Industry Expertise

Construction, engineering and building products

Create stronger project and portfolio economics as infrastructure demand, capacity constraints and delivery risk reshape construction markets.

Construction markets are becoming increasingly uneven, with infrastructure and selected growth segments diverging from projects constrained by financing and cost pressure

We see construction and engineering companies balancing backlog and opportunity with labor, materials, project risk and increasingly selective capital availability.

Construction enters late 2026 without a single sector-wide cycle. Nonresidential markets show substantial divergence across end markets, while high financing costs, labor shortages and material-price pressure continue to challenge project economics. Infrastructure, data centers and strategically supported investment can create strong pockets of demand even as other segments weaken. Contractors, engineers and building-product companies therefore need to judge not only how much demand exists, but which projects can absorb risk, where capacity should be deployed and whether backlog quality remains attractive once escalation, schedule and financing assumptions are tested.

Focus

Construction is splitting into strong and weak markets rather than moving as one cycle

Infrastructure, healthcare and digital projects coexist with pressured commercial segments, high costs and persistent labor constraints.

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Strategic Challenges

Where should builders place capacity in an increasingly uneven construction cycle?

The challenge is reallocating labor and capital across sectors whose pipelines, economics and risk profiles are diverging sharply.

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Strategic Impacts

A fragmented cycle is rewarding construction players with flexible portfolios

Ability to shift toward stronger end markets matters more when manufacturing, commercial and institutional demand move in different directions.

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Observed Patterns

Construction companies often manage backlog as if all revenue carries equal quality

Large order books can hide margin risk when labor scarcity, material inflation and project complexity differ materially by segment.

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Strategic Challenges

Where should builders place capacity in an increasingly uneven construction cycle?

The challenge is reallocating labor and capital across sectors whose pipelines, economics and risk profiles are diverging sharply.

Read now

Strategic Impacts

A fragmented cycle is rewarding construction players with flexible portfolios

Ability to shift toward stronger end markets matters more when manufacturing, commercial and institutional demand move in different directions.

Read now

Observed Patterns

Construction companies often manage backlog as if all revenue carries equal quality

Large order books can hide margin risk when labor scarcity, material inflation and project complexity differ materially by segment.

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Industry Challenge

Construction must deliver complex projects despite cost, labor and schedule pressure

Engineering and construction companies are managing persistent labor shortages, elevated material costs, tariff uncertainty and increasingly complex project portfolios. Large programs in data centers, energy and advanced manufacturing can offer attractive growth, but they also intensify competition for skilled labor, equipment and grid access. The central challenge is execution: traditional project controls often identify problems after economics have already deteriorated. Firms need stronger forecasting, procurement intelligence and delivery governance to protect margins under pressure.

Future Outlook

AI, modular delivery and digital twins will reshape the economics of project execution

The future of construction will be built around more industrialized delivery models. Digital twins, AI-enabled planning, modularization and better integration between design, procurement and field execution can reduce rework and improve predictability. As projects become larger and more technically complex, competitive advantage will depend on the ability to coordinate ecosystems rather than simply provide labor and engineering capacity. Firms that build reusable digital platforms, stronger project intelligence and differentiated expertise in energy, data centers and advanced facilities.

Market Outlook

Data centers and energy infrastructure are supporting an otherwise uneven market

Engineering and construction entered 2026 with mixed demand. Commercial and some manufacturing construction remained under pressure, while AI-driven data-center development, energy infrastructure, health care and defense created stronger pockets of activity. Rising materials costs and labor shortages continue to strain schedules and margins, and financing conditions remain important for private projects. The market is therefore rotating rather than broadly accelerating. Firms strong in power infrastructure, advanced facilities and digital delivery are better placed.

POV

Construction backlog is not demand quality

In a K-shaped market, project selection and execution capacity matter more than simply keeping the order book full.

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Our approach

Assess construction through project economics and capacity rather than treating headline spending as equivalent to attractive demand

Our approach� connects end-market demand with project pipelines, client economics, financing, bidding behavior, labor, materials and delivery capacity. We distinguish nominal backlog from economically attractive backlog and examine how risk allocation changes returns across contractors, engineers and building-product suppliers. Technology, prefabrication and new delivery models are assessed through their effects on productivity and project risk rather than adoption alone. This provides a clearer view of which markets, project types and capabilities warrant investment as construction cycles become increasingly differentiated.

The data and estimates presented are indicative and intended for illustrative purposes. Actual outcomes may vary based on each company’s specific context, market conditions, operating model, implementation choices, and the quality and consistency of execution, including actions undertaken by the client.

Keypillars

Explore the key pillars that define this capability and shape how we create focused, measurable business impact.

Project economics

Understands bidding, backlog, labor, materials, utilization, and project risk across engineering, construction, and building-product markets

Delivery systems

Examines design, procurement, contracting, project execution, supply chains, and asset handover across complex built-environment projects

Built-environment transition

Tracks modular construction, digital engineering, sustainability standards, automation, and material innovation across the sector

Can your business grow as project economics, labor constraints and technology reshape the built environment?

Get in touch with our Construction, engineering and building products team to address the commercial and operational challenges shaping the industry.

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Strategic Framework

Explore our Strategic Framework

Autonomous AI agents are changing how work is executed, enabling adaptive processes that respond intelligently to changing conditions instead of following predefined rules.

Discover our framework
01. Map ecosystem

Assess developers, contractors, engineers, suppliers, building products, customers, and project value chains

06. Track pipeline

Monitor awards, permits, spending, backlog, input costs, competitors, and regional construction activity

05. Set priorities

Define choices across markets, projects, products, capacity, sourcing, technology, and delivery models

01 MAP ECOSYSTEM 02 TRACE DEMAND 03 ASSESS POSITION 04 MODEL SCENARIOS 05 SET PRIORITIES 06 TRACK PIPELINE 6 STEPS STRATEGIC MODEL
02. Trace demand

Examine infrastructure spending, real estate cycles, input costs, labor, regulation, and construction technology

03. Assess position

Evaluate project mix, backlog, capabilities, cost exposure, product portfolio, geography, and customer base

04. Model scenarios

Test construction volumes, material costs, labor, regulation, funding, and technology adoption

How we help

Support construction and engineering businesses in choosing where to compete and how to protect returns as project and end-market economics diverge

We help contractors, engineering companies and building-product businesses assess market attractiveness, backlog quality, project economics and competitive positioning. We can support portfolio and geographic choices, bid and commercial strategy, operating-model and productivity transformation, capacity planning, M&A, technology adoption and business-model changes. The emphasis is on identifying where growth translates into attractive risk-adjusted economics and where apparent demand may instead consume capital or delivery capacity without adequate returns.

  • Construction growth strategy
  • Project portfolio strategy
  • Bid and tender strategy
  • Project margin improvement
  • Construction productivity
  • Project controls transformation
  • Engineering delivery model
  • Modular construction strategy
  • Construction supply chain resilience
  • Building products portfolio strategy
  • Building materials pricing
  • Construction digitalization
  • Asset-light versus self-perform strategy
  • Project risk management
  • Construction workforce strategy
  • Infrastructure market strategy
  • Low-carbon construction strategy
  • Construction M&A strategy

Explore our FAQs

Find answers to the most common questions about this service, including key features, processes, and practical considerations. Explore our FAQs for additional insights and guidance.

Project mix, labor, materials, capacity and contract discipline strongly influence margins in businesses with significant execution risk.

Assess contract terms, scope, cost escalation, schedule and delivery capability before exposure becomes difficult to reverse.

Digital planning, automation and better project data can reduce coordination losses where processes and accountability are clear.

Differentiate cyclical volume changes from structural shifts in building methods, materials, regulation and customer demand.

Risk-adjusted margin, capability fit, client quality and execution capacity matter more than contract value alone.

Energy standards, embodied carbon and material efficiency are changing specifications, product development and competitive positioning.

When credible demand, labor availability and expected project economics support additional capacity through more than one market scenario.

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