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PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling by Khairul Firdaus Anuar Faculty of Industrial Management [email protected]

PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

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Page 1: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

PROJECT PLANNING & CONTROL

Lesson 3: Project Scheduling

by

Khairul Firdaus AnuarFaculty of Industrial Management

[email protected]

Page 2: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Chapter Description

• Aims– The aim of this chapter to expose and understanding students to apply

basic project scheduling, tool and techniques in relation to projectmanagement

• Expected Outcomes

At the conclusion of this chapter, the students should be able to:– Understand the project scheduling and the phases.

– Apply basic scheduling tool and techniques for project management

– Demonstrate SMART principles to a project

• References– Erik W. Larson & Clifford F. (2014). Project Management: The Managerial

Process (6th Ed.). McGraw-Hill Education, New York.

Page 3: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Objectives

To Demonstrate SMART

principles to a project

To Understand the

project scheduling

and the phases.

To Apply basic

scheduling tool and

techniques for project

management

12

3

LEARNING OUTCOME

Page 4: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Content of LESSON 3

PROJECT SCHEDULING

• Overview of Project Scheduling

• Phases and Milestones

• Techniques for Scheduling

• Scheduling Tools

• Scheduling Software

Page 5: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Overview of Project Scheduling

Definition

Page 6: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Objectives of Project Scheduling

Page 7: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Factors to be Determined Techniques for

Scheduling

FAC

TOR

S

Project’s size

complexity

duration

personnel

Owner requirement

Page 8: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Importance of Project Scheduling

1• To calculate the project completion date.

2• To calculate the start or end of a specific activity.

3• To expose and adjust conflicts between trades or sub-contractors

4• To predict and calculate the cash flow

5• To evaluate the effect of changes.

6• To improve work efficiency

7• To resolve delay claims

8• To serve as an effective project control tool.

Page 9: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Phases of Project Scheduling

Page 10: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Set the Milestones

• Every project hasmilestone:– Start date

– Finish date

– Using the WBS, youcan decide the keystages and assigntheir completionmilestone status

MILESTONE CHART

Page 11: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Sources of Information

Page 12: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Scheduling Tools and Techniques

Page 13: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Scheduling Techniques:

BAR Charts

• Most common & widely used.

• Used for relative simple

project.

• For short term & weekly

programming.

• For communication purpose.

• Provide graphic medium on

which milestones can be

entered.0 10 20 30 40 50

Page 14: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Scheduling Techniques:

Network Analysis

Network shows a project as a system of activities

Page 15: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Network Analysis

Activity on Arrow (AOA)

1 2remove

engine

overhaul

engine

replace

engine3 4

Examples:

Page 16: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Network Analysis

Activity on Network (AON)

REMOVE

ENGINE

(6 HRS.)

OVERHAUL

ENGINE

(72 HRS.)

REPLACE

ENGINE

(12 HRS.)

Examples:

Page 17: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Forward & Backward Pass

Forward Pass Backward Pass

A Forward Pass is perform to find

the earliest event time (Activity-on-

Arrow network), or the earliest

start and finish time of activities

(PDM Network)

A Backward Pass is performed to

find the latest event time or latest

finish and start time.

Minimum overall duration of the

project

Minimum overall duration of the

project

Page 18: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Total and Free Float

Page 19: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Project Planning & Scheduling Software

PrimaveraMs Project

Page 20: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Conclusion of The Chapter

• Conclusions

– The project network is the tools used for planning, scheduling

and monitoring project progress.

– The network diagram outlines the logic or sequences of work

– Activities with zero float are on the critical path

– The project network provides other invaluable information and

insight. It provides the basis for scheduling labour and

equipment.

Page 21: PROJECT PLANNING & CONTROL Lesson 3: Project Scheduling

Thanks You for Your Attention