General Review on Malaysian Standard Forms of Construction Contracts
Access Status
Authors
Date
2009Type
Metadata
Show full item recordCitation
Source Title
Source Conference
School
Collection
Abstract
In Malaysia, general conditions of contract are compiled as a set of documents commonly known as the standard forms of contract. With the perceived advantages and the assumed need for familiarity, the standard forms have been deemed as the best way to go in Malaysian contracting despite its shortcomings. This paper summarizes and reviews of the common and most popular construction standard forms of contract currently in used in Malaysia. Forms reviewed are the Pertubuhan Arkitek Malaysia (PAM) forms, Public Works Department (PWD) forms, Construction Industry Development Board (CIDB) forms and Institution of Engineers, Malaysia (IEM) forms. It is seen that Malaysian contract forms used in construction in the matters of numbers, coverage of issues, lacks clarity, comprehensiveness and completeness, lack of international efficiencies and the mentality of stakeholders when it comes to form selection, which will greatly affect good project management in terms of contract administration.
Related items
Showing items related by title, author, creator and subject.
-
Nee, Ting Sim; Nadarajan, Samuel; Whyte, Andrew (2014)In Malaysia itself, the construction industry has well governed the economic trend and providing the pathway towards modernization. Construction industry is a huge process that involves many activities in different phases ...
-
Chong, Heap Yih; Zin, R. (2010)Different interpretation could denote a dispute regarding the contractual obligations and expectation between the contracting parties.This paper addresses the need for clarity of standard form in Malaysia. Hence the ...
-
Whyte, Andrew; MacPherson, E. (2011)Opportunities exist for a new structured decision-making criteria guide, towards selection of the most appropriate standard form of contract, in a given environment, for the West Australian (WA) civil-engineering/construction ...