Over the ages, construction technology has undergone significant change, from the pulley systems of ancient Egypt to the artificial intelligence of today. Smaller teams may now complete tasks that traditionally took decades and thousands of individuals to complete in a fraction of the time. However, no technology advancement has resulted in the loss of jobs; rather, each one has changed the value that construction professionals provide and the way they operate.
AI is currently the newest frontier in construction, and many industry experts say their top concern is the possibility of job displacement. Although reasonable, this anxiety is unwarranted. In actuality, artificial intelligence (AI) is turning out to be the best career accelerator—a tool that increases human competence while removing tedious jobs.
Increasing Effectiveness For Strategic Effect
Today’s construction workers did not spend 60% of their workweek performing monotonous manual labor after years of specialized schooling. However, preconstruction experts frequently spend 15 to 20 hours on a single project reviewing the designs sheet by sheet, looking for inconsistencies, verifying dimensions, and comparing specifications across hundreds of documents.
This fact leads to a significant inefficiency. Adding value is not determined by who can manually count door kinds the fastest; rather, it is determined by a construction professional’s ability to use judgment, navigate difficult issues, and use their experience.
By automating the painstaking parts of document inspection while maintaining the crucial human components of decision-making, AI fills this gap. The technology works similarly to the difference between using a pneumatic nailer and a hammer to frame a home; both demand the same level of competence, but the output capacity is much different.
Impact On The Real World
The use of AI at Flintco has revolutionized their document review procedure. Michael Thole, Director of Corporate Quality, states that “Firmus AI meticulously completes the more repetitive’mundane’ tasks required during a review with great efficiency and accuracy.” “Our preconstruction teams can concentrate on the technical elements of the design by using Firmus, which provides a thorough and dependable plan check of the drawing set itself.”
Time savings are just one aspect of this efficiency revolution. In their documentation, Nibbi Brothers General Contractors demonstrates how AI augmentation aids their QA/QC managers in preserving uniformity throughout several ongoing projects. Anita Hsieh, AIA, QA Project Manager, says, “With the number of projects we have at any given time, having a tool like Firmus helps accelerate the rate at which we can turn the projects around.”
The formula for construction professionals hoping to make the most of their career effect is straightforward: you provide the leadership, creativity, and judgment that robots cannot match, while AI takes care of the mundane chores.
Superhuman Precision: Exceeding The Perception Of Skilled Eyes
When examining intricate document sets, even the most seasoned construction workers encounter cognitive limitations:
Over 4,000 pages of construction documentation are produced for every commercial project on average.
Two hours of continuous review usually results in a 23% decrease in error detection for human reviewers.
Research indicates that discrepancies in documentation that were overlooked during pre-construction account for 70% of construction rework.
Understanding design purpose and making wise decisions require human expertise, which cannot be replaced. However, human minds aren’t built for that kind of pattern recognition when it comes to analyzing thousands of document pieces for inconsistencies.
AI tools tailored to a particular industry are significantly altering this equation. As “computational AI agents,” systems such as Firmus AI-REVIEW identify the differences that human reviewers usually overlook by:
Cross-referencing all instances of particular items automatically throughout the whole document set.
Monitoring discrepancies in intricate drawing programs.
Finding data inconsistencies between MEP and architecture documentation.
Noting missing references and unfinished design aspects that could result in RFIs.
The influence in the actual world is significant. “We can get a lot of the questions answered with the Firmus analysis on CM Projects during the design phase when plans are at a 50% to 95% CD Level before we send the drawings out to trade partners,” explains Eric VanGilder, Flintco’s Director of Preconstruction.
Strategic Efficiency: Converting Procedure Into Effect
Document evaluation is turned from a laborious procedure into a competitive advantage by AI technologies. Although tasks that once required three to four weeks of professional time can now be finished in a few hours, the real value goes much beyond speed.
“Firmus gives us the assurance that when we break ground and begin installing piping systems as part of our early works packages, or even place purchase orders for long-lead items or early equipment, we’re confident in the fact that the design is well developed for that scope and we don’t have any lingering questions in those areas,” says Michael Thole of Flintco.
In one actual instance, Flintco employed AI prior to putting out a sizable bid package for a curtain wall and glazing. To aid in location identification, the glazing schedule displayed different spandrel, storefront, and curtain wall glass systems by color code.
In the drawing set, the AI identified several discrepancies where curtainwall systems were mistakenly identified as spandrel glass. Before making a purchase, Flintco’s preconstruction team was able to swiftly examine the design documents and confirm the precise quantities required. As a result, “first-time quality” in the field is improved.
Because the glass order was incorrect, nobody wants to see a piece of plywood covering a hole in a building façade. The same is true for hardware schedules and doors, which have grown to be long-lead items due to supply chain problems brought on by the pandemic.
Accepting AI As A Tool To Advance Your Career
The ramifications for specific building experts are obvious:
Improved Career Path: Compared to their counterparts, AI-fluent workers are seeing higher pay increases and faster promotion rates.
Competitive advantage: AI expertise is becoming more and more valuable to employers as projects using AI tools report fewer schedule delays and a lower incidence of budget overruns.
Job happiness: AI-using construction workers expressed higher job happiness, pointing to increased opportunities to apply their knowledge to difficult challenges and less time spent on monotonous duties.
Future-Proofing: Professionals who use these technologies now will be seen as leaders rather than followers as AI adoption picks up speed (according to McKinsey research, 72% of firms implemented AI in at least one business function, a notable increase from 55% the year before).
The first step in integrating AI is changing one’s perspective. Consider AI as a strong ally that manages repetitive duties while you concentrate on the strategic work that really demonstrates your knowledge, rather than as a danger.
Those in the construction industry that deliberately use technology to create previously unheard-of value will prosper in the upcoming ten years, not those who fight it. AI isn’t going to replace your employment; rather, it will change what your position can do.
How rapidly you will use AI to further your career and provide better project outcomes is more important than whether you will include it in your professional toolkit.