Technology is changing our world for the better in countless ways. From remote working opportunities to greater access to education, the dispersion of ideas and resources is improving lives the world over. And although the construction industry can erroneously be labeled as a “throwback” field where people still get their hands dirty, technology is nonetheless making a huge impact in construction as well. From innovative materials to reduced project management costs, keep reading as we explore the role of technology in modern commercial construction.

Enhanced Energy Efficiency

The most technologically advanced materials are also among the most energy efficient. A great example lies with ICF blocks. This innovative wall solution uses precision-manufactured, double-insulated, steel-reinforced “forms” or “blocks” that lock in place at the construction site, forming the chassis for the building’s frame. Once erected, the walls are then set in place with concrete. The result is a framing system with an R-value greater than 23.5. This far outstrips that of traditional wood-panel framing, which hovers around R-14 if standard foam insulation batts are added to the wall cavities. Other technologically advanced, energy-efficient building materials include engineered quartz countertops, low-E windows, and polished concrete floors.

Better Modeling Precision

The latest modeling software gives architects greater control than ever in their designs. Not only do CAD and BIM programs allow designers to perfect even the most meticulous plans, but more advanced AR and VR systems allow them to step into their structures virtually to experience their performance before ever breaking ground on construction.

 

This not only allows architects to perfect their designs, but it gives them the opportunity to perform intricate risk assessments to determine how their buildings will perform in the face of diverse stressors. This gives them the chance to go back and make adjustments accordingly. If there are any aspects of the structure that prove difficult to perfect, 3D printing is an increasingly attractive option for developing the ideal parts that may not be mass produced.

Increased Durability

Modern material innovations have improved durability in commercial structures. For example, composite roofing fabricated from asphalt, fiberglass, and other polymers helps yield some of the most fire- and impact resistant shingles on the market. They will last 50+ years with little human intervention required for upkeep. The same can be said for engineered cladding materials. Steel log, brick rainscreen, fiber cement, and EIFS are just a few innovative cladding products that eliminate the maintenance required with traditional wood planks and stone siding. These types of durable materials not only lower the ongoing cost of ownership, but they improve the safety of the structure by reducing the risk of acute material failure.

Passive Design

It may be counterintuitive, but the most advanced materials help modern structures get back to the basics. By facilitating passive design concepts, innovative materials can allow nature to work its magic for heating, cooling, lighting, and ventilating buildings. This reduces reliance on mechanical systems that can lead to energy- and structural inefficiency.

 

Hurricane-grade storm windows glazed with a low-E coating allow for natural daylighting without the accompanying spike in temperature during warmer months. Specialized storm louvers permit the passage of air into a structure while blocking wind-driven precipitation, creating cooler, better-ventilated buildings that use less air conditioning. Rooftop gardens use vegetation to insulate the building, cool ambient air, and control stormwater runoff while providing a stunning aspect for the facility.

Streamlined Administration

The soft side of construction has long proven to be one of the most difficult components to perfect. This is why billions of dollars are spent each year on project management for construction sites. Fortunately, there are numerous software programs that are streamlining these cumbersome administrative tasks. Scheduling, budgeting, and material requisition are just a few of the features found in contemporary project management software.

 

It also serves as a key repository for important documents and permits, taking the redundancy out of in-person meetings for garnering work “go-aheads.” Project management software is also a great tool for streamlining communication and collaboration among all project stakeholders, ensuring that everyone is on the same page as work transpires.

Reduced Construction Costs

When properly deployed, technology can lead to significant cost savings at the construction site. Precision modeling reduces the risk of failure and subsequent rework scenarios. More durable, energy-efficient materials guarantee that structures last longer, require less investment in upkeep, and lower energy costs over their lifetime. Project management software keeps everyone on the same page and reduces the risk of missed deadlines. There is even a shift to a greater reliance on off-site construction. This is quite common with structures such as prefabricated steel buildings. By handling a large portion of the construction process in a controlled factory setting, there is less chance of weather delays, labor shortages, and other unforeseen issues that have historically plagued budgets.

Leverage Technology to Stay Ahead of Commercial Construction Trends

As in all walks of life, technology is making its impact felt in the construction industry. From higher-performing materials to reduced construction costs, consider any of the points listed above to see how technology is changing the commercial construction industry for the better. For more of the latest trends in the commercial construction landscape, explore the resources at Cindy Hopkins Real Estate for ideas and inspiration today!

 

Author Bio:

Sam Willis is a freelance writer that loves sharing his knowledge and expertise in residential and commercial real estate, as well as engineering, construction, and business. He lives in Atlanta, Georgia where he enjoys spending time with his wife and researching real estate trends in his free time. Sam’s work as a freelance writer can be found on Building Product Advisor, a construction industry resource site.