• Definition of Time Management

• Importance of Time Management

3.2 Importance of Project Schedules

• Timely completion

• Better coordination

• Efficient resource utilization

3.3 Schedules and Activities

• Activity definition

• Milestones

• Dependencies

3.4 Sequencing and Scheduling Activities

• Activity relationships

• Precedence constraints

• Scheduling methods

3.5 Network Planning Models

• CPM (Critical Path Method)

• PERT (Program Evaluation and Review Technique)

3.6 Duration Estimation and Schedule Development

• Estimation techniques

• Timeline preparation

3.7 Critical Path Analysis

• Definition

• Identification of critical path

• Slack time

• Importance

3.8 PERT

• Probabilistic time estimation

• Expected completion time

• Advantages and limitations

3.9 Use of Software in Project Scheduling

• Microsoft Project scheduling tools

• Gantt charts

• Dependency tracking

• Timeline management

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4. Project Cost Management

4.1 Introduction to Project Cost Management

• Definition

• Objectives

4.2 Importance and Principles of Project Cost Management

• Budget control

• Cost optimization

• Financial planning

4.3 Resource Planning

• Human resources

• Hardware resources

• Software resources

4.4 Attributes to be Considered in Cost Estimation

• Project size

• Complexity

• Experience level

• Technology used

4.5 Factors Affecting Cost

• Project duration

• Team expertise

• Risk factors

• Resource availability

4.6 Various Costs Involved

• Direct costs

• Indirect costs

• Fixed costs

• Variable costs

4.7 Traditional Cost Estimation Methods

Estimation by Analogy

• Comparison with similar projects

Expert Judgment

• Estimation using expert opinion

Parkinson’s Law

• Work expands to fill available resources

Price to Win

• Estimation based on customer budget

Top-Down Estimation

• Overall project estimation first

Bottom-Up Estimation

• Estimation for individual activities

4.8 COCOMO Model

• Definition

• Types of COCOMO

• Advantages and limitations

4.9 Function Point Analysis

• Definition

• Function point calculation

• Benefits

4.10 Cost Control

• Budget monitoring

• Variance analysis

• Corrective actions

4.11 Use of Software in Cost Management

• Microsoft Project cost tracking

• Budget analysis

• Resource costing

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5. Project Quality Management and Project Risk Management

5.1 Project Quality Management

Quality of Information Technology Projects

• Software reliability

• Maintainability

• Performance

• User satisfaction

Stages of Software Quality Management

• Quality planning

• Quality assurance

• Quality control

PMBOK (Project Management Body of Knowledge)

• Definition

• Process groups

• Knowledge areas

Quality Standards

• ISO standards

• IEEE standards

• Capability Maturity Model (CMM)

Tools and Techniques for Quality Control

• Flowcharts

• Pareto charts

• Cause-and-effect diagrams

• Control charts

• Testing tools

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5.2 Project Risk Management

Importance of Risk Management

• Reducing uncertainties

• Improving project success rate

• Better decision making

Top Risks in Projects

• Technical risks

• Financial risks

• Schedule risks

• Resource risks

Common Sources of Risk in IT Projects

• Changing requirements

• Technology failure

• Poor communication

• Lack of expertise

Elements in Risk Management

• Risk identification

• Risk assessment

• Risk response

• Risk monitoring

Risk Identification

• Identifying possible threats

• Documentation of risks

Risk Quantification

• Probability analysis

• Impact analysis

Risk Response Development and Control

• Risk avoidance

• Risk mitigation

• Risk transfer

• Risk acceptance

Using Software to Assist in Project Risk Management

• Microsoft Project risk tools

• Risk tracking

• Reporting and monitoring