Practical Applications of Technology: A Contractor’s Story
The construction industry isn’t always the first place you think of when discussing practical applications of technology, but that is changing fast. For smaller contractors, the challenge is integrating new tools effectively without disrupting existing workflows. Can one contractor’s experience offer lessons for others looking to modernize?
Key Takeaways
- Implementing drone surveys reduced pre-construction site assessment time by 60% for a local contractor.
- Using project management software with mobile accessibility decreased communication errors and delays by 35% on their jobs.
- Investing in BIM software allowed the contractor to identify and resolve clashes in design, saving an estimated $15,000 per project.
Mark Olsen, owner of Olsen Construction, a small residential construction company based right here in the Atlanta metro area, was feeling the pressure. His crews are fantastic, but the paperwork was killing him. Change orders were getting lost, material deliveries were constantly delayed, and communication between the office and the job site was, to put it mildly, a mess. He felt like he was spending more time putting out fires than actually building houses.
One particularly frustrating incident sticks out. It involved a custom kitchen renovation in a Buckhead home. The client had requested a specific type of imported tile, which Mark’s team ordered weeks in advance. But due to a miscommunication between the office and the delivery crew, the tile was sent to the wrong job site – a demolition project out near I-20. By the time the error was discovered, the tile was damaged beyond repair. The delay cost Mark thousands in reordering fees and penalties, not to mention the hit to his reputation. This kind of thing was becoming far too common.
He knew something had to change. He heard rumblings about technology solutions but thought they were only for big firms doing skyscrapers. But Mark realized that if he didn’t adopt some new practical applications, he risked falling behind. Perhaps he even risked setting up a costly fall.
Phase 1: Embracing Digital Site Assessment
Mark decided to start with pre-construction site assessments. Traditionally, his team would spend days manually surveying a property, taking measurements, and noting potential obstacles. This process was time-consuming and prone to errors. He decided to invest in drone technology. After researching several options, he settled on a DJI Mavic 3 Enterprise Series drone. The cost was around $4,000, but he saw it as an investment.
I’ve seen this play out before. Small business owners are often hesitant to spend money upfront, but the long-term savings and efficiency gains can be significant. Think about it: How much time is spent driving to sites, walking the perimeter, and manually taking measurements? A drone can accomplish the same task in a fraction of the time.
The results were immediate. Using the drone, Mark’s team could now conduct a comprehensive site survey in a matter of hours. The drone’s camera captured high-resolution images and videos, which were then processed using photogrammetry software to create 3D models of the property. This allowed them to identify potential issues, such as drainage problems or hidden utility lines, before construction even began. According to Mark, this reduced their pre-construction site assessment time by 60%. He could bid more accurately and avoid costly surprises down the road.
Phase 2: Streamlining Project Management
Next, Mark tackled the communication and coordination issues that were plaguing his projects. He opted for Procore, a cloud-based project management platform. It wasn’t cheap – about $500 per month – but it offered a range of features, including scheduling, document management, and communication tools. The key was its mobile accessibility. His crews could access project information, submit daily reports, and communicate with the office from their smartphones or tablets on the job site.
The impact was noticeable. Change orders were now submitted and approved electronically, eliminating the risk of lost paperwork. Material deliveries were tracked in real-time, reducing delays. And communication between the office and the job site improved dramatically. No more frantic phone calls trying to clarify instructions or track down missing materials. Mark estimated that this change alone decreased communication errors and delays by 35%.
One of the biggest improvements was in managing RFIs (Requests for Information). Previously, RFIs were often handled via email or phone calls, leading to delays and misunderstandings. With Procore, RFIs were now tracked within the platform. Subcontractors could submit RFIs directly through the app, and Mark’s team could respond quickly and efficiently. This streamlined process saved time and reduced the risk of errors.
Phase 3: Integrating BIM for Design Coordination
Finally, Mark decided to explore Building Information Modeling (BIM). BIM is a 3D modeling process that allows architects, engineers, and contractors to collaborate on a project in a virtual environment. This allows them to identify and resolve potential clashes in the design before construction begins. Mark invested in Autodesk Revit, a popular BIM software, and hired a consultant to train his team.
This was the most challenging step. BIM requires a significant investment in time and training. It’s not something you can implement overnight. But the potential benefits were too great to ignore. I had a client last year who was dead-set against BIM, calling it a “waste of money.” They ended up with a major plumbing conflict that cost them $20,000 to fix. Sometimes, you have to spend money to save money.
Using BIM, Mark’s team was able to identify several clashes in the design of a recent custom home project in Brookhaven. For example, they discovered that the HVAC ducts were interfering with the plumbing lines in the basement. By resolving this issue in the virtual model, they avoided costly rework during construction. Mark estimated that BIM saved them approximately $15,000 on that one project alone.
According to a 2025 report by Construction Dive, companies using BIM experience an average cost reduction of 5% on construction projects. This is just one way tech that pays can boost your bottom line.
The Results and Lessons Learned
The transformation at Olsen Construction was remarkable. Mark’s initial investment in technology paid off handsomely. He was able to reduce project costs, improve communication, and increase efficiency. More importantly, he was able to focus on what he loved: building high-quality homes for his clients. Before, he spent 60 hours a week in the office, now he spends 40, and most of that is spent on design and client relations rather than putting out fires.
One key to Mark’s success was his willingness to embrace change. He didn’t just buy the latest gadgets and expect them to solve all his problems. He took the time to understand the practical applications of each technology and to integrate them into his existing workflows. He also invested in training his team to use the new tools effectively. He even found ways to teach anyone to use AI tools.
Here’s what nobody tells you: It’s not enough to just buy the software. You have to change your processes and your mindset. You have to be willing to experiment, to fail, and to learn from your mistakes. Mark had his share of setbacks along the way. But he persevered, and in the end, he created a more efficient, profitable, and sustainable business.
The other key was starting small. Mark didn’t try to implement all these changes at once. He started with one area – site assessment – and then gradually expanded to other areas as he gained experience and confidence. This approach allowed him to minimize disruption and maximize the impact of his technology investments. (It also kept him from getting completely overwhelmed.)
Furthermore, Mark made sure to get buy-in from his team. He involved them in the decision-making process and solicited their feedback. This helped to ensure that the new technology was actually useful and that it was being used effectively. Remember, embracing tech is a small business growth engine.
What are the biggest barriers to technology adoption for small contractors?
Cost is a significant barrier, but so is a lack of technical expertise and resistance to change. Many contractors are simply comfortable with their existing processes and are hesitant to try something new.
How can contractors overcome these barriers?
Start small, focus on areas where technology can have the biggest impact, and invest in training. It’s also important to involve your team in the decision-making process and to solicit their feedback. Look for government grants and incentive programs that can offset the cost of new technology. The Georgia Department of Community Affairs often has programs available.
What are some other technologies that contractors should consider?
In addition to drones, project management software, and BIM, contractors should also consider using mobile apps for time tracking, expense reporting, and safety inspections. These tools can help to automate tasks, reduce paperwork, and improve compliance.
How important is cybersecurity for contractors?
Cybersecurity is extremely important, especially as contractors rely more on digital tools and cloud-based services. Contractors should implement basic security measures, such as strong passwords, multi-factor authentication, and regular data backups. Consider consulting with a cybersecurity expert to assess your vulnerabilities and implement appropriate safeguards.
What resources are available to help contractors learn about new technologies?
There are many online resources, industry publications, and trade shows that can provide information about new technologies. The Associated General Contractors of America (AGC) offers training programs and resources on a variety of topics, including technology.
Mark’s story is a reminder that technology isn’t just for the big guys. With careful planning and execution, even the smallest contractor can reap the benefits of practical applications and build a more successful business. What is stopping you from taking the first step toward modernizing your own operations?
