Global construction trends in 2026: The industry’s new phase

The construction industry is undergoing a profound and ongoing transformation. Organizations are facing structural challenges, including labor shortages, rising costs, and increasing sustainability demands. As a result, they are reinventing their operating models to remain competitive in an increasingly demanding market.

By 2026, these changes will no longer be isolated occurrences but rather clear and defining trends. Digitalization and automation are accelerating, modular construction is gaining significant traction, smart materials are becoming more prominent, and resilience is shaping how infrastructure is designed for future generations.

This article explores the forces driving this new era of construction, marked by innovation, efficiency, and a complete redefinition of how assets are designed, built, and managed for the future.

Digitalization becomes the industry baseline  

In a context shaped by increasingly complex projects and rising expectations from clients, regulators, and investors, companies are adopting integrated digital solutions to improve predictability, reduce errors, and accelerate decision-making. The adoption of digital technologies is gaining momentum worldwide: 37% of construction companies are now using artificial intelligence in their projects (up from 26% in 2023), and each organization has implemented an average of 6.2 different digital tools (a 20% increase over the previous year)¹.

The integration of AI-driven planning tools with Building Information Modeling (BIM) and Digital Twins is transforming how teams design, plan, and monitor construction projects. These technologies optimize project management by simulating scenarios, anticipating risks, improving workflow sequences, and ensuring a continuous flow of information throughout the asset’s lifecycle, from design to operation.

The evolution toward unified digital workflows is also eliminating manual and fragmented tasks, significantly reducing rework, and minimizing cost and schedule deviations. Collaborative platforms, real-time dashboards, and digital document management systems are promoting greater transparency, agility, and coordination among all stakeholders.

By 2026, will be an essential requirement for working efficiently in an industry pressured by deadlines, reduced margins, and increasing complexity. This digital advancement creates the necessary foundation for other structural transformations in the sector, including increased automation in construction.

Automation and robotics address workforce gaps

As digitalization continues to streamline processes and improve information quality, the construction sector is beginning to take more decisive steps toward automation and robotics to address persistent labor shortages. The shortage of skilled professionals is now one of the main challenges facing construction and has encouraged companies, especially larger ones, to explore technologies that complement human labor and boost productivity. In the United States, for example, the sector is expected to need around 499,000 additional construction workers by 2026, compared to a shortage of approximately 439,000 in 2025², highlighting the urgency of automated solutions to address the talent shortage.

Structural factors continue to limit workforce availability in construction. A significant portion of the workforce is nearing retirement age, while younger generations are largely absent, revealing a critical lack of generational renewal. At the same time, interest in construction careers remains low, with few candidates considering this career path.

Thus, tools such as drones for inspections, automated cutting and welding systems, 3D printing, and robots for repetitive or precision-based tasks are becoming increasingly common in large-scale projects. Although adoption is still emerging, these technologies are already proving effective for tasks that are dangerous, time-consuming, or require high accuracy.

Automation is also reshaping how teams plan and manage their work. AI systems used for task scheduling, smart resource allocation, and delay forecasting are enabling faster, more informed decisions, reducing waiting times, scheduling conflicts, and rework.

By mitigating the effects of skilled labor shortages, these technologies are freeing professionals to take on higher value-added roles, reinforcing the human role in supervision, problem-solving, and site coordination.

By 2026, hybrid team models, which combine skilled workers with automated systems, are expected to expand gradually, particularly among major contractors and on more complex projects.

Modular and offsite construction go mainstream

Modular and offsite construction are gaining momentum across the sector, playing a key role in driving the industrialization of construction. This shift is driven by the need to boost productivity, ensure consistent quality, and respond more quickly to market demands. The growth of this segment has been remarkable: the global modular construction market was valued at around $90.3 billion in 2024 and is estimated to reach $155.2 billion in 2033³.

Factory-based production of components, from prefabricated structural elements to fully assembled modules, helps shorten execution times, increase precision, and reduce waste compared to traditional construction methods. Working in a controlled environment eliminates variables such as weather conditions, enabling more predictable, efficient execution aligned with Lean construction principles.

The adoption of offsite models is also being driven by the shortage of skilled labor, enabling work to be shifted to specialized production units and reducing dependence on large on-site teams. Additionally, industrialized processes enable more sustainable practices, such as waste reduction, optimized material use, and lower emissions from transportation and onsite work.

By 2026, modular construction will strategically complement traditional methods, becoming one of the most effective ways to increase productivity, control costs, and improve overall project performance. This trend is particularly evident among large construction firms, which, due to their scale and investment capacity, are leading the charge in construction industrialization and the adoption of modular and offsite solutions.

Sustainability becomes a competitive edge

Sustainability is becoming central to construction management, influencing material choices, construction methods, and operational models. As clients, investors, and public institutions raise their expectations, companies leading in environmental, social, and governance (ESG) practices are gaining a clear market advantage. The urgency of this shift is underscored by the fact that construction already accounts for approximately 34% of global CO₂ emissions (including building operations)⁴. Leading in sustainability is no longer optional; it’s essential for competing in a landscape shaped by regulatory and climate-driven targets.

Projects now require low-carbon materials, circular economy solutions, higher energy efficiency, and a lifecycle-focused approach to asset development. This transition is not just a policy response; it’s a way to improve operational performance, reduce operating costs, and extend infrastructure durability.

The demand for sustainable buildings and infrastructure is also being fueled by green financing criteria and incentives favoring organizations with strong ESG performance. For developers and contractors, meeting these criteria unlocks access to capital, reduces risk, and opens the door to larger, high-profile projects. It’s no coincidence that the sustainable construction market is expanding rapidly, reaching an estimated $619 billion globally in 2025 and projected to surpass $1.374 trillion by 2034⁵, demonstrating how ESG-aligned practices attract more investment and opportunity.

At the same time, growing pressure to reduce emissions and minimize environmental impacts is accelerating the adoption of circular practices, including material reuse, construction waste recycling, and innovative solutions such as low-carbon concrete and regenerative building materials. These approaches not only improve environmental outcomes but also promote more efficient, less wasteful construction processes.

By 2026, sustainability will be recognized as a strategic advantage, differentiating organizations, attracting talent, strengthening stakeholder relationships, and increasing the long-term value of built assets. Companies that integrate sustainability into the core of their operations will be better positioned to respond to an increasingly demanding, regulated, and positive impact-oriented market.

Smart materials enter the mainstream

Smart and high-performance materials are gaining traction in the construction sector, evolving from experimental innovations into core components of large-scale projects and buildings with demanding performance requirements. The pressure to reduce emissions, improve energy efficiency, and enhance infrastructure durability is accelerating the adoption of these materials across multiple phases of the asset lifecycle.

Among the most relevant innovations are advanced composites, high-efficiency insulation, carbon capture materials, concrete with greater strength and a smaller environmental footprint, and solutions with self-regenerative properties or structural monitoring capabilities. These materials offer gains in durability, strength, and thermal performance.

Their adoption is also being driven by evolving regulations and sustainability goals set by clients, financiers, and public agencies. Projects incorporating materials with lower environmental impact or greater contributions to operational efficiency are more likely to benefit during permitting processes, qualify for green financing, and demonstrate stronger ESG performance.

For construction firms and developers, smart materials represent a clear opportunity to reduce maintenance needs, extend asset lifespans, and improve energy performance, resulting in lower operating costs and greater long-term value.

Although there is still some variability in their global adoption, there is growing integration of these materials, especially in buildings with high technical requirements, critical infrastructure, and projects where sustainability plays a strategic role. As production costs decrease and supply diversifies, smart materials are rapidly becoming part of the industry’s conventional solutions.

Resilience shapes future infrastructure

Resilience has become a central principle in the planning, design, and construction of infrastructure. Faced with more frequent and intense climate events, such as floods, heatwaves, storms, and wildfires, the industry is shifting from a reactive posture to one focused on prevention, adaptation, and rapid recovery.

Infrastructure and urban development projects are incorporating solutions specifically designed to increase asset robustness throughout their entire lifecycle. These include flood-adaptive systems, heat- and fire-resistant materials, structures with enhanced seismic flexibility, reinforced power grids, and drainage systems engineered to handle extreme weather events.

Resilience is now not only a technical necessity but also an economic and regulatory one. Public institutions, investors, and lenders are introducing stricter climate risk assessments, favoring projects that demonstrate a clear ability to withstand extreme conditions and reduce the economic impact of operational disruptions. Investing in resilient infrastructure also delivers a strong return: every dollar spent is estimated to save up to ten dollars in future repair costs and avoid future losses⁶.

Beyond mitigating immediate risks, resilient infrastructure also offers long-term benefits, including reduced maintenance and repair costs, extended asset lifespans, and a lower likelihood of critical failures that could disrupt essential services and communities. It also builds trust among investors and end users, an increasingly important factor across sectors such as transportation, energy, water, and logistics.

By 2026, the ability to design infrastructure prepared for climate-related challenges is expected to be a key differentiator for more advanced and competitive organizations in the industry.

Continuous improvement and technology: foundations for the future of construction

As construction enters 2026, the industry is driven by a renewed ambition to become more digital, more sustainable, more industrialized, and better prepared for future challenges. Trends such as automation, modularization, smart materials, and resilience are not just technological shifts; they represent a true paradigm shift in how projects are conceived, planned, and executed.

But this transition requires more than investments in tools or processes. It demands a deep cultural transformation. The ability to integrate digitalization, automation, Lean construction methods, and sustainable practices depends on how organizations learn, collaborate, and improve every day.

This is where a culture of continuous improvement can play a decisive role. Companies that make Kaizen (continuous improvement) a daily practice are better prepared to turn trends into concrete results. These are the organizations that can adapt quickly, seize emerging opportunities, and build lasting competitive advantages.

As the construction sector moves into its next era, success will not only be defined by the technologies adopted but by the mindset applied to shaping the future. The companies that thrive will be those that align vision with execution, and technology with people. In organizations where everyone is focused on continuous improvement, the result is a more efficient, sustainable, and resilient future.

The future of construction is being built today, and it belongs to those who choose to improve every day.

Miguel Teixeira

Director and Head of R&D & Project Management Consulting
Kaizen Institute Western Europe

References

1. Deloitte Australia, “The state of digital adoption in the construction industry,” February 27, 2025. ↩︎
2. Michelle Meisels et al., “2026 Engineering and Construction Industry Outlook,” Deloitte Insights, November 13, 2025. ↩︎
3. Astute Analytica, “Modular Construction Market Positioned to Reach US$155.2 Billion by 2033,” GlobeNewswire, December 2, 2025. ↩︎
4. United Nations Environment Programme (UNEP), “Global Status Report for Buildings and Construction 2024/2025,” 2024. ↩︎
5. SolarTech Online, “Green Building Trends 2025: Complete Guide to Sustainable Construction,” August 12, 2025. ↩︎
6. Sustainability Coalition, “Building resilient infrastructure for a changing climate: Relaunch of Infrastructure Pathways at COP30.” ↩︎