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THAMP project shows the resources

5/18/2020 SRM 752-
ADVANCED
PROJECT
MANAGEMENT
GROUP ASSIGNMENT-2
SUBMITED BY: GROUP NO. 67
SUBHASH RAMISETTY-218702486
MANISH KUMAR SANGANAMONI-219259192
TALHA AEJAZ AHMED-218713556
SUBMITED TO
Dr ADAM KREZEL
1
EXECUTIVE SUMMARY
The project resources report of the THAMP project shows the resources that required to
complete the THAMP project. This project resources report explains the project summary,
assumptions and constraints, identification of humman resources, team breakdown
structure, material procurement, financial resources and time frames of the THAMP project.
The materials that used for this project are showed in detail in the THAMP project plan (Case
project T1-2020).
2
TABLE OF CONTENTS
1. PROJECT SUMMARY ……………………………………………………………………………………..4
1.1 Project Description…………………………………………………………………………………………..4
1.2 Key Assumptions & Constraints ………………………………………………………………………….4
1.3 Detailed Summary……………………………………………………………………………………………4
2 FEASIBLE PROJECT TEAM ……………………………………………………………………………….5
2.1 Human Resources Identification …………………………………………………………………………5
2.2 Resource Planning……………………………………………………………………………………………6
2.3 Team Breakdown Structure ……………………………………………………………………………….7
3 PROJECT MATERIAL PROCUREMENT ……………………………………………………………… 12
4 PROJECT FINANCIAL RESOURCES…………………………………………………………………… 15
5 TIME FRAME……………………………………………………………………………………………… 18
6 COST AND RESOURCES PROCUREMENT………………………………………………………….. 21
7 CONCLUSION …………………………………………………………………………………………….. 22
8 REFERENCES ……………………………………………………………………………………………… 23
9 APPENDIX…………………………………………………………………………………………………. 24
3
List of Tables
Table 1 : Cost / Material Allocation ……………………………………………………………………………….7
Table 2 :Team Breakdown Structure ……………………………………………………………………………..8
Table 3: Permanent materials required for THAMP project ……………………………………………12
Table 4: Temporary material required for THAMP project ……………………………………………..14
Table 5: Parametric estimation of THAMP project…………………………………………………………15
Table 6: Time Frame ………………………………………………………………………………………………….19
List of Figures
Figure 1: GANTT CHART ……………………………………………………………………………………………..24
4
1. PROJECT SUMMARY
1.1 Project Description
The scope of this project entails undertaking the tasks of planning, overall management,
construction as well as final delivery of 2-storey building in Elizabeth Street located at Geelong
West. The specific deliverables for this project entail: [1] development of a comprehensive /
detailed form of project management plan, [2] end-to-end planning, and overall development
and the hiring of contractor to undertake the construction activity, and [3] managing the
construction process and ensure delivery of the fully constructed building as per the design
within cost / time specifications.
1.2 Key Assumptions & Constraints
The constraints with respect to this project shall be the need for ensuring effective planning
as well as delivery by considering and aligning to construction / building design, outcomes of
site evaluation as well as compliances / certifications which are already completed, developed
and made available by client. The key set of assumptions in undertaking this project and
considered in all aspects of planning and implementation will include – [1] the site of
construction has been decided and finalized by client already as well as that all required /
mandated regulatory approvals has been obtained, [2] overall construction design will be
beyond scope of the project work and same has been completed and will be provided by
client, and [3] The project has two stages with the project planning initially undertaken and
on the basis of decision by client with respect to the final plan and its satisfaction, the
construction and the delivery of the project shall be pursued.
1.3 Detailed Summary
The proposed THAMP project will entail undertaking of various tasks like end-to-end project
planning, management of the planned tasks, construction of the 2-storey building at Elizabeth
Street across Geelong West as well as delivering the same. The specific scope of the project
can be defined as follows: undertaking the tasks of planning, overall management,
construction as well as final delivery of 2-storey building in Elizabeth Street located at Geelong
West. The cost estimated and finalized for the project has been established for $425,870.30
5
and the same will include all of the project scope. The duration planned for this project will
span three months to undertake project planning and once the plan gets approved for further
action by the client, the stage 2 of construction and delivery will be undertaken which shall
span for 14 months.
The key deliverables for this project shall include –
 Development of a comprehensive, detailed and specific project management plan
suitable for this project.
 Planning and development of the construction activities and to hire competent
contractor to undertake the complete construction activities.
 Management of the overall construction process as well as its delivery based on the
agreed design, quality and other functional specifications.
 Delivery of project by not exceeding agreed / allocated budget at $425,870.30 as
well as within the timeline of 3 months for planning and 14 months for construction
delivery.
The project shall lay significant and importance on effective controls to ensure successful
outcomes and the framework of variance analysis is planned to be applied for undertaking
quality management, and the same shall entail a dedicated process of reporting and
monitoring using metrics like cost variance / schedule variance, as well as qualitative variance
for scope / quality.
2 FEASIBLE PROJECT TEAM
2.1 Human Resources Identification
In the case of this project, construction method that is feasible and one that has been decided
up on refers to the mixed form of construction, that is, cast-in-situ as well as pre-fabrication.
The method of development has been chiefly divided as three different stages as well as later
in the form of subdivisions where the same is necessary (Kerzner, 2017; Meredith et al., 2017;
Heagney, 2016).
In addition, for the actual construction work, this project shall hire an external contractor
using suitable tender process on the basis of fixed cost lump sum contract wherein the
6
selected contractor shall deliver the complete construction on the agreed price that shall be
decided during the tender process (Kerzner, 2017; Meredith et al., 2017; Heagney, 2016).
Hence, the project team shall be limited to the project manager, team members, and other
consultants to aid in the project management and controls, and the overall construction shall
be delivered by the hired contractor who shall employ relevant construction crew to deliver
the project.
In this context, the human resource team can be listed as follows –
Project Management, Design and Construction Control:
 Project Sponsor (Client)- Giulette
 Project Manager-Talha Aejaz Ahmed
 Team Member #1-Subhash
 Team Member #2_Manish
 External Consultant #1
 External Consultant #2
 Construction Activity:
 Hired Contractor along with the Contractor’s construction crew
2.2 Resource Planning
The resource planning is aligned to the construction method & delivery method identified: [1]
mixed form of construction, that is, cast-in-situ as well as pre-fabrication and this method of
development has been chiefly divided as three different stages as well as later in the form of
subdivisions where the same is necessary, and [2] hiring external contractor using suitable
tender process on the basis of fixed cost lump sum contract wherein the selected contractor
shall deliver the complete construction on the agreed price that shall be decided during the
tender process.
In this context, the procurements and construction personnel shall be under the responsibility
of the Contractor with the contract signed with the project team on a fixed cost basis. The
same is detailed as follows –
7
Table 1 : Cost / Material Allocation

Human Resources Tasks Materials /
Facilities
Cost
Project Management, Design and Construction Control
Project Sponsor
(Client)-Giulette
NA Office
Space,
Computers,
etc.
$120,000
Project Manager
Talha
Project Planning, Management &
Construction Oversight
Team Member #1-
Subhash
Project Planning Support, Project
Management Support &
Construction Oversight Support
Team Member #2-
Manish
Project Planning Support, Project
Management Support &
Construction Oversight Support
External Consultant
#1
Expert Advice / Consultancy
External Consultant
#2
Expert Advice / Consultancy
Construction Activity
Hired Contractor
along with the
Contractor’s
construction crew
Procurements and Construction
Delivery
As per
Construction
Plan and
Contract
Terms
$602,500

2.3 Team Breakdown Structure
The detailed team breakdown structure is presented as follows –
8
Table 2 :Team Breakdown Structure

Project Tasks Resources
THAMP Project
Project Management- Initiation and
Planning
Development of Project Charter &
Approval from Client
Talha, Giulette (Client)
Planning All of the Project Processes Talha, Subhash, Manish
Finalizing and the Documentation of
Project Plan
Talha, Subhash, Manish
Final Reviews, Plan Approval and Work
Package Completion
Giulette(Client), Talha, Subhash, Manish
Requirements Assessments and
Specification
Site Assessments and Collection of Data Talha, Subhash, Manish and External
Consultant #1
Data Reviews and Analysis Talha, Subhash, Manish and External
Consultant #1
Discussions and Reviews with the Client Giulette (Client), Talha, Subhash, Manish
Identification / Development, and
Finalizing Building Design and Relevant
Requirements
Talha, Subhash, Manish
Documentation of All Functional
Requirements
Talha, Subhash, Manish

9

Construction Design Phase
Building / Concept Design: Assessment and
Review
Talha, Subhash, Manish and External
Consultant #2
Building / Concept Design: Finalization &
Documentation
Talha, Subhash, Manish and External
Consultant #2
Assessments / Review of the Schematic
Design
Talha, Subhash, Manish and External
Consultant #2
Schematic Design Assessment, Closure &
Documentation
Talha, Subhash, Manish and External
Consultant #2
Design Development- Planning and
Implementation of Design
Talha, Subhash, Manish and External
Consultant #2
Completion of Design Development Talha, Subhash, Manish and External
Consultant #2
Tender Process: Hiring Contractor
Development & Documentation of
“Request for Proposal” for Undertaking
Building Construction
Talha, Subhash, Manish
Issuing “Request for Proposal” To
Prospective / Identified Contractors
Talha, Subhash, Manish

10

Receiving Quotes & Reviewing Talha, Subhash, Manish
Shortlisting Contractors & Meetings for
Individual Reviews
Talha, Subhash, Manish
Deciding & Finalizing on Construction
Contractor
Talha, Subhash, Manish
Contract Signing-off Talha, Hired contractor, Subhash, Manish
Administration of Contract & Building
Construction
Planning All Construction Activities Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Initiation of Construction Activity Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Procurement of All Required Materials Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Receiving Required Materials and Making
Payments
Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Construction Stage #1 Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Construction Stage #2 Talha, Hired contractor, Contractor
construction Team Subhash, Manish

11

Construction Stage #3 Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Completion of Installation / Fittings /
Plumbing / Wiring / Others
Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Detailed Reviews & Checks Talha, Hired contractor, Contractor
construction Team Subhash, Manish
Defect Liability Period
Project Closure
Success Evaluation Giulette (Client), Talha, Subhash, Manish
Ensuring Closure / Completion of All
Obligations
Talha, Subhash, Manish
Signing-off & Handover Giulette(Client), Talha, Subhash, Manish

12
3 PROJECT MATERIAL PROCUREMENT
The method of material procurement for construction includes the selection, order, billing,
payment and delivery of the material necessary to building to the site. A product, equipment,
materials and subcontractors procurement task can be carried out by a procurements team
or by one or more construction suppliers. The main contractor of the project works usually to
ensure the procurement of materials is given in accordance with the project plan,
requirement and budget.
Materials are typically acquired from the supply chain, often from reputable distributors with
which the team has previously done service or which can be specified in the contract
documents. Procurement of materials is an important part of construction process, as
supplier’s demands for materials and resources would usually be overcome by contractors.
In the same way, for this THAMP project the suppliers were selected with which we are
worked before and we also considered the supplier with best quality and rates of the
materials. Material suppliers were selected from a list of the product and service to be
obtained licenced suppliers. Suppliers should be selected based on competitive bidding,
where their most favourable price for the item.
The given plan Case project T1- 2020, shows the materials required for project in detail. Below
tables shows the permanent and temporary materials required for the THAMP project. And
also the suppliers selected through bidding are given in the BOQ table:
Table 3: Permanent materials required for THAMP project

S.No Description Unit Quantity Cost
(AUD)
Supplier
SUBSTRUCTURE
1 20 Mpa Concrete
required for strip
footing
m3 68.34 15034.80 Hanson Construction Materials
SUPER STRUCTURE
2 115mm Structural
steel framed wall
m3 8.94 1162.20 Geelong fencing

13

3 115mm structural
steel framed fire
rated hardiesmart
wall
m3 3.33 832.50 Geelong fencing
4 Brick wall m3 11.49 1149.00 Australia bricks
5 Flooring (BPC for
Ground floor)
m3 10.68 961.20 Barry medew Building supplies
6 Stair case (Timber) m3 5.59 419.25 Barry medew Building supplies
7 Internal Walls m3 8.05 644.00 Barry medew Building supplies
8 Flooring (BPC for first
floor)
m3 7.07 636.30 Barry medew Building supplies
ROOF
9 Natural light grey
cemintel territory
cladding
m2 11.58 752.70 Madex plaster Linnings PTY LTD
10 Roofing (Timber truss
with Colorbond clip lok)
m2 58.01 8701.50 Barry medew Building supplies
11 Windows (Double glazed
with 1700 high fixed
screen 25% transparency)
no. 11 1980 Euro UPVC Windows Double
Glazed Windows and Doors
12 Double glazed sifold door
low-E Argon
no. 4 720.00 Euro UPVC Windows Double
Glazed Windows and Doors
13 Doors (timber) no. 5 450 Barry medew Building supplies
14 chimney m3 3.40 646 Hanson Construction Materials
15 Solar panels no. 3 7500 Australian energy upgrades
16 Fencing (timber) m2 91.79 7343.20 Barry medew Building supplies

14
In every construction site no matter how large the project is a variety of necessary temporary
facilities must be identified before the construction can begin on each building site. In
addition to having facilities for builders to use heavy machinery and equipment, temporary
solutions should also be provided so that any on-site contractor may use them, as well as
toilets and washrooms. And also during the construction works like footing some temporary
materials are required for the formwork. The temporary materials required for THAMP
project is given in the table below:
Table 4: Temporary material required for THAMP project

S.No Description Unit Quantity Cost (AUD)
1 Formwork for footings m3 46.36 1390.80
2 Formwork for roofing m3 69.59 2087.70
3 Temporary toilets on site m2 9 810
4 Site fencing during construction m2 91.79 2294.75
5 Temporary Bracing for timber
framework
n0. Required for
frame work
500

The average market value of the materials are considered, to estimate the permanent and
temporary materials cost for THAMP project. Also the 5% of Building cost is assumed for the
wastage of materials. So, from this average costs and wastage the material costs for the
THAMP project will be 20% of total building cost.
15
4 PROJECT FINANCIAL RESOURCES
To estimate the total building costs for the THAMP project parametric estimating is used. In
this parametric estimation the total building cost will be calculated from the given formulae.
Total building cost of the THAMP project = Gross floor area * Average cost
The GFA is taken from the project plan (Case project T1-2020). Then using the Rawlinson’s
Construction Handbook 2019, the weightage of each and every stage of the THAMP project
is considered. To calculate the total cost of each stage, the weightage of that stage of total
building cost.
From the Parametric estimation Total Building cost for the THAMP project is 370,322 AUD.
The material suppliers were selected based on their price for materials and their services. The
parametric estimation of THAMP project is given in below table:
Table 5: Parametric estimation of THAMP project

THE HOUSE AT MY PLACE (THAMP) PROJECT Cost/m2
=
2227.5
GFA = 175 Total
cost=
370,322
Activit
y Code
Activity Durati
on
(days)
Predecesso
rs
Cost% Cost ($)
1 House Project 190 85.50% 316,625
1.1 Preliminaries and site
preparations
9 _ 10.40% 38,513
1.2 Substructure 15 _ 4.40% 16,294
1.2.1 Excavation (20% of
substructure)
5 Preliminarie
s
0.88% 3,259
1.2.2 &
1.2.3
Strip Footing & Ground Slab
(80% of substructure)
10 Excavation 3.52% 13,035
1.3 Superstructure 101 35.90% 132,946

16

1.3.3.1
.1 &
1.3.5.1
Timber framed wall structure
(internal and external) (30% of EW
and IW)
5 Strip
Footing &
Ground Slab
5.85% 21,664
1.3.1 Stair case 3 Timber
Framed wall
structure
3.20% 11,850
1.3.2 Upper floors 6 Timber
Framed wall
structure
7.10% 26,293
1.3.1.1 Timber framed roof structure
(40% of roof)
5 Timber
framed wall
structure
2.52% 9,332
1.3.1.2 Roof covering (Timber truss
with Colorbond clip lok) (60% of
roof)
10 Timber
framed roof
structure
3.78% 13,998
1.3.2 Roof 20 Timber
Framed wall
structure
6.30% 23,330
1.3.2 Windows (30% of
windows+external walls)
5 Roof
covering
6% 21,108
1.3.3 External walls (70% of
windows+external walls)
15 Timber
Framed wall
structure
13% 49,253
1.3.3.1
.2
Face Brickwork (50% of
external walls)
5 Windows 6.65% 24,626
1.3.3.2 Natural light grey cemintel
territory cladding above face
brickwork (20% of external walls)
5 Face
Brickwork
2.66% 9,851
1.3.4 External Doors 5 Weatherbo
ard cladding
1.40% 5,185

17

1.3.5 Internal walls 5 Timber
Framed wall
structure
6.20% 22,960
1.3.5.1 Plaster board (70% of internal
walls)
5 Timber
frame &
External
doors &
Electrical
4.34% 16,072
1.3.6 Internal Screens 5 Plaster
board
0.80% 2,963
1.3.7 Internal Doors 5 Internal
Screens
1.40% 5,185
1.4 Services Timber
Framed wall
structure
15.90% 58,881
1.4.1 &
1.4.2
Plumbing rough-in (sanitrary
plumbing, water supply)
10 External
Walls &
External
Doors
11.10% 41,106
1.4.3 Plumbing fixtures (sanitary
fixtures)
5 Wall
Finishes
1.4.4 Electrical (rough-in and
fixtures)
10 Plumbing
rough in
4.80% 17,775
1.5 Finishes 11.60% 42,957
1.5.1 Floor Finishes 15 Internal
Doors
4.30% 15,924
1.5.2 Wall Finishes 10 Floor
Finishes,
Internal
screens &
doors
4.50% 16,664

18

1.5.3 Ceiling Finishes 5 Wall
Finishes
2.80% 10,369
1.6 Fittings 7.30% 27,033
1.6.1 Fitments 10 Ceiling
Finishes
7.30% 27,033

The additional charges like contingencies and professional fee are assumed as 5% and 10% of
Building costs. After including the additional charges the total THAMP project cost is
425,870.30 AUD. The project is financed by the bank loan for 70% of the total estimated
project cost.
5 TIME FRAME
In THAMP project, management of time plays a key role for the successful competition of the
project. Generally, project schedule is prepared which comprises of various tasks and their
duration. Basically the construction of THAMP Project is divided into preliminaries, sub
structure and super structure. Under Preliminaries, all the basic requirements for the project
are accomplished. The permits required and the paperwork is done in this stage. The site is
prepared by installing the fences around the site and the required amenities at the site. In
substructure stage excavations, footing and slab are done. In superstructure stage the
construction of the whole building is done and all the finishing’s and fitments are installed.
The superstructure involves construction of columns, beams, roofs, walls and doors.
Simultaneously the essentials services plumbing and electrical are installed. The finishing’s of
wall and floor are done. Then the interior and landscaping is done for good view of the
project.
There are various methods for scheduling of the project namely PERT and Critical path
method.
 Gantt chart is used to demonstrate activities and resources and explains the project
schedule.
 Time management can be easily explained with the use of Gantt chart and
progress of the project can be obtained whenever required.
19
 The team engaged in our project should be made aware and familiar with their
roles and responsibilities and how much time would be required to carry out the
specific task.
Table 6: Time Frame

S.no Task Name Duration Start Date Finish Date
THAMP Project 190 20/04/2020 19/01/2021
1 Project Initiation 15 10/02/2020 25/02/2020
1.1 Preparing Project
Schedule
7
1.2 Allocating Resources 7
1.3 Submitting
preliminary drawings
1
2 Long Lead Items
Procurement
10 25/02/2020 06/03/2020
3 Schedule
Management
7 06/03/2020 13/03/2020
4 Site Management 10 13/03/2020 23/03/2020
5 Demolition 7 23/03/2020 30/03/2020
6 Laying Foundation 15 30/03/2020 14/04/2020
7 Construction of the
Structure
101 22/05/2020 09/10/2020
7.1 Steel Erections 15

20

7.2 Concrete Work for
roof and floor
30
7.3 Roofing 25
7.4 Windows and Doors 10
7.5 Masonry 21
8 Plumbing Works `15 12/10/2020 30/10/2020
8.1 Installing Plumbing 10
8.2 Flush tests and
cleaning of piping
5
9 Electrical Fittings 10 02/11/2020 13/11/2020
9.1 Fitting electrical
wiring
5
9.2 Installing Electrical
devices
2
9.3 Heating and
Ventilation Fixing
3
10 Finishes 30 16/11/2020 25/12/2020
10.1 Floor and Wall
finishes with all the
requirements
25
10.2 Ceiling finishes with
all the requirements
5

21
6 COST AND RESOURCES PROCUREMENT
Project cost stays integrated with facilitating project implementations along with managing
and facilitating areas of project need margin. Facilitating the project cost helps in analyzing
areas of project work along with managing the successful implementation of the process of
project work. On the other hand, project cost also is seen to be helpful in identifying the
amount that can be invested in managing each activity of the entire project. The procurement
of the resources will be done in this project by signing a contract between the contractors
and the project management. The procurement of the resources will be done in the most
sustainable manner. The signed contract will be a proof that the work will be finished at the

11 Final Cleanup 2 25/12/2020 27/12/2020
11.1 Cleaning Tile Floors 1
11.2 Removing extra debris
from the building
1
12 Inspections 3 08/01/2021 11/10/2020
12.1 Architect Inspection 1
12.2 Fire Marshal and
building agency
inspections
1
12.3 Client inspection 1
13 Final Completion
Documents Issue
5 12/01/2021 17/01/2021
14 Completion of
THAMP Project
1 18/01/2021 19/01/2021

22
desired time. It will also be ensured that there are backup suppliers that can be contacted in
case of any unforeseen circumstances. The entire project will be done in a lean way and hence
during the procurement, the products will only be taken when they are needed. The resources
procurement will be planned on a day to day basis so that there are no extra resources that
get delivered to the site.
7 CONCLUSION
This report presented a detailed discussion on human resource related aspects of undertaking
this project along with detailed planning and proposals. This report provides the clear idea of
the permanent and temporary materials used for the THAMP project. The parametric
estimation is used to estimate the project budget and also the time frame of the THAMP
project is described.
23
8 REFERENCES
 Heagney, J. (2016). Fundamentals of project management. Amacom.
 Kerzner, H. (2017). Project management: a systems approach to planning,
scheduling, and controlling. John Wiley & Sons.
 Meredith, J. R., Mantel Jr, S. J., & Shafer, S. M. (2017). Project management: a
managerial approach. John Wiley & Sons.

Kerzner, H. (2018). Project management best practices: Achieving global excellence.
John Wiley & Sons.

24
9 APPENDIX
Figure 1: GANTT CHART

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