1 / 23

CEM 510 Construction Planning & Scheduling Dr Almohawis

CEM 510 Construction Planning & Scheduling Dr Almohawis. Detailed Course Content. Topic 1: Introduction Outline:. Steps in Executing Projects Models used for Planning, Scheduling, and Control Bar Chart: Advantages and Disadvantages Networks CPM: Advantages and Disadvantages

cliffordmiller
Télécharger la présentation

CEM 510 Construction Planning & Scheduling Dr Almohawis

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. CEM 510Construction Planning & SchedulingDr Almohawis Detailed Course Content

  2. Topic 1: Introduction Outline: • Steps in Executing Projects • Models used for Planning, Scheduling, and Control • Bar Chart: Advantages and Disadvantages • Networks • CPM: Advantages and Disadvantages • CPM-Based Project Management

  3. Topic 2: Project Planning Outline • Planning Definition • Activity Definition • Types of Activities • Production • Procurement • Management - related CEM-510 Topic 2

  4. Outline Contd.. • Breakdown of project into activities • Prerequisites • Factors to consider • Activities frequently omitted • Degree of network details • Homework Assignment # 2 CEM-510 Topic 2

  5. Topic 3: Arrow Diagramming Outline: • Rules for Diagramming • Representation of activity. • Representation of relations. • Dependent vs. Independent • Merge • Burst • Cross relation • Dependency • Continuity CEM-510- Topic 3

  6. Outline Contd.. • Dummy activities • Numbering • Efficiency • Procedures for drawing the network • Activity list • Dependency • Redundancy • Approaches • Example • Homework Assignment # 3 CEM-510- Topic 3

  7. Topic 4: Precedence Diagramming Outline: • Rules for Diagramming • Representation of activity. • Representation of relations: • Dependent vs. Independent • Merge • Burst • Cross relation • Dependency • Continuity CEM-510 Topic 4

  8. Outline Contd.. • Dummy activities • Numbering • Procedures for drawing the network: • Activity list • Dependency • Redundancy • Sequence step no. CEM-510 Topic 4

  9. Outline Contd.. • Example • Homework Assignment # 4 CEM-510 Topic 4

  10. Topic 5: Time Computation – Arrow Network Outline: • Activity Consideration. • Allowance for lost time. • Normal Duration. • Scheduling Computations (using activity time). • Forward Pass • Backward Pass • Critical Path • Floats CEM-510 Topic 5

  11. Outline Contd.. • Scheduling Computations (using event times) • Forward Pass • Backward Pass • Floats • Critical Path • Examples. • Homework Assignment #5. CEM-510 Topic 5

  12. Topic 6: Time Computation – Precedence Network Outline: • General Approach. • Link Lag. • Floats. • Critical Activities. • Methods • Computation on the Network. • Computation on the Matrix. • Examples. • Homework Assignment # 6. CEM-510 Topic 6

  13. Topic 7: Methods of Communicating the Schedule Outline: • Verbal / Written Instructions • Tabular Method • Graphical Methods • CPM Diagrams • Bar Charts • Time-scaled Diagrams • Mechanical Devices • Examples • Homework Assignment 7 CEM-510 Topic 7

  14. Topic 8: Time-Cost Tradeoff: Simple Compression Outline: • Types of Cost • Activity Time-Cost Relationship • Utility Data Curve • Characteristics of Utility Curve • Types of Utility Curves • Project Time-Cost Relationship • i. Project Compression – Procedures. • ii. Project Compression – Example. CEM-510 Topic 8

  15. Topic 9-A: Complex Compression Topic Outline: • Definition • Complex Compression with multi stage utility curves • Example • Comparison with simple compression • Complex Compression with discrete utility curves • Example.

  16. Topic 9-B: Decompression Topic Outline: • Definition • Comparison with compression • Steps in Decompression • Example

  17. Topic 10: Resource Implications on Schedule Outline: • Scheduling considerations • Resource Considerations - Unrestricted availability - Restricted availability • Resource leveling - Objective - Criteria - Worksheet method - Minimum Moment Method

  18. Outline Contd.. • Scheduling with Limited Resources • General Approach • Time scaled method • Example

  19. Topic 11: Project Control Outline: • Objectives of Control • Levels of Control • Time (Progress) Control • Prerequisites • Monitoring - Sources of information - Overall Progress (S Curve & Earned Value) • By Activity Topic 11 - Project Control

  20. Outline Contd.. • Updating - Updating Intervals - General Procedure • Financial Control • Cost • Liquidity Topic 11 - Project Control

  21. Topic 12: Precedence with Overlapping Relationship Topic Outline • Needs for Overlapping Relations • Finish to Start with Lead Time • Start to Start • Finish to Finish • Start to Finish • Compound Relationship • Formulas & Network Calculations • Example.

  22. Topic 13: Linear Scheduling Outline • Definition • Application • Basic Features • Production Rate Diagram • Time & Space Buffers • Conflict • Non-Repetitive Activities • Homework Assignment # 12 CEM-510 Topic 13

  23. Topic 14: Program Evaluation and Review Technique (PERT) Topic Outline: • CPM vs. PERT • Statistics Review: • Central Tendency and Dispersion • Probability Distribution Functions • Central Limit Theorem • PERT Assumptions • Activity Assumptions • Network Assumptions • PERT Computations • Examples.

More Related