Definition:
A construction approach that combines modular prefabrication with traditional on-site construction to optimize efficiency, cost, and flexibility.
Key Components:
- Selective Prefabrication: Identifying which project components can be modularized.
- Traditional Field Assembly: Retaining some on-site construction for flexibility.
- Seamless On-Site Integration: Coordinating modular and field-built elements.
- Flexibility in Project Execution: Adapting modular strategies based on site conditions.
- Risk-Based Modularization Decision: Evaluating cost, schedule, and logistics factors for modular adoption.
Use Cases/Industries:
- Industrial Plants: Prefabricating equipment skids while constructing structural elements on-site.
- Infrastructure Projects: Using modular bridge spans with field-built support structures.
- Commercial & Residential Buildings: Blending modular walls and roofing with conventional foundations.
Advantages:
- Balances Cost & Flexibility: Allows modular efficiencies while maintaining design adaptability.
- Reduces Construction Disruptions: Modularization minimizes on-site activities without sacrificing project customization.
- Supports Large-Scale Projects: Accommodates complex builds that require partial prefabrication.
Challenges:
- Coordination Complexity: Requires seamless integration between modular and field teams.
- Varying Material & Labor Needs: Must align procurement and workforce strategies accordingly.
Related Terms:
Partial Prefabrication, Hybrid Construction, Integrated Modular Design
Example:
An offshore platform project adopted hybrid modular construction, cutting installation time by 35% while allowing flexibility for on-site adjustments.
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Synonyms:
Blended Construction Approach, Partial Prefabrication, Modular-Integrated Construction
