BPM305 Project Scheduling and Control Tutor-Marked Assignment 2, 2026 | SUSS

BPM305 TUTOR-MARKED ASSIGNMENT TWO (TMA02)

This assignment is worth 14% of the final mark for BPM305 Project Scheduling and Control.

The cut-off date for this assignment is 25 March 2026, 2355 hrs.

Note to Students:

You are to include the following particulars in your submission: Course Code, Title of the TMA, SUSS PI No., Your Name, and Submission Date.

Question 1

Demonstrate understanding of Project Control.

Peach manufactures high tech devices for public. Currently, the executive team is developing a new version of their smartphone. As with all their products, they intend to design the smartphone to meet current trends and manufacture the device in-house to maintain quality standards. Estimates have been made for the development process to bring the project to the manufacturing stage. The company aims to meet the product specifications, prioritize adherence to the project timeline, and is prepared to incur additional costs to achieve a tighter schedule.

Use the information provided in Table Q1 and demonstrate your competency in using Microsoft project Software by:

Activity Duration Predecessor Cost
Initialisation Phase      
Sprint – Team Formation      
Selection Process 8 days $2,500.00
Contract Finalisation 10 days 4 $3,000.00
Legal Processing 9 days 5 $5,000.00
Sprint – Project Proposal      
Requirement Analysis 8 days 6 $2,000.00
Develop Objectives 8 days 8 $1,000.00
Risk Assessment 7 days 9 $1,500.00
Budgeting 10 days 9 $2,000.00
Client Review and Sign-off 1 day 11,10 $5,000.00
Design Phase      
Sprint – Logo Design      
Research 9 days 12 $8,000.00
Colour Scheming 7 days 15 $5,000.00
Sprint – Interface Design      
Colour Scheming 7 days 16 $5,000.00
Page Icons 9 days 16 $4,000.00
Layout Design 12 days 19,18 $6,000.00
Sprint – Prototyping    
Evaluation 7 days 20 $2,000.00
Finalisation 3 days 22 $2,000.00
Client Review and Approval 9 days 23 $2,000.00
Execution Phase      
Sprint – Theoretical Background      
Social Incentives 15 days 12 $4,000.00
Item Detection 17 days 12 $4,000.00
Image Analysis 17 days 12 $2,000.00
Sprint – Software Development    
Social Incentives Algorithm 21 days 27 $6,000.00
Item Detection Algorithm 23 days 31SS,28 $2,000.00
Image Analysis Algorithm 25 days 29 $2,000.00
Sprint – Component Integration    
Lining Modules 9 days 32 $4,000.00
Evaluation 7 days 35 $2,000.00
Finalisation 3 days 36 $2,000.00
Sprint – Product Testing    
Acquire Testing Hardware 5 days 37 $20,000.00
Image Analysis Testing 10 days 39 $10,000.00
Item Detection Testing 12 days 39 $10,000.00
Beta Testing 10 days 41,40 $6,000.00
Finalisation / Maintenance Phase      
Sprint – Client Final Review      
Client Approval and Sign-off 8 days 24,42 $2,000.00
Handover 6 days 45 $2,000.00
Sprint – Commercial App    
Develop Product Manual 14 days 46 $10,000.00
Commercialise App 23 days 46 $20,000.00
Sprint – Initial Maintenance    
Analyse Feedback 12 days 49 $6,000.00
Performance testing 16 days 49 $20,000.00
Developing New Update 10 days 51,52 $10,000.00

Table Q1

(a) Organise the tasks in Table Q1 and create a project schedule. Assume the project will begin on 1st October 2025. Use a standard workweek for the schedule and determine the project’s completion date.

(15 marks)

(b) Attach a MS project file of the above, showing the critical path.

(10 marks)

(c) Generate the project cash flow and represent it as a monthly bar chart and S-Curve.

(15 marks)

(d) Suggest any improvements to the program.

(10 marks)

Question 2

The duration and direct cost for each activity in the network of a small construction contract under both normal and crash conditions are given in Table Q2.

Determine the following:

(a) Cost slope for each activity.

(5 marks)

(b) Normal cost of the project.

(5 marks)

(c) Cost associated with each duration till a stable critical path.

(21 marks)

(d) Provide reasoning for choosing the activity at each stage of Q2(c) above.

(7 marks)

(e) Least-cost (direct and total) and crash duration.

(6 marks)

(f) What conclusion can you draw from the results?

(6 marks)

For your computation, use an Indirect (overhead) cost of $125 per day.

Normal Crash
Activity Preceded by Duration (day) Cost ($) Duration (day) Cost ($)
A 12           7,000 10           7,200
B A 8           5,000 6           5,300
C A 15           4,000 12           4,600
D B 23           5,000 23           5,000
E B 5           1,000 4           1,050
F C 5           3,000 4           3,300
G C, E 20           6,000 15           6,300
H F 13           2,500 11           2,580
I D,G,H 12           3,000 10           3,150

 Table Q2: Duration and Direct Cost of Each Activity

—- END OF ASSIGNMENT —-

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