For construction company owners, uncertainty has become an entrenched part of project planning. Steel prices can shift due to tariff policies and global demand, fuel costs can react to geopolitical conflicts thousands of kilometres from a construction site, equipment lead times can stretch to almost a year, and skilled labour remains scarce. At the same time, owners are being asked to deliver projects more quickly and with greater cost and schedule certainty.
This environment is redefining project management. Clients increasingly require construction expertise, market intelligence, and procurement insights in the earliest phases of a project. This helps to guide critical decisions regarding design, sequence, and purchasing to have the greatest impact on budgets and schedules. At Skanska Integrated Solutions, we support clients from early planning and pre-construction through to the construction phase and completion.
Drawing on Skanska’s decades of experience delivering complex projects, our teams bring a builder’s perspective to decisions regarding cost, schedule, constructability, and risk. Skanska’s Summer 2026 Construction Market Trends Report highlights the challenge. Construction demand remains strong, but is increasingly focused on data centres, infrastructure, power generation, advanced manufacturing, pharmaceutical production, and selected healthcare markets. For many clients, the challenge is not identifying projects, but securing the labour, equipment, materials, and energy needed to deliver them.
Challenges with Materials and Equipment
Considering materials and equipment, lead times for structural steel are reaching 40 to 50 weeks in some markets, while HVAC equipment can take up to 52 weeks. Prices for larger generators are forecast to increase by 8 to 10 per cent in 2026, and HVAC equipment pricing could rise by 10 to 12 per cent. The demand for specialised mechanical, electrical, and plumbing trades is also putting pressure on prices and availability. These are not mere market statistics. Failure to procure structural steel at the right time can affect the project's critical path, delaying every subsequent activity.
The limited availability of switchgear or generators can force a client to release equipment before the broader design is complete. Tariff changes or price increases can introduce new costs after a project has already been designed and budgeted. This is where a builder’s experience comes into play. Architects and designers bring essential expertise in design and functionality, and a construction firm brings a practical understanding of how those decisions affect cost and schedule. For example, identifying a long-lead-time piece of equipment during pre-construction allows the team to evaluate manufacturers, confirm alternative production capabilities, assess suppliers, and determine whether an early purchase is warranted.
If the preferred equipment cannot arrive within the required timeframe, the team can evaluate alternatives while there is still time to modify the design, rather than discovering the conflict only after construction has begun. Geopolitical events add another layer of uncertainty. Conflicts in the Middle East and disruptions to global energy markets can quickly affect oil prices, transportation costs, and petroleum-based building materials. A project team cannot control these events, but it can assess potential risks, identify acceptable alternatives, and incorporate appropriate contingencies into procurement and scheduling strategies.
Proactive Management and Forward Planning
This perspective is particularly valuable for public and institutional projects such as K-12 schools and municipal facilities, where clients often operate within established capital budgets, funding requirements, and approval processes. With multiple projects competing for limited capital, early cost and schedule analysis can help school districts and local governments decide where to prioritise spending and how to safeguard projects they have already committed to delivering. Consider a school that must open before the start of an academic year. If a critical electrical component is delayed, the ramifications are not limited to the construction schedule. The district may need to extend leases, maintain an older facility, adjust transportation plans, or relocate students and staff.
Identifying this risk early provides the team with more options, whether it’s advancing procurement, modifying the design, selecting alternative equipment, or reordering work. Effective project managers act as an extension of the client’s team, coordinating architects, engineers, contractors, trade partners, suppliers, and public agencies around a common objective. Skanska’s Strategic Supply Chain Team, for example, monitors manufacturer capacity, tariffs, and broader market conditions, providing intelligence that can guide project-specific procurement and scheduling decisions.
This information becomes valuable when it leads to action: identifying long-lead-time materials, reviewing design assumptions, evaluating suppliers, timing critical purchases, and determining where contingencies are most needed. The appropriate response varies by project. Some clients may benefit from early equipment purchases, while others need to maintain flexibility as the design progresses. The project manager’s role is to help clients understand these trade-offs and make informed decisions based on their specific priorities. It’s not about eliminating uncertainty, but about making it manageable. The strongest project teams are not those that can predict every disruption, but those that are prepared to respond to them.
