Project Management Professional (PMP) for engineering project management roles
1 Introduction to Project Management
1-1 Definition of Project Management
1-2 Project Management Framework
1-3 Project Management Knowledge Areas
1-4 Project Management Processes
1-5 Project Life Cycle
2 Project Integration Management
2-1 Develop Project Charter
2-2 Develop Project Management Plan
2-3 Direct and Manage Project Work
2-4 Monitor and Control Project Work
2-5 Perform Integrated Change Control
2-6 Close Project or Phase
3 Project Scope Management
3-1 Plan Scope Management
3-2 Collect Requirements
3-3 Define Scope
3-4 Create WBS
3-5 Validate Scope
3-6 Control Scope
4 Project Time Management
4-1 Plan Schedule Management
4-2 Define Activities
4-3 Sequence Activities
4-4 Estimate Activity Durations
4-5 Develop Schedule
4-6 Control Schedule
5 Project Cost Management
5-1 Plan Cost Management
5-2 Estimate Costs
5-3 Determine Budget
5-4 Control Costs
6 Project Quality Management
6-1 Plan Quality Management
6-2 Perform Quality Assurance
6-3 Control Quality
7 Project Human Resource Management
7-1 Develop Human Resource Plan
7-2 Acquire Project Team
7-3 Develop Project Team
7-4 Manage Project Team
8 Project Communications Management
8-1 Plan Communications Management
8-2 Manage Communications
8-3 Control Communications
9 Project Risk Management
9-1 Plan Risk Management
9-2 Identify Risks
9-3 Perform Qualitative Risk Analysis
9-4 Perform Quantitative Risk Analysis
9-5 Plan Risk Responses
9-6 Control Risks
10 Project Procurement Management
10-1 Plan Procurement Management
10-2 Conduct Procurements
10-3 Control Procurements
10-4 Close Procurements
11 Project Stakeholder Management
11-1 Identify Stakeholders
11-2 Plan Stakeholder Management
11-3 Manage Stakeholder Engagement
11-4 Control Stakeholder Engagement
12 Engineering Project Management Specialization
12-1 Engineering Project Life Cycle
12-2 Engineering Project Planning and Scheduling
12-3 Engineering Project Cost Estimation
12-4 Engineering Project Risk Management
12-5 Engineering Project Quality Management
12-6 Engineering Project Procurement Management
12-7 Engineering Project Stakeholder Management
12-8 Engineering Project Communication Management
12-9 Engineering Project Integration Management
12-10 Engineering Project Human Resource Management
13 Tools and Techniques for Engineering Project Management
13-1 Project Management Software
13-2 Scheduling Tools
13-3 Cost Estimation Tools
13-4 Risk Management Tools
13-5 Quality Management Tools
13-6 Communication Tools
13-7 Stakeholder Management Tools
13-8 Procurement Management Tools
14 Case Studies and Practical Applications
14-1 Case Study Analysis
14-2 Practical Application of Project Management in Engineering Projects
14-3 Lessons Learned from Engineering Projects
15 Certification Preparation
15-1 Overview of PMP Certification Exam
15-2 Exam Format and Structure
15-3 Study Tips and Strategies
15-4 Practice Questions and Mock Exams
15-5 Certification Application Process
4.5 Develop Schedule

4.5 Develop Schedule - 4.5 Develop Schedule

Develop Schedule is a critical process in Project Time Management that involves integrating the project activities, dependencies, and duration estimates to create a comprehensive project schedule. This process ensures that the project timeline is realistic and achievable, helping the project team to manage time effectively and meet project deadlines.

Key Concepts

1. Activity List

The Activity List is a comprehensive list of all the activities required to complete the project. It includes detailed descriptions of each activity, ensuring that all team members have a clear understanding of what needs to be done. The Activity List is a key input to the Develop Schedule process.

Example: For a construction project, the Activity List might include tasks such as "Excavate Foundation," "Lay Concrete," "Install Plumbing," and "Erect Walls." Each task is clearly defined to avoid any ambiguity.

2. Activity Sequencing

Activity Sequencing involves identifying and documenting the relationships between project activities. This process determines the order in which activities need to be performed to ensure the project progresses smoothly. Dependency relationships, such as finish-to-start, start-to-start, finish-to-finish, and start-to-finish, are established during this process.

Example: In a software development project, activity sequencing might dictate that coding cannot begin until the design phase is complete. Similarly, testing activities must follow the coding phase. These dependencies are mapped out to create a logical flow of work.

3. Activity Duration Estimates

Activity Duration Estimates involve estimating the number of work periods required to complete individual activities. This process uses historical data, expert judgment, and other estimating techniques to determine the time required for each activity. Accurate duration estimates are crucial for developing a realistic project schedule.

Example: In an engineering project, the duration of an activity like "Design Review" might be estimated based on past projects and the complexity of the current design. If similar reviews took 5 days in the past, the estimate for the current project might be adjusted based on the current scope and team capacity.

4. Resource Availability

Resource Availability involves identifying the resources (human, material, and equipment) required for each activity and ensuring that these resources are available when needed. This process helps in avoiding delays due to resource constraints and ensures that the project schedule is feasible.

Example: For a manufacturing project, resource availability might involve ensuring that the necessary machinery and skilled labor are available for each production phase. If a key machine is scheduled for maintenance during a critical production period, the schedule might need to be adjusted to accommodate this.

5. Schedule Development Techniques

Schedule Development Techniques include various tools and methods used to create and manage the project schedule. These techniques include Gantt charts, critical path method (CPM), program evaluation and review technique (PERT), and resource leveling. Each technique helps in visualizing the project timeline, identifying critical paths, and managing resource allocation.

Example: For a construction project, a Gantt chart might be used to visualize the start and end dates of each construction activity, along with their dependencies. The critical path, which represents the longest path of dependent activities, would be highlighted to identify the key milestones and potential bottlenecks.

6. Schedule Baseline

The Schedule Baseline is the approved version of the project schedule, which serves as a reference point for measuring and controlling project progress. The Schedule Baseline is used to track actual performance against planned performance and to make necessary adjustments to keep the project on track.

Example: In a project to build a new facility, the Schedule Baseline might include the Gantt chart with all the planned start and end dates for each activity. This baseline would be used to compare against the actual progress and make any necessary adjustments to the schedule.