Contingency theory in construction
Contingency theory is an organisational theory based around the idea that the role of a project manager is to establish the best possible fit between the organisation, its environment and sub-systems.
It is founded on the belief that many management theories may be appropriate in a particular situation, but no single approach will work successfully in all circumstances. Instead, internal and external situations will determine the optimal course of action. This makes it particularly appropriate for construction, which, with its typically uncertain and non-routine site environment, will typically benefit from a management model that is more adaptive and flexible.
Contingency theory encompasses the idea of open systems, i.e. systems that have external interactions - such as construction. Open systems are capable of reaching the same objective from different initial conditions and by following different paths (organisational structures). This is known as the equifinality of open systems.
Project managers must ‘satisfice’ (a combination of the words 'satisfy' and 'suffice'), that is, they must find a solution which is sufficient to satisfy the specific project criteria – in order to identify a route which optimises the performance of the system and sub-systems.
However, the complex nature of construction projects necessitates a careful and considered approach, keeping in mind the possible implications of changing the management system.
[edit] Related articles on Designing Buildings Wiki
Featured articles and news
Edmundson Apprentice of the Year award 2026
Entries now open for this Electrical Contractors' Association award.
Traditional blue-grey slate from one of the oldest and largest UK slate quarries down in Cornwall.
There are plenty of sources with the potential to be redeveloped.
Change of use legislation breaths new life into buildings
A run down on Class MA of the General Permitted Development Order.
Solar generation in the historic environment
Success requires understanding each site in detail.
Level 6 Design, Construction and Management BSc
CIOB launches first-ever degree programme to develop the next generation of construction leaders.
Open for business as of April, with its 2026 prospectus and new pipeline of housing schemes.
The operational value of workforce health
Keeping projects moving. Incorporating unplanned absence and the importance of health, in operations.
A carbon case for indigenous slate
UK slate can offer clear embodied carbon advantages.
Costs and insolvencies mount for SMEs, despite growth
Construction sector under insolvency and wage bill pressure in part linked to National Insurance, says report.
The place for vitrified clay pipes in modern infrastructure
Why vitrified clay pipes are reclaiming their role in built projects.
Research by construction PR consultancy LMC published.
Roles and responsibilities of domestic clients
ACA Safety in Construction guide for domestic clients.
Fire door compliance in UK commercial buildings
Architect and manufacturer gives their low down.
Comments
Contingency theory, also known as the contingency approach, is a management theory that is applicable to various industries, including construction. In the context of construction, contingency theory suggests that there is no one-size-fits-all approach to managing projects. Instead, the most effective management style and strategies depend on various factors or contingencies.
Here's how contingency theory is relevant in construction:
1. **Project Complexity:** The complexity of a construction project is a key contingency factor. More complex projects may require a more adaptive and flexible management approach, with an emphasis on collaboration, communication, and problem-solving among team members.
2. **Project Size and Scope:** The size and scope of a construction project can impact the management approach. Large-scale projects may necessitate a more structured and formal management style, while smaller projects may be more manageable with a less formal approach.
3. **Technology and Innovation:** The level of technology and innovation used in construction can influence project management. Projects utilizing advanced technology may require specialized training and coordination, affecting how the project is managed.
4. **Project Stakeholders:** The number and diversity of stakeholders involved in a construction project can influence the management approach. Effective communication and stakeholder engagement become vital in addressing their unique needs and concerns.
5. **Regulatory and Legal Environment:** The regulatory and legal environment in which a construction project takes place can shape the management decisions and strategies. Compliance with building codes, safety regulations, and environmental laws may dictate specific management actions.
6. **Resource Availability:** The availability of resources, including financial, human, and material resources, can impact project management decisions. Managing resource constraints effectively is crucial in completing projects on time and within budget.
7. **Project Risk Profile:** The level of uncertainty and risk associated with a construction project can influence management decisions and the need for contingency plans. Projects with higher risk profiles may require a more adaptive and proactive management approach.
8. **Project Objectives:** The specific objectives of a construction project, such as time, cost, quality, and sustainability goals, can affect management strategies. Balancing these objectives may require different management approaches.
In summary, contingency theory recognizes that the management of construction projects must be tailored to suit the unique circumstances and contingencies of each project. Flexibility, adaptability, and the ability to adjust management strategies based on changing circumstances are essential in effectively navigating the complexities of construction projects. Project managers and construction teams must carefully assess the various contingencies and make informed decisions to ensure successful project outcomes.