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©M. S. Ramaiah University of Applied Sciences
1
Faculty of Engineering & Technology
Module Code: CEM504
Module Title: Resource Management in Civil
Construction
Module Leader:
Shrihari Naik
shriharikn.ce.et@msruas.ac.in
Session 1: Resource Planning
Delivered by: Shrihari Naik
©M. S. Ramaiah University of Applied Sciences
2
Faculty of Engineering & Technology
Session Objectives
At the end of this session, student will be able to:
– Explain the types of resources involved in construction
– Explain the concept of resource planning
– Describe the procurement process
– Discuss the steps involved in identifying the resource
requirements
©M. S. Ramaiah University of Applied Sciences
3
Faculty of Engineering & Technology
Contents
Types of resources- manpower, equipment, material, money and
time; Resource planning, procurement, identification, personnel,
planning for material, labour, time schedule and cost control; Systems
approach in resource management, characteristics of resources
©M. S. Ramaiah University of Applied Sciences
4
Faculty of Engineering & Technology
Types of Resources
• Manpower
• Equipment
• Material
• Money
• Time
©M. S. Ramaiah University of Applied Sciences
5
Faculty of Engineering & Technology
Types of Resources - Manpower
• Maximum employment
• No job security
• Legislation is required for the following reasons
– Terms of employment
– Proper working conditions
– Social security
©M. S. Ramaiah University of Applied Sciences
6
Faculty of Engineering & Technology
Types of Resources – Manpower – contd..
Types of labour:
Skilled labour Unskilled labour
Masons Majdoors
Carpenters Beldars
Painters Bhisti
Electricians House keeping labour
Plumbers Helper
Material shifting labour
©M. S. Ramaiah University of Applied Sciences
7
Faculty of Engineering & Technology
Types of Resources – Manpower – contd..
• Safety manual has to be maintained
• Trade unions should be established
• Safety department – insurance of workers
• Proper training – heavy machines
• Basic facilities should be provided
©M. S. Ramaiah University of Applied Sciences
8
Faculty of Engineering & Technology
Types of Resources - Equipment
Purpose of equipment:
• Reduce the number of labour
• Reduce time
• Increase the effectiveness
Equipment selection:
• Purchase or hire the equipment
• Purchase – equipment needed for the entire project
©M. S. Ramaiah University of Applied Sciences
9
Faculty of Engineering & Technology
Types of Resources – Equipment – contd..
Equipment selection: contd..
• Hiring – cost of equipment is high
• Equipment available at the construction site
• Use of standard equipment
• Availability of spare parts
• Suitability of local labour
©M. S. Ramaiah University of Applied Sciences
10
Faculty of Engineering & Technology
Types of Resources – Equipment – contd..
Types of equipment:
• Earth moving equipment
– Excavation
– Earth compaction
• Hauling equipment
• Hoisting equipment
• Conveying equipment
©M. S. Ramaiah University of Applied Sciences
11
Faculty of Engineering & Technology
Types of Resources – Equipment – contd..
Types of equipment: contd..
• Pile driving equipment
• Tunnelling and rock drilling equipment
• Pumping and dewatering equipment
Equipment management checklist:
• Economy of production, quality and speed of construction
• Buying, hiring and leasing
©M. S. Ramaiah University of Applied Sciences
12
Faculty of Engineering & Technology
Types of Resources – Equipment – contd..
Equipment management checklist: contd..
• Size and number of equipment
• Petrol / diesel / electric
• Suitability for local conditions
• Mobile or stationary equipment
• Finance of purchase
©M. S. Ramaiah University of Applied Sciences
13
Faculty of Engineering & Technology
Types of Resources – Equipment – contd..
Equipment management checklist: contd..
• Examine the warranties while purchasing
• Information on deficiencies / defects
• Method statement of equipment used
• Trained personnel for operation
• Regular preventive maintenance, suitable access roads and
foundation for equipment
©M. S. Ramaiah University of Applied Sciences
14
Faculty of Engineering & Technology
Types of Resources – Materials
Classification
1. Cementing Materials
– Lime
– Cement
– Mortar, etc.
2. Solid Materials
– Stones
– Bricks
– Iron
– Timber
©M. S. Ramaiah University of Applied Sciences
15
Faculty of Engineering & Technology
Types of Resources – Materials – contd..
Classification – contd..
3. Protective Materials
– Paints
– Varnishes
– Plaster, etc.
©M. S. Ramaiah University of Applied Sciences
16
Faculty of Engineering & Technology
Types of Resources – Materials – contd..
Purchase:
• Quality specification, quantity required, timing of requirement
• Locate the suppliers, place the orders, procure the materials
• Indents are prepared – item code, specification, quantity required,
and time – checked by store personnel – prevent unnecessary
buying
• Authorized persons – requisition of purchase of materials –
purchase manual
©M. S. Ramaiah University of Applied Sciences
17
Faculty of Engineering & Technology
Types of Resources – Materials – contd..
Transportation:
• Buyer’s premises to seller’s premises
• Sales tax and octroi
• Check posts
• Co-ordinate with rail, road, ship etc. – lowest rates and earliest time
©M. S. Ramaiah University of Applied Sciences
18
Faculty of Engineering & Technology
Types of Resources – Materials – contd..
Delivery and Distribution:
• Carried on by inspection
• Customer satisfaction – quality of the product
• Checking – quality control department
• No satisfactory results in inspection – delay in distribution
©M. S. Ramaiah University of Applied Sciences
19
Faculty of Engineering & Technology
Types of Resources - Money
Money Management:
• Process of managing money
• Investment, budgeting, banking and taxes
• Investment management
Financial analysis of a project:
• Estimation of capital cost requirement
• Source of financing
©M. S. Ramaiah University of Applied Sciences
20
Faculty of Engineering & Technology
Types of Resources – Money – contd..
Main elements of capital cost:
• Engineering and project management cost
• Construction materials, manpower, and equipment costs
• Management and supervision during construction
• Land acquisition and construction financing
• Inspection and testing
©M. S. Ramaiah University of Applied Sciences
21
Faculty of Engineering & Technology
Types of Resources – Money – contd..
Sources of financing:
• Equity capital
• Preference capital
• Secured debentures
• Term loans
• Capital subsidy and development loans
©M. S. Ramaiah University of Applied Sciences
22
Faculty of Engineering & Technology
Types of Resources – Money – contd..
Financial Accounting Systems:
• Accounting information
– Internal reporting to the managers – day-to-day planning,
monitoring and control
– Internal reporting to the managers – aiding strategic plan
– External reporting to owners, governments, regulators and
outside parties
©M. S. Ramaiah University of Applied Sciences
23
Faculty of Engineering & Technology
Types of Resources – Money – contd..
Cost Control:
• Cost control document – recording financial transactions and giving
an indication of progress and problems
• Financial performance of the project
• Keeping the project under financial control
• Materials used and labour inputs within each job
©M. S. Ramaiah University of Applied Sciences
24
Faculty of Engineering & Technology
Types of Resources - Time
Importance:
• Effective management and administration of contract time
• Enhance the odds of successful project outcome
• Basic understanding of:
– Critical path scheduling techniques
– Delay and how it occurs
– Pros and cons of various scheduling techniques
©M. S. Ramaiah University of Applied Sciences
25
Faculty of Engineering & Technology
Types of Resources - Time
Delay:
• Early attention and timely action
• Identify the party responsible for the delay
• Corrective action plan
• Establishment of an effective method of inquiry
• Timely and independent assessment of changes and delay issues
©M. S. Ramaiah University of Applied Sciences
26
Faculty of Engineering & Technology
Resource Planning
Introduction
• Construction projects are more complex than ever before
• Judicious scheduling and allocation of available resources
• Important project resources – manpower, equipment, and
materials
• Supply and availability – seldom taken for granted
©M. S. Ramaiah University of Applied Sciences
27
Faculty of Engineering & Technology
Resource Planning – contd..
Introduction – contd..
• Seasonal shortages, labour disputes, equipment breakdowns,
competing demands, delayed deliveries, etc.
• Meeting time schedules and cost budgets – work must be supplied
with necessary resources
• Basic objective of resource planning – supply and support field
operations
©M. S. Ramaiah University of Applied Sciences
28
Faculty of Engineering & Technology
Resource Planning – contd..
Introduction – contd..
• Responsibility of the Project Manager – identify and schedule
future job needs
• Determining long-range resource requirements for general planning
and short-term resources for detailed planning
• Modification of project plan and schedule – supply problems
©M. S. Ramaiah University of Applied Sciences
29
Faculty of Engineering & Technology
Resource Planning – contd..
Human Resource Planning
• 3 major categories
– Office personnel
– Construction personnel (field supervision and labour)
– Construction subcontractors
• Contractor’s personnel – a key to successful contracting
• Construction managers – staffing the projects – personnel planning
©M. S. Ramaiah University of Applied Sciences
30
Faculty of Engineering & Technology
Resource Planning – contd..
Human Resource Planning – contd..
Theoretical Personnel Loading Curves
©M. S. Ramaiah University of Applied Sciences
31
Faculty of Engineering & Technology
Resource Planning – contd..
Human Resource Planning – contd..
Theoretical Personnel Loading Curves – contd..
©M. S. Ramaiah University of Applied Sciences
32
Faculty of Engineering & Technology
Resource Planning – contd..
Human Resource Planning – contd..
Practical Personnel Loading Curves
©M. S. Ramaiah University of Applied Sciences
33
Faculty of Engineering & Technology
Resource Planning – contd..
Human Resource Planning – contd..
Practical Personnel Loading Curves – contd..
©M. S. Ramaiah University of Applied Sciences
34
Faculty of Engineering & Technology
Resource Planning – contd..
Planning the Construction Project Personnel
• Detailed craft loading curves and field supervisory team
• Consider office support personnel – relatively small in number –
loading curves are not practical
• Number of labour-hours for each craft – construction cost estimate
• Curve – number of people required to carry out the craft’s work
©M. S. Ramaiah University of Applied Sciences
35
Faculty of Engineering & Technology
Resource Planning – contd..
Planning the Construction Project Personnel – contd..
• Number of people =
Manhours for that week
Total hours in the work week
• Composite total craft personnel count
• S-curve – developed from total personnel plot – track the overall
construction team’s progress – control phase of the project
• Start and finish dates – project schedule
©M. S. Ramaiah University of Applied Sciences
36
Faculty of Engineering & Technology
Resource Planning – contd..
Planning the Construction Project Personnel – contd..
• Composite curve – sharp peak – overcrowded condition on a
limited-access job site
• Actual curve – tends to roll to the right – late project finish
• Craft personnel peak-shaving
• Using early start and late finish dates on non-critical activities
©M. S. Ramaiah University of Applied Sciences
37
Faculty of Engineering & Technology
Resource Planning – contd..
Planning the Construction Project Personnel – contd..
• Very large construction projects – total elapsed time is great
enough to have multiple personnel peaks
• Possibility of rolling to the right – super peak
• Using personnel peak-shaving is very critical
• Use of construction subcontractors
©M. S. Ramaiah University of Applied Sciences
38
Faculty of Engineering & Technology
Resource Planning – contd..
Planning the Construction Project Personnel – contd..
Planning Field Supervisory and Staff Personnel
• Field personnel – field supervision and craft labour
• Field supervision labour hours are very low compared to the craft
labour hours
• A simple list of the staff and their proposed duration of assignment
• Number and quality of the field supervisory staff
©M. S. Ramaiah University of Applied Sciences
39
Faculty of Engineering & Technology
Resource Planning – contd..
Planning the Construction Project Personnel – contd..
Construction Subcontracting
• Problems of communications, cost control, and quality – relatively
easy to handle
• Prime contractor’s field supervisors – available full-time
• Supervise the activities of subcontractors – conformance to
schedule, progress payments, and change orders
©M. S. Ramaiah University of Applied Sciences
40
Faculty of Engineering & Technology
Resource Planning – contd..
Planning the Construction Project Personnel – contd..
Construction Subcontracting – contd..
• Mutual respect and project goal participation among the field staff
and the subcontractors
• Discuss problems with the management
• Make personnel changes if necessary
©M. S. Ramaiah University of Applied Sciences
41
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning
• Report resulting from the plan – division of procurement
responsibility, bulk materials, and subcontracts
• Survey of current market conditions, pricing trends, bulk materials
availability, and vendor lists
• Formulating project material resources plan and the project
schedule
©M. S. Ramaiah University of Applied Sciences
42
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
• Important ---> required material and equipment needs for the
contract be covered in the plan
• Project success – availability of proper equipment and materials –
support the project schedule
• Today’s materials plan – detailed document listing – account code,
quantities required, description, date, responsible supplier, etc. –
computerized database
©M. S. Ramaiah University of Applied Sciences
43
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Long-delivery Materials
• Important planning areas
– Long-delivery equipment
– Special materials and alloys
– Common materials in short supply
– Services and system requirements
– Transportation systems
©M. S. Ramaiah University of Applied Sciences
44
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Long-delivery equipment – contd..
• Construction Manager – early review of project’s physical resources
• Special attention to the items on the critical path
• Preserve available schedule float
• Prevent from slipping into negative float
©M. S. Ramaiah University of Applied Sciences
45
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Special Materials and Alloys
• Review all materials specified – normally not stocked – special
nature
• Special treatment – casting, welding, and testing – delay in delivery
• Technical staff or consultants – thorough investigation of potential
delivery problem areas
©M. S. Ramaiah University of Applied Sciences
46
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Common Materials in Short Supply
• Structural steel, concrete, and reinforcing bars
• Planned for and delivered on time – to meet the schedule
• Not to be overlooked on large projects
©M. S. Ramaiah University of Applied Sciences
47
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Services and Systems
• Critical on large projects
• Project scheduling, accounting, cost-control, and administrative
systems
• Necessary manual or computerized project-control systems
effectively implemented
©M. S. Ramaiah University of Applied Sciences
48
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Services and Systems – contd..
• Computers – hardware, software, and communication resources
planned and implemented
• Some items will fall on critical path and some will not
• Critical items – discovered early
©M. S. Ramaiah University of Applied Sciences
49
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Transportation Systems
• Large construction projects – international flavour – site location or
purchasing sources
• Special case – prefabricated elements – special loading,
transportation, and receiving facilities
• Significant amount of imported materials – overall marshalling of
shipments, import licenses, custom regulations, dockside security,
and invoicing – purchasing manager
©M. S. Ramaiah University of Applied Sciences
50
Faculty of Engineering & Technology
Resource Planning – contd..
Construction Material Resources Planning – contd..
Transportation Systems – contd..
• Materials management plan – legal and quasi-legal factors – getting
goods on time
• Construction Manager – review the complete plan – assure field
construction needs are supported
©M. S. Ramaiah University of Applied Sciences
51
Faculty of Engineering & Technology
Procurement
The Procurement Process
1. Define Business Need
2. Develop Procurement Strategy
3. Supplier Evaluation and Selection
4. Negotiation and Award of Contract
5. Induction and Integration
©M. S. Ramaiah University of Applied Sciences
52
Faculty of Engineering & Technology
Procurement – contd..
1. Define Business Need
• Fundamental requirements
• Understand the difference between a requirement and a solution
• Outsourced solution
©M. S. Ramaiah University of Applied Sciences
53
Faculty of Engineering & Technology
Procurement – contd..
2. Develop Procurement Strategy
• Scale of project
• Wide range of potential solutions and approaches
• Market research
• Supplier selection
©M. S. Ramaiah University of Applied Sciences
54
Faculty of Engineering & Technology
Procurement – contd..
3. Supplier Selection and Evaluation
• Evaluate the available solutions
• Formal tender process or online auction
• Criteria for comparing different solutions and suppliers
• Giving weightages to the criteria
©M. S. Ramaiah University of Applied Sciences
55
Faculty of Engineering & Technology
Procurement – contd..
4. Negotiation and Award
• Detailed negotiations are undertaken
• Considering carefully the process by which the goods or services
will be ordered and approved
• Considering the whole Purchase to Pay (P2P) process
©M. S. Ramaiah University of Applied Sciences
56
Faculty of Engineering & Technology
Procurement – contd..
5. Induction and Integration
• No goods or services should be ordered or delivered until the
contract is signed
• P2P process – to be in place – to be understood on both, buyer side
and supplier side
• Service levels – measured and KPIs put in place
• Regular reviews
©M. S. Ramaiah University of Applied Sciences
57
Faculty of Engineering & Technology
Identification
Steps involved in identifying the resource requirements
1. Review the project scope and activities/ tasks list
– Project’s requirements for people, equipment and material
resources
2. Gather historical information
– Old project files, databases, and people
– Similar projects
– Types and number of resources, duration of tasks
©M. S. Ramaiah University of Applied Sciences
58
Faculty of Engineering & Technology
Identification – contd..
Steps involved in identifying the resource requirements –
contd..
3. Consider how resource quantities, capabilities, and quality affect
the duration of the activities
– Collect information
– Project in hand
– Similar projects
– Refine the duration estimates
©M. S. Ramaiah University of Applied Sciences
59
Faculty of Engineering & Technology
Identification – contd..
Steps involved in identifying the resource requirements –
contd..
4. Identify the resource types and quantities needed
– Labour (or Human Resource)
– Equipment
– Material
©M. S. Ramaiah University of Applied Sciences
60
Faculty of Engineering & Technology
Identification – contd..
Steps involved in identifying the resource requirements –
contd..
5. Ask for an expert’s judgement
– Present the resource requirements – individual expert or a
group of experts
– Assess and advise on suitability and appropriateness
©M. S. Ramaiah University of Applied Sciences
61
Faculty of Engineering & Technology
Identification – contd..
Steps involved in identifying the resource requirements –
contd..
6. Examine the adequacy of resources
– Examine the sufficiency of internal resources – in terms of
quantity, skills, experience and expertise
– Result of adequacy examination, organizational policies
regarding staffing, and the rental and purchase of supplies and
equipment
– External resources
©M. S. Ramaiah University of Applied Sciences
62
Faculty of Engineering & Technology
Systems Approach in Resource Management
• Collection of interrelated parts acting together – achieve
some goal
• Set of objects working together with relationships
between the objects and their attributes related to each
other and to the environment
• System – management – set of different independent
parts working together in interrelated manner – set of
objectives
©M. S. Ramaiah University of Applied Sciences
63
Faculty of Engineering & Technology
Systems Approach in Resource Management –
contd..
©M. S. Ramaiah University of Applied Sciences
64
Faculty of Engineering & Technology
Systems Approach in Resource Management –
contd..
Elements of Systems Approach
• Organization – unified and purposeful system – interconnected,
interacting and interdependent parts
• Subsystem – influences other sub-systems and the system as a
whole
• Position and function – analysed and understood – to other sub-
systems and to organization as a whole
©M. S. Ramaiah University of Applied Sciences
65
Faculty of Engineering & Technology
Systems Approach in Resource Management –
contd..
Elements of Systems Approach – contd..
• Sub-system – strength – association and interaction with the other
sub-systems
• Collective contribution of the organization – greater than the
aggregate of individual contributions – synergy
• Boundary – separation from environment – internal and external
parts to organization
©M. S. Ramaiah University of Applied Sciences
66
Faculty of Engineering & Technology
Systems Approach in Resource Management –
contd..
Elements of Systems Approach – contd..
• Reaction or response of the environment to the output – feedback
– evaluating and improving the functioning of the system
• Operation of organizations – several alternative ways of doing the
same thing or achieving the same goal
©M. S. Ramaiah University of Applied Sciences
67
Faculty of Engineering & Technology
Systems Approach in Resource Management –
contd..
©M. S. Ramaiah University of Applied Sciences
68
Faculty of Engineering & Technology
Characteristics of Resources
• Three main characteristics
– Utility
– Limited availability
– Potential for depletion or consumption
©M. S. Ramaiah University of Applied Sciences
69
Faculty of Engineering & Technology
Summary
• Types of resources
– Manpower
– Equipment
– Material
– Money
– Time
• Basic objective of resource planning – supply and support
field operations
©M. S. Ramaiah University of Applied Sciences
70
Faculty of Engineering & Technology
Summary – contd..
• Responsibility of the Project Manager – identify and
schedule future job needs
• Determining long-range resource requirements for
general planning and short-term resources for detailed
planning
• Modification of project plan and schedule – supply
problems
©M. S. Ramaiah University of Applied Sciences
71
Faculty of Engineering & Technology
Summary – contd..
• Number of people =
Estimated hours to be expended that week
Hours in the work week
• Procurement process
1. Define Business Need
2. Develop Procurement Strategy
3. Supplier Evaluation and Selection
4. Negotiation and Award of Contract
5. Induction and Integration
©M. S. Ramaiah University of Applied Sciences
72
Faculty of Engineering & Technology
Summary – contd..
• Steps involved in identifying the resource requirements
– Review the project scope and activities/ tasks list
– Gather historical information
– Consider how resource quantities, capabilities, and quality affect
the duration of the activities
– Identify the resource types and quantities needed
– Ask for an expert’s judgement
– Examine the adequacy of resources

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Cem504 1

  • 1. ©M. S. Ramaiah University of Applied Sciences 1 Faculty of Engineering & Technology Module Code: CEM504 Module Title: Resource Management in Civil Construction Module Leader: Shrihari Naik shriharikn.ce.et@msruas.ac.in Session 1: Resource Planning Delivered by: Shrihari Naik
  • 2. ©M. S. Ramaiah University of Applied Sciences 2 Faculty of Engineering & Technology Session Objectives At the end of this session, student will be able to: – Explain the types of resources involved in construction – Explain the concept of resource planning – Describe the procurement process – Discuss the steps involved in identifying the resource requirements
  • 3. ©M. S. Ramaiah University of Applied Sciences 3 Faculty of Engineering & Technology Contents Types of resources- manpower, equipment, material, money and time; Resource planning, procurement, identification, personnel, planning for material, labour, time schedule and cost control; Systems approach in resource management, characteristics of resources
  • 4. ©M. S. Ramaiah University of Applied Sciences 4 Faculty of Engineering & Technology Types of Resources • Manpower • Equipment • Material • Money • Time
  • 5. ©M. S. Ramaiah University of Applied Sciences 5 Faculty of Engineering & Technology Types of Resources - Manpower • Maximum employment • No job security • Legislation is required for the following reasons – Terms of employment – Proper working conditions – Social security
  • 6. ©M. S. Ramaiah University of Applied Sciences 6 Faculty of Engineering & Technology Types of Resources – Manpower – contd.. Types of labour: Skilled labour Unskilled labour Masons Majdoors Carpenters Beldars Painters Bhisti Electricians House keeping labour Plumbers Helper Material shifting labour
  • 7. ©M. S. Ramaiah University of Applied Sciences 7 Faculty of Engineering & Technology Types of Resources – Manpower – contd.. • Safety manual has to be maintained • Trade unions should be established • Safety department – insurance of workers • Proper training – heavy machines • Basic facilities should be provided
  • 8. ©M. S. Ramaiah University of Applied Sciences 8 Faculty of Engineering & Technology Types of Resources - Equipment Purpose of equipment: • Reduce the number of labour • Reduce time • Increase the effectiveness Equipment selection: • Purchase or hire the equipment • Purchase – equipment needed for the entire project
  • 9. ©M. S. Ramaiah University of Applied Sciences 9 Faculty of Engineering & Technology Types of Resources – Equipment – contd.. Equipment selection: contd.. • Hiring – cost of equipment is high • Equipment available at the construction site • Use of standard equipment • Availability of spare parts • Suitability of local labour
  • 10. ©M. S. Ramaiah University of Applied Sciences 10 Faculty of Engineering & Technology Types of Resources – Equipment – contd.. Types of equipment: • Earth moving equipment – Excavation – Earth compaction • Hauling equipment • Hoisting equipment • Conveying equipment
  • 11. ©M. S. Ramaiah University of Applied Sciences 11 Faculty of Engineering & Technology Types of Resources – Equipment – contd.. Types of equipment: contd.. • Pile driving equipment • Tunnelling and rock drilling equipment • Pumping and dewatering equipment Equipment management checklist: • Economy of production, quality and speed of construction • Buying, hiring and leasing
  • 12. ©M. S. Ramaiah University of Applied Sciences 12 Faculty of Engineering & Technology Types of Resources – Equipment – contd.. Equipment management checklist: contd.. • Size and number of equipment • Petrol / diesel / electric • Suitability for local conditions • Mobile or stationary equipment • Finance of purchase
  • 13. ©M. S. Ramaiah University of Applied Sciences 13 Faculty of Engineering & Technology Types of Resources – Equipment – contd.. Equipment management checklist: contd.. • Examine the warranties while purchasing • Information on deficiencies / defects • Method statement of equipment used • Trained personnel for operation • Regular preventive maintenance, suitable access roads and foundation for equipment
  • 14. ©M. S. Ramaiah University of Applied Sciences 14 Faculty of Engineering & Technology Types of Resources – Materials Classification 1. Cementing Materials – Lime – Cement – Mortar, etc. 2. Solid Materials – Stones – Bricks – Iron – Timber
  • 15. ©M. S. Ramaiah University of Applied Sciences 15 Faculty of Engineering & Technology Types of Resources – Materials – contd.. Classification – contd.. 3. Protective Materials – Paints – Varnishes – Plaster, etc.
  • 16. ©M. S. Ramaiah University of Applied Sciences 16 Faculty of Engineering & Technology Types of Resources – Materials – contd.. Purchase: • Quality specification, quantity required, timing of requirement • Locate the suppliers, place the orders, procure the materials • Indents are prepared – item code, specification, quantity required, and time – checked by store personnel – prevent unnecessary buying • Authorized persons – requisition of purchase of materials – purchase manual
  • 17. ©M. S. Ramaiah University of Applied Sciences 17 Faculty of Engineering & Technology Types of Resources – Materials – contd.. Transportation: • Buyer’s premises to seller’s premises • Sales tax and octroi • Check posts • Co-ordinate with rail, road, ship etc. – lowest rates and earliest time
  • 18. ©M. S. Ramaiah University of Applied Sciences 18 Faculty of Engineering & Technology Types of Resources – Materials – contd.. Delivery and Distribution: • Carried on by inspection • Customer satisfaction – quality of the product • Checking – quality control department • No satisfactory results in inspection – delay in distribution
  • 19. ©M. S. Ramaiah University of Applied Sciences 19 Faculty of Engineering & Technology Types of Resources - Money Money Management: • Process of managing money • Investment, budgeting, banking and taxes • Investment management Financial analysis of a project: • Estimation of capital cost requirement • Source of financing
  • 20. ©M. S. Ramaiah University of Applied Sciences 20 Faculty of Engineering & Technology Types of Resources – Money – contd.. Main elements of capital cost: • Engineering and project management cost • Construction materials, manpower, and equipment costs • Management and supervision during construction • Land acquisition and construction financing • Inspection and testing
  • 21. ©M. S. Ramaiah University of Applied Sciences 21 Faculty of Engineering & Technology Types of Resources – Money – contd.. Sources of financing: • Equity capital • Preference capital • Secured debentures • Term loans • Capital subsidy and development loans
  • 22. ©M. S. Ramaiah University of Applied Sciences 22 Faculty of Engineering & Technology Types of Resources – Money – contd.. Financial Accounting Systems: • Accounting information – Internal reporting to the managers – day-to-day planning, monitoring and control – Internal reporting to the managers – aiding strategic plan – External reporting to owners, governments, regulators and outside parties
  • 23. ©M. S. Ramaiah University of Applied Sciences 23 Faculty of Engineering & Technology Types of Resources – Money – contd.. Cost Control: • Cost control document – recording financial transactions and giving an indication of progress and problems • Financial performance of the project • Keeping the project under financial control • Materials used and labour inputs within each job
  • 24. ©M. S. Ramaiah University of Applied Sciences 24 Faculty of Engineering & Technology Types of Resources - Time Importance: • Effective management and administration of contract time • Enhance the odds of successful project outcome • Basic understanding of: – Critical path scheduling techniques – Delay and how it occurs – Pros and cons of various scheduling techniques
  • 25. ©M. S. Ramaiah University of Applied Sciences 25 Faculty of Engineering & Technology Types of Resources - Time Delay: • Early attention and timely action • Identify the party responsible for the delay • Corrective action plan • Establishment of an effective method of inquiry • Timely and independent assessment of changes and delay issues
  • 26. ©M. S. Ramaiah University of Applied Sciences 26 Faculty of Engineering & Technology Resource Planning Introduction • Construction projects are more complex than ever before • Judicious scheduling and allocation of available resources • Important project resources – manpower, equipment, and materials • Supply and availability – seldom taken for granted
  • 27. ©M. S. Ramaiah University of Applied Sciences 27 Faculty of Engineering & Technology Resource Planning – contd.. Introduction – contd.. • Seasonal shortages, labour disputes, equipment breakdowns, competing demands, delayed deliveries, etc. • Meeting time schedules and cost budgets – work must be supplied with necessary resources • Basic objective of resource planning – supply and support field operations
  • 28. ©M. S. Ramaiah University of Applied Sciences 28 Faculty of Engineering & Technology Resource Planning – contd.. Introduction – contd.. • Responsibility of the Project Manager – identify and schedule future job needs • Determining long-range resource requirements for general planning and short-term resources for detailed planning • Modification of project plan and schedule – supply problems
  • 29. ©M. S. Ramaiah University of Applied Sciences 29 Faculty of Engineering & Technology Resource Planning – contd.. Human Resource Planning • 3 major categories – Office personnel – Construction personnel (field supervision and labour) – Construction subcontractors • Contractor’s personnel – a key to successful contracting • Construction managers – staffing the projects – personnel planning
  • 30. ©M. S. Ramaiah University of Applied Sciences 30 Faculty of Engineering & Technology Resource Planning – contd.. Human Resource Planning – contd.. Theoretical Personnel Loading Curves
  • 31. ©M. S. Ramaiah University of Applied Sciences 31 Faculty of Engineering & Technology Resource Planning – contd.. Human Resource Planning – contd.. Theoretical Personnel Loading Curves – contd..
  • 32. ©M. S. Ramaiah University of Applied Sciences 32 Faculty of Engineering & Technology Resource Planning – contd.. Human Resource Planning – contd.. Practical Personnel Loading Curves
  • 33. ©M. S. Ramaiah University of Applied Sciences 33 Faculty of Engineering & Technology Resource Planning – contd.. Human Resource Planning – contd.. Practical Personnel Loading Curves – contd..
  • 34. ©M. S. Ramaiah University of Applied Sciences 34 Faculty of Engineering & Technology Resource Planning – contd.. Planning the Construction Project Personnel • Detailed craft loading curves and field supervisory team • Consider office support personnel – relatively small in number – loading curves are not practical • Number of labour-hours for each craft – construction cost estimate • Curve – number of people required to carry out the craft’s work
  • 35. ©M. S. Ramaiah University of Applied Sciences 35 Faculty of Engineering & Technology Resource Planning – contd.. Planning the Construction Project Personnel – contd.. • Number of people = Manhours for that week Total hours in the work week • Composite total craft personnel count • S-curve – developed from total personnel plot – track the overall construction team’s progress – control phase of the project • Start and finish dates – project schedule
  • 36. ©M. S. Ramaiah University of Applied Sciences 36 Faculty of Engineering & Technology Resource Planning – contd.. Planning the Construction Project Personnel – contd.. • Composite curve – sharp peak – overcrowded condition on a limited-access job site • Actual curve – tends to roll to the right – late project finish • Craft personnel peak-shaving • Using early start and late finish dates on non-critical activities
  • 37. ©M. S. Ramaiah University of Applied Sciences 37 Faculty of Engineering & Technology Resource Planning – contd.. Planning the Construction Project Personnel – contd.. • Very large construction projects – total elapsed time is great enough to have multiple personnel peaks • Possibility of rolling to the right – super peak • Using personnel peak-shaving is very critical • Use of construction subcontractors
  • 38. ©M. S. Ramaiah University of Applied Sciences 38 Faculty of Engineering & Technology Resource Planning – contd.. Planning the Construction Project Personnel – contd.. Planning Field Supervisory and Staff Personnel • Field personnel – field supervision and craft labour • Field supervision labour hours are very low compared to the craft labour hours • A simple list of the staff and their proposed duration of assignment • Number and quality of the field supervisory staff
  • 39. ©M. S. Ramaiah University of Applied Sciences 39 Faculty of Engineering & Technology Resource Planning – contd.. Planning the Construction Project Personnel – contd.. Construction Subcontracting • Problems of communications, cost control, and quality – relatively easy to handle • Prime contractor’s field supervisors – available full-time • Supervise the activities of subcontractors – conformance to schedule, progress payments, and change orders
  • 40. ©M. S. Ramaiah University of Applied Sciences 40 Faculty of Engineering & Technology Resource Planning – contd.. Planning the Construction Project Personnel – contd.. Construction Subcontracting – contd.. • Mutual respect and project goal participation among the field staff and the subcontractors • Discuss problems with the management • Make personnel changes if necessary
  • 41. ©M. S. Ramaiah University of Applied Sciences 41 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning • Report resulting from the plan – division of procurement responsibility, bulk materials, and subcontracts • Survey of current market conditions, pricing trends, bulk materials availability, and vendor lists • Formulating project material resources plan and the project schedule
  • 42. ©M. S. Ramaiah University of Applied Sciences 42 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. • Important ---> required material and equipment needs for the contract be covered in the plan • Project success – availability of proper equipment and materials – support the project schedule • Today’s materials plan – detailed document listing – account code, quantities required, description, date, responsible supplier, etc. – computerized database
  • 43. ©M. S. Ramaiah University of Applied Sciences 43 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Long-delivery Materials • Important planning areas – Long-delivery equipment – Special materials and alloys – Common materials in short supply – Services and system requirements – Transportation systems
  • 44. ©M. S. Ramaiah University of Applied Sciences 44 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Long-delivery equipment – contd.. • Construction Manager – early review of project’s physical resources • Special attention to the items on the critical path • Preserve available schedule float • Prevent from slipping into negative float
  • 45. ©M. S. Ramaiah University of Applied Sciences 45 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Special Materials and Alloys • Review all materials specified – normally not stocked – special nature • Special treatment – casting, welding, and testing – delay in delivery • Technical staff or consultants – thorough investigation of potential delivery problem areas
  • 46. ©M. S. Ramaiah University of Applied Sciences 46 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Common Materials in Short Supply • Structural steel, concrete, and reinforcing bars • Planned for and delivered on time – to meet the schedule • Not to be overlooked on large projects
  • 47. ©M. S. Ramaiah University of Applied Sciences 47 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Services and Systems • Critical on large projects • Project scheduling, accounting, cost-control, and administrative systems • Necessary manual or computerized project-control systems effectively implemented
  • 48. ©M. S. Ramaiah University of Applied Sciences 48 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Services and Systems – contd.. • Computers – hardware, software, and communication resources planned and implemented • Some items will fall on critical path and some will not • Critical items – discovered early
  • 49. ©M. S. Ramaiah University of Applied Sciences 49 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Transportation Systems • Large construction projects – international flavour – site location or purchasing sources • Special case – prefabricated elements – special loading, transportation, and receiving facilities • Significant amount of imported materials – overall marshalling of shipments, import licenses, custom regulations, dockside security, and invoicing – purchasing manager
  • 50. ©M. S. Ramaiah University of Applied Sciences 50 Faculty of Engineering & Technology Resource Planning – contd.. Construction Material Resources Planning – contd.. Transportation Systems – contd.. • Materials management plan – legal and quasi-legal factors – getting goods on time • Construction Manager – review the complete plan – assure field construction needs are supported
  • 51. ©M. S. Ramaiah University of Applied Sciences 51 Faculty of Engineering & Technology Procurement The Procurement Process 1. Define Business Need 2. Develop Procurement Strategy 3. Supplier Evaluation and Selection 4. Negotiation and Award of Contract 5. Induction and Integration
  • 52. ©M. S. Ramaiah University of Applied Sciences 52 Faculty of Engineering & Technology Procurement – contd.. 1. Define Business Need • Fundamental requirements • Understand the difference between a requirement and a solution • Outsourced solution
  • 53. ©M. S. Ramaiah University of Applied Sciences 53 Faculty of Engineering & Technology Procurement – contd.. 2. Develop Procurement Strategy • Scale of project • Wide range of potential solutions and approaches • Market research • Supplier selection
  • 54. ©M. S. Ramaiah University of Applied Sciences 54 Faculty of Engineering & Technology Procurement – contd.. 3. Supplier Selection and Evaluation • Evaluate the available solutions • Formal tender process or online auction • Criteria for comparing different solutions and suppliers • Giving weightages to the criteria
  • 55. ©M. S. Ramaiah University of Applied Sciences 55 Faculty of Engineering & Technology Procurement – contd.. 4. Negotiation and Award • Detailed negotiations are undertaken • Considering carefully the process by which the goods or services will be ordered and approved • Considering the whole Purchase to Pay (P2P) process
  • 56. ©M. S. Ramaiah University of Applied Sciences 56 Faculty of Engineering & Technology Procurement – contd.. 5. Induction and Integration • No goods or services should be ordered or delivered until the contract is signed • P2P process – to be in place – to be understood on both, buyer side and supplier side • Service levels – measured and KPIs put in place • Regular reviews
  • 57. ©M. S. Ramaiah University of Applied Sciences 57 Faculty of Engineering & Technology Identification Steps involved in identifying the resource requirements 1. Review the project scope and activities/ tasks list – Project’s requirements for people, equipment and material resources 2. Gather historical information – Old project files, databases, and people – Similar projects – Types and number of resources, duration of tasks
  • 58. ©M. S. Ramaiah University of Applied Sciences 58 Faculty of Engineering & Technology Identification – contd.. Steps involved in identifying the resource requirements – contd.. 3. Consider how resource quantities, capabilities, and quality affect the duration of the activities – Collect information – Project in hand – Similar projects – Refine the duration estimates
  • 59. ©M. S. Ramaiah University of Applied Sciences 59 Faculty of Engineering & Technology Identification – contd.. Steps involved in identifying the resource requirements – contd.. 4. Identify the resource types and quantities needed – Labour (or Human Resource) – Equipment – Material
  • 60. ©M. S. Ramaiah University of Applied Sciences 60 Faculty of Engineering & Technology Identification – contd.. Steps involved in identifying the resource requirements – contd.. 5. Ask for an expert’s judgement – Present the resource requirements – individual expert or a group of experts – Assess and advise on suitability and appropriateness
  • 61. ©M. S. Ramaiah University of Applied Sciences 61 Faculty of Engineering & Technology Identification – contd.. Steps involved in identifying the resource requirements – contd.. 6. Examine the adequacy of resources – Examine the sufficiency of internal resources – in terms of quantity, skills, experience and expertise – Result of adequacy examination, organizational policies regarding staffing, and the rental and purchase of supplies and equipment – External resources
  • 62. ©M. S. Ramaiah University of Applied Sciences 62 Faculty of Engineering & Technology Systems Approach in Resource Management • Collection of interrelated parts acting together – achieve some goal • Set of objects working together with relationships between the objects and their attributes related to each other and to the environment • System – management – set of different independent parts working together in interrelated manner – set of objectives
  • 63. ©M. S. Ramaiah University of Applied Sciences 63 Faculty of Engineering & Technology Systems Approach in Resource Management – contd..
  • 64. ©M. S. Ramaiah University of Applied Sciences 64 Faculty of Engineering & Technology Systems Approach in Resource Management – contd.. Elements of Systems Approach • Organization – unified and purposeful system – interconnected, interacting and interdependent parts • Subsystem – influences other sub-systems and the system as a whole • Position and function – analysed and understood – to other sub- systems and to organization as a whole
  • 65. ©M. S. Ramaiah University of Applied Sciences 65 Faculty of Engineering & Technology Systems Approach in Resource Management – contd.. Elements of Systems Approach – contd.. • Sub-system – strength – association and interaction with the other sub-systems • Collective contribution of the organization – greater than the aggregate of individual contributions – synergy • Boundary – separation from environment – internal and external parts to organization
  • 66. ©M. S. Ramaiah University of Applied Sciences 66 Faculty of Engineering & Technology Systems Approach in Resource Management – contd.. Elements of Systems Approach – contd.. • Reaction or response of the environment to the output – feedback – evaluating and improving the functioning of the system • Operation of organizations – several alternative ways of doing the same thing or achieving the same goal
  • 67. ©M. S. Ramaiah University of Applied Sciences 67 Faculty of Engineering & Technology Systems Approach in Resource Management – contd..
  • 68. ©M. S. Ramaiah University of Applied Sciences 68 Faculty of Engineering & Technology Characteristics of Resources • Three main characteristics – Utility – Limited availability – Potential for depletion or consumption
  • 69. ©M. S. Ramaiah University of Applied Sciences 69 Faculty of Engineering & Technology Summary • Types of resources – Manpower – Equipment – Material – Money – Time • Basic objective of resource planning – supply and support field operations
  • 70. ©M. S. Ramaiah University of Applied Sciences 70 Faculty of Engineering & Technology Summary – contd.. • Responsibility of the Project Manager – identify and schedule future job needs • Determining long-range resource requirements for general planning and short-term resources for detailed planning • Modification of project plan and schedule – supply problems
  • 71. ©M. S. Ramaiah University of Applied Sciences 71 Faculty of Engineering & Technology Summary – contd.. • Number of people = Estimated hours to be expended that week Hours in the work week • Procurement process 1. Define Business Need 2. Develop Procurement Strategy 3. Supplier Evaluation and Selection 4. Negotiation and Award of Contract 5. Induction and Integration
  • 72. ©M. S. Ramaiah University of Applied Sciences 72 Faculty of Engineering & Technology Summary – contd.. • Steps involved in identifying the resource requirements – Review the project scope and activities/ tasks list – Gather historical information – Consider how resource quantities, capabilities, and quality affect the duration of the activities – Identify the resource types and quantities needed – Ask for an expert’s judgement – Examine the adequacy of resources