Contract Management Coursework
1
Standard forms of contract on
projects and their key areas.
2 Discussion points
Reading [Incl look at contract]
Websites
1
Coursework Groups
• Groups will be published on Bb Friday 10th
Feb at 1200
2
Section Aim and Objectives
• The section aim is: – To examine the application and use of standard forms of contract
on projects and their key areas.
• Within the overall aim the following measurable objectives are set
• The student will be able to: – Explain the need for standard forms;
– Discuss what constitutes a standard form;
– Explain why standard forms are used;
– Understand the problems with standard forms;
– Describe the content of standard forms
– Describe the key areas of standard contract on projects
– Discuss the position of the professional PM in standard forms
3
Contracts
• Simple classification contracts allocate risk
– Lump sum [most detail known, can give a full price]
– Measure and value [outline known but detail unknown, cant give full price but give some rates measure later]
– Cost Reimbursement or Cost Plus [outline unknown detail unknown, will pay cost plus say addition for overheads [cost plus]]
• Rough guide Building contracts lump sum; Civil Engineering Measure and value; Asbestos removal cost plus
• The NEC3 Engineering and Construction Contract (ECC) does all 3
• IMechE 4
3 things or 3 questions
• What are SFs
• What do PMs have to do with it
• Why so many
5
Standard forms of contract
• Standard forms of contract are a feature of
commercial life; they are the standardised terms
and conditions which businesspeople use
instead of drafting a bespoke contract each and
every time a contract between parties is required
• Standard forms are widespread in projects; so many available that it might be argued that they are not standard; printed might be a better term.
6
1 2
3 4
5 6
2
Why standard forms are used
• Avoid reinvent the wheel
• Reflect how things are done [and should
be]
• Rules and principles transparent
• Allow efficient use of time [speed]
• Bilateral/ multipartite /NOT UNILATERAL
[see JCT later]
7
Some Examples
• IMechE Model Form MF/1/2/3/4
• ICE; NEC; ECC
• Joint Contract Tribunal
• IChemE
• FIDIC
• GC/works/1;
• Model services contract
8
IMechE Model Form MF/1/2/3/4
• MF/1 (Revision 4) Home or overseas contracts for the supply of electrical, electronic or mechanical plant with erection.
• MF/2 (Revision 1) Home or overseas contracts for the supply of electrical, electronic or mechanical plant.
• MF/3 (Revision 1) Home contracts for the supply of electrical and mechanical goods.
• MF/4 Home or overseas agreements for the provision of consultancy services by engineering consultants. Link at Bb
9
Institutions of Civil Engineers
• ICE Conditions of Contract
• This is a family of standard conditions of contract for civil engineering works, which is at the forefront of best practice and modern procurement methods. Produced by the Conditions of Contract Standing Joint Committee (CCSJC), the ICE Conditions of Contract are jointly sponsored by ICE, the Civil Engineering Contractors Association (CECA) and the Association of Consulting Engineers (ACE)
• http://www.ice.org.uk/knowledge/contracts_conditions_of_contract.asp
10
ICE Forms
• Measurement Version 7th Edition
• Design & Construct 2nd Edition
• Term Version 1st Edition
• Minor Works 3rd Edition
• Partnering Addendum
• Tendering for Civil Engineering Contracts
• Agreement for Consultancy Work in Respect of Domestic or Small Works
• Archaeological Investigation 1st Edition
• Target Cost 1st Edition
11
The Joint Contracts Tribunal
• Constituent Bodies
• British Property Federation
Construction Confederation
Local Government Association
National Specialist Contractors Council
Royal Institute of British Architects
The Royal Institution of Chartered Surveyors
Scottish Building Contract CommitteeLimited
British
Property
Federation
Construction
Confederatio
n
Local
Government
Association
National
Specialist
Contractors
Council
Royal
Institute of
British
Architects
The Royal
Institution of
Chartered
Surveyors
Scottish
Building
Contract
Committee
12
7 8
9 10
11 12
3
JCT Forms
• JCT 05 Standard Building Contract
• JCT 05 Major Project Construction
Contract
• JCT 05 Design and Build Contract
• JCT 05 Intermediate Building Contract
• JCT 05 Minor Works Building Contract
13
Institution of Chemical Engineers
• IChemE’s contracts have been specifically written to reflect the particular needs of the process industries.
– Multi disciplinary
– Technology based (purchaser, contractor or licensor’s technology)
– Close integration between design and construction
– Project success measured by extensive performance testing
14
IChemE
• UK contracts - current editions
• the red book, fourth edition, 2001 the green book, third edition, 2002 the burgundy book, first edition, 2003 Minor works, the orange book, second edition, 2003 Subcontracts, the yellow book, third edition, 2003 Subcontract for civil engineering works, the brown book, second edition, 2004
• International contracts
• The international red, International green, International burgundy and International yellow books
15
FIDIC
• Fédération Internationale des Ingénieurs Conseils International Federation of Consulting Engineers
• http://www.fidic.org/
• Historically based on ICE form
• Now – Red book [building and engineering work]
– Yellow book [electrical and mechanical plant]
– Silver book [estimated prime cost]
– Green book [ building or engineering work of small value]
• Clause in relation to epidemics, burial of the dead and repatriation
16
Model services contract
• Choosing the right terms and conditions of contract is
essential for government and public sector buyers to get
best value.
• Suitable for use with the range of business services that
government purchases and contains applicable
provisions for contracts for business process outsourcing
and/or IT delivery services.
• 100 pages!
– In comparison MF4 4 pages
• Why?
17
Examine a form
• JCT and ICE form via Construction
Industry Information Service: Library;
Electronic Resources; Databases
• IMechE MF/4 • https://www.imeche.org/docs/default-source/knowledge-
library/Mf4.pdf?sfvrsn=0
• Model services contract https://www.gov.uk/government/publications/model-
services-contract
18
13 14
15 16
17 18
4
Construction forms the problems
• The industry itself
• Adversarial
• Lots of case law
• Lots of amendments
• Lots of everything
19
NEC; ECC
• The New Engineering Contract was devised on the initiative of the Institution of Civil Engineers, and first published in 1993.
• The Latham report of 1994 then recommended that the NEC should become a national standard contract across the whole of the construction industry.
• In response, the ICE introduced various changes as recommended in the report, resulting in the publication of the second edition (re- titled “The Engineering and Construction Contract“).
• One such recommendation was for a requirement of the parties to work “in a spirit of mutual trust and co-operation”.
20
NEC
• Management had moved on
• Contracts had not
• NEC make improvements in three areas
– Flexibility
– Clarity and simplicity
– Stimulus to good management
21
Olympics Form
• NEC3 chosen for London 2012
Olympics
• The UK Olympic Delivery Authority (ODA)
has chosen the NEC3 suite of contracts to
procure all fixed assets and infrastructure
for the London 2012 Olympic Games. • http://www.neccontract.com/newsletter/article.asp?NEWS_ID=576
• APM adopts NEC
22
The problems with standard forms
• Amendments
– Updates
– Inconsistencies
• One size fits all
• Tension between law and management
[see NEC]
23
Contracts
• 2 parties [normally]
• NB the client/employer may OR MAY NOT
be the owner/funder/user
24
19 20
21 22
23 24
5
Employer /
client
PM Other professional
e.g. Architect
Main Contractor
Sub Contract Engineer Sub Contractor
Sub Sub Contractor 25
PMs in Contracts
• Two parties normally
• Supply side – demand side
• Contractor – Employer
• Who is this PM then?
• Principal Agent Theory
• PM acting as Employer’s Agent
• Paid by Employer but decides on things
26
The Key Areas of Standard
Forms • Payment
• Start
• Finish
• Changes
• LADs
27
PAYMENT
• BEFORE THE WORK IS DONE
• AFTER THE WORK IS DONE
• AS THE WORK IS DONE
28
Commencement
• All contracts are constrained by time it’s a
scarce resource
– Start date and end date
– Start date and time allowed
• If not specified then – reasonable time
29
Completion
• … Completion is perhaps easier to
recognise than to define
– Practical
– Substantial
• Jarvis & Sons v Westminster Corporation
[1970] 1 WLR 637
• P&M Kaye v Hosier& Dickinson [1972] 1
WLR 146
30
25 26
27 28
29 30
6
Practical Completion
• Snagging list
– Punch list
• PMs’ Certificate around the world
• Is a PM’s certificate conclusive evidence that a
contractor has finished the work?
• Its bad news [or good depending on your view] for you
• Type the term in any search engine and define practical
completion
31
Variation
• Standard forms contain detailed provisions governing variations or changes
• Without this a contractor could simply refuse to change the works.
• Frequently the PM is empowered, on behalf of the employer, to order variations to the works [and to evaluate an appropriate change in the price / contract sum]
32
31 32
- Slide 1: Standard forms of contract on projects and their key areas.
- Slide 2: Coursework Groups
- Slide 3: Section Aim and Objectives
- Slide 4: Contracts
- Slide 5: 3 things or 3 questions
- Slide 6: Standard forms of contract
- Slide 7: Why standard forms are used
- Slide 8: Some Examples
- Slide 9: IMechE Model Form MF/1/2/3/4
- Slide 10: Institutions of Civil Engineers
- Slide 11: ICE Forms
- Slide 12: The Joint Contracts Tribunal
- Slide 13: JCT Forms
- Slide 14: Institution of Chemical Engineers
- Slide 15: IChemE
- Slide 16: FIDIC
- Slide 17: Model services contract
- Slide 18: Examine a form
- Slide 19: Construction forms the problems
- Slide 20: NEC; ECC
- Slide 21: NEC
- Slide 22: Olympics Form
- Slide 23: The problems with standard forms
- Slide 24: Contracts
- Slide 25
- Slide 26: PMs in Contracts
- Slide 27: The Key Areas of Standard Forms
- Slide 28: PAYMENT
- Slide 29: Commencement
- Slide 30: Completion
- Slide 31: Practical Completion
- Slide 32: Variation