Modular and Prefabricated Construction

Lesson 1 • Market Drivers and Industry Stakeholders

Examines labor shortages, housing demand, and sustainability pressures that accelerate prefab adoption. Maps the owner, manufacturer, contractor, and designer roles.

Lesson 2 • Comparing Delivery Methods

Contrasts traditional stick-built construction with modular delivery on cost, schedule, and quality dimensions. Enables informed method selection for a given project type.

Lesson 3 • Defining Modular and Prefab Systems

Clarifies distinctions among volumetric modular, panelized, and hybrid systems. Provides the taxonomy needed to classify any prefab approach encountered in practice.

Lesson 1 • MEP Integration in Module Design

Addresses routing mechanical, electrical, and plumbing systems within constrained module cavities. Demonstrates how pre-installed MEP reduces on-site connection time.

Lesson 2 • Module Dimensional Coordination

Establishes grid-based planning rules that align modules with transport limits and structural logic. Students develop module grids for residential and commercial applications.

Lesson 3 • Facade and Envelope Design

Explores cladding systems compatible with factory installation and transport loading. Links envelope performance targets to module assembly sequencing.

Lesson 4 • Structural Systems for Modules

Covers steel frame, cross-laminated timber, and concrete chassis options for volumetric modules. Guides selection based on span, stacking height, and fire requirements.

Lesson 1 • Quality Control in the Factory

Establishes inspection checkpoints, dimensional verification, and defect tracking within the production line. Factory QC prevents costly rework during on-site installation.

Lesson 2 • Materials Procurement and Kitting

Covers just-in-time procurement, supplier qualification, and kit-of-parts delivery to production stations. Reduces waste and schedule risk through coordinated supply chains.

Lesson 3 • Factory Layout and Workflow Design

Analyzes production line configurations from linear flow to cellular manufacturing for modules. Connects layout choice to throughput rate and work-in-progress inventory.

Lesson 4 • Finishing and Pre-Commissioning

Details interior finishing, fixture installation, and systems testing completed before modules leave the factory. Maximizes the value of controlled factory conditions.

Lesson 1 • Transport Planning and Route Analysis

Identifies dimensional and weight restrictions governing module transport by road, rail, or sea. Students conduct a route survey and select appropriate transport modes.

Lesson 2 • Foundation and Podium Design

Addresses foundation types compatible with modular stacking loads and tolerance requirements. Accurate foundations are critical to achieving inter-module alignment on site.

Lesson 3 • Site Logistics and Crane Planning

Plans crane selection, pick zones, and traffic management for just-in-time module delivery. Minimizes site storage and reduces crane idle time during installation.

Lesson 4 • Module Packaging and Protection

Covers wrapping, bracing, and corner protection systems that prevent damage during transit. Links protection strategy to module finish level and transport distance.

Lesson 1 • Envelope Closure and Finishing

Completes roof, balcony, and corridor elements that span module boundaries after stacking. Envelope closure marks the transition from installation to interior finishing.

Lesson 2 • MEP Tie-In and Commissioning

Connects pre-installed module MEP to building risers and external services on site. Systematic tie-in and commissioning confirms system performance before occupancy.

Lesson 3 • Structural Connection Detailing

Details bolted, welded, and mechanical inter-module connections that transfer gravity and lateral loads. Correct connection design ensures structural integrity of the stacked assembly.

Lesson 4 • Inter-Module Joint Sealing

Addresses weatherproofing, acoustic, and fire-stopping treatments at horizontal and vertical module joints. Joint performance determines occupant comfort and code compliance.

Lesson 1 • Cost Planning and Budget Control

Structures cost plans that separate factory, transport, and site components for modular projects. Accurate cost modeling requires understanding factory overhead and volume pricing.

Lesson 2 • Procurement and Contract Strategy

Evaluates contract models suited to modular delivery, including design-build and manufacturer-led procurement. Contract strategy must address factory payment milestones and IP ownership.

Lesson 3 • Integrated Program Development

Creates a master schedule linking design freeze, factory production, transport, and site installation. Parallel workflows require earlier design decisions than traditional construction.

Lesson 4 • Risk Management in Modular Delivery

Identifies risks unique to modular projects, including factory insolvency, transport damage, and site tolerance errors. Students build a risk register with mitigation and contingency actions.

Lesson 1 • Occupancy and Post-Construction Compliance

Guides final inspections, occupancy permits, and ongoing compliance obligations after installation. Ensures the completed building meets all regulatory requirements for lawful use.

Lesson 2 • Building Code Pathways for Modular

Explains prescriptive and performance-based code routes applicable to factory-built structures. Choosing the right pathway affects design flexibility and approval timeline.

Lesson 3 • Fire Safety Compliance

Addresses compartmentation, sprinkler integration, and egress requirements as applied to stacked modules. Fire strategy must account for inter-module joints and factory-installed elements.

Lesson 4 • Third-Party Inspection and Certification

Covers the role of approved inspection agencies conducting factory audits and module certification. Third-party certification substitutes for repeated on-site inspections.

Lesson 1 • Digital Twin and BIM Integration

Connects building information modeling to factory production data and site installation tracking. Digital twins enable real-time performance monitoring from factory to occupancy.

Lesson 2 • Scaling Modular Businesses

Examines factory investment models, platform strategies, and market positioning for modular manufacturers. Scaling requires balancing custom client demands with standardized production.

Lesson 3 • Circular Economy and Disassembly Design

Applies design-for-disassembly principles to enable module reuse, relocation, and material recovery. Circular strategies reduce lifecycle carbon and create residual asset value.

Lesson 4 • Automation and Robotics in Factories

Assesses robotic welding, automated panel assembly, and CNC fabrication as applied to module production. Automation raises throughput and consistency while reshaping workforce requirements.