Categories
Uncategorized

5 AI Solutions Construction Can Implement Today

Is the future of the construction industry already here?! With continued growth in technology and artificial intelligence (AI) in other industries, why hasn’t construction followed suit? The industry continues to lag behind many others in the adoption of new tech, including AI, robotics, and machine learning.

In 2018 McKinsey posited five then-current technologies related to AI that construction could implement from other industries. Three years later, most of these are still science-fiction more than reality, but for how long?

1. Optimize project planning

Existing technology in the logistics industry allows delivery drivers to optimize their route planning to account for both distance and traffic. AI analyzes for the shortest route with the least amount of traffic to cut delivery times. The technology continues to learn through reinforcement learning, commonly called trial and error, the best way to go the shortest distance.

In construction, this technology could be used to analyze and assess project schedules to optimize them for the shortest time and best use of resources. By running thousands of alternatives, the technology could provide options that humans hadn’t thought of to perform the work most efficiently. AI could learn from past project data and over time correct itself with the best resource combinations and alternatives to speed up project planning.

2. Forecast risks and constructability of design

Pharmaceutical research firms are using AI to reduce R&D costs by predicting medical trial outcomes. The software uses predictive AI solutions to improve products without the additional cost of intermittent testing.

In construction, this technology could be used to forecast risks, predict constructability, and the structural stability of technical solutions during the planning stage. By testing for structural stability and constructability ahead of time, in the virtual world, it’s possible to save big bucks during the construction process. The technology can also be used to test various materials, limiting downtime during inspections.

3. Supply chain coordination

AI can currently be used to reduce downtime and oversupply of shipments in a supply chain. It also can be used to increase the predictability of shipments. This reduces costs, logistical burdens, and supply variability. We certainly could have used this technology during the recent construction material shortages.

As modular and prefabricated construction gain popularity, there will be an increased need for enhanced supply chain coordination. These types of construction rely on just-in-time deliveries, which can be more easily achieved using AI. The technology will also help control costs and overall cash flow.

4. Robots and 3D printing

Robots and 3D printing are already making waves in construction. They are being used by a few teams to provide affordable housing and reduce costs and project schedules. From this knowledge, researchers have trained robots to learn from simulations and used machine learning to replace software programming.

Robots are being used to construct panelized buildings and components for prefabricated and modular projects. The ability to use machine learning could shorten the timeframe even further and allow robots to quickly move from one task to another without lengthy programming.

5. Quality control

In healthcare, machine learning is creating opportunities to diagnose illnesses earlier through image recognition. The technology detects known markers for certain conditions to provide early diagnosis.

Using drone imagery and 3D models, the same technology could detect potential defects and help with quality control. It could notice anything from potential catastrophic failures to finish blemishes and alert the team in real-time.

Conclusion

While no one knows what the next technological breakthrough in construction will be, it’s safe to say it may come from one of these five technologies. All are using technology, machine learning, and AI to predict the future or inspect current work for future problems. By engaging technology early in the design and construction process, teams are saving time and money, as well as assuring the safety of building occupants.

Interested to hear more on AI? Jonas Premier can assist you with more information on how AI can empower your business to work smarter.

Visit our website or schedule a call with our team of professionals at Jonas Premier today for a complimentary walk-through of our simple and easy-to-use software.

Author Biography:

Dawn Killough is a construction writer with over 20 years of experience with construction payments, from the perspectives of subcontractors and general contractors. Dawn has held roles such as a staff accountant, green building advisor, project assistant, and contract administrator.  Her work for general contractors, design firms, and subcontractors has even led to the publication of blogs on several construction tech websites and her book, Green Building Design 101.

 

Categories
Tips & Advice

Is Manual Data Entry Costing Your Business? Why Automation is the Solution

If you think that investing in software to automate your systems will cost you more money than doing everything manually, you’re not alone. Many businesses operate under the assumption that paying for automation is more expensive than paying people to do things. The truth is there are hidden costs to doing things by hand, and those costs can significantly affect your bottom line.

We’re going to look at the hidden costs you may not realize you’re incurring by doing your data entry manually. The magnitude of some may surprise you.

1. Increased error rate

Workers entering data manually, without verification, can have an error rate as high as 4%. That means for every 50 entries, two are wrong. In an experiment in 2009, it was shown that data entry workers made up to 10.23 errors when entering data from thirty spreadsheets. This is the nature of human data entry.

When errors involve money, the stakes are high. These errors could lead to over-and underpayments, over-and undercharging customers, disruptions to the accounting and auditing processes, and may lead to financial trouble. Data entry errors have cost companies millions of dollars.

2. It takes time

Manual data entry takes time. The average typist can perform 10,000 to 15,000 keystrokes per hour. Depending on the amount of data and its form, it can take even the fastest typist hours to perform data entry. If the data requires comprehension or analysis before entry, this slows down the process even more.

It could take a competent operator between 8 and 10 minutes to enter 400 units of data. This may not seem like much, but if the volume of data is high, it can cost your company valuable time that could be spent on other workflows, like analyzing the data.

3. Can’t focus on important business tasks

With so much time spent ensuring that the data entered is correct and finding and fixing errors, there is no time left to work on the business. Managers spend their time ensuring that the data they’re reporting is accurate and less time actually analyzing that data. A survey found that 37% of manufacturing professionals don’t trust the reliability of manually entered data when making strategic decisions. If you can’t trust the data you’re getting from your team, how can you grow your business or take on additional work?

4. Inhibits business growth

When management receives data, it often makes decisions based on that information, whether it’s correct or not. These decisions may inhibit the growth of the business. For example, a costly mistake can lead managers to believe a project is over budget when it’s not. They then make moves to cut company spending to protect the company, when instead, they should be investing in future growth.

5. Hidden costs

Most companies think automation costs more than entering data by hand. The truth is there are hidden costs to entering data manually. There’s the obvious labor to enter the data, then more labor to check for mistakes, and more labor to fix the mistakes. At each level, it becomes more expensive and time-consuming to detect and correct mistakes.

It has been shown that incorrect data can cost companies up to 30% or more of their revenue. In particular, a 2018 Goldman Sachs report stated that the direct and indirect costs of manual paper invoice processing are $2.7 trillion for businesses around the world. The hidden costs of manual data entry can be enough to make or break your business.

6. It’s boring

Continually spending days or hours doing mindless data entry can lead to employee dissatisfaction and turnover. When workers spend hours keying in the same information, they are bound to lose focus, which increases errors and leads to frustration. Data entry work is repetitive and tedious. 55% of employees in a survey cited the collection, uploading, and synching of data as the least productive part of manual data entry. When employees don’t feel productive, their morale lowers and they are then more prone to make mistakes.

Automation is the solution

How can companies save themselves the time and money that is lost through manual data entry processes? Automating as much as possible is one way to recoup these costs. By using machine learning and automation, the software can automate much of the data entry process, leading to fewer mistakes and speeding up the process.

Premier Software uses AI, machine learning, and automation to speed up invoice entry and other repetitive tasks, so you can spend time working on your business and less time entering data. For a demo of how our automation works to save you time and money, schedule one today.Author Biography:

Dawn Killough is a construction writer with over 20 years of experience with construction payments, from the perspectives of subcontractors and general contractors. Dawn has held roles such as a staff accountant, green building advisor, project assistant, and contract administrator.  Her work for general contractors, design firms, and subcontractors has even led to the publication of blogs on several construction tech websites and her book, Green Building Design 101.

 

Categories
Uncategorized

Why Go Digital? The Future of Construction Management

The construction industry has traditionally been slow to adopt the technology. Many of its work processes are legacy solutions from decades ago, like spreadsheets and yellow notepads. Today’s workers are stuck in the process of trying to digitize an industry that has been stuck in the analog world for many generations.

However, contractors are beginning to realize that they no longer have a choice when it comes to embracing technology. Now it’s a race to decide who will be the first adopters to bring the industry into the future.

We’ve put together five reasons why construction companies need to go digital today.

Why go digital?

Save time and money

Many contractors run several software systems simultaneously – one for estimating, one for project management, and one for accounting. These systems often don’t talk to each other, and each system becomes its own information silo, creating obstructions to the flow of information. Each software system provides information, but it’s difficult or impossible to share that information with the other systems.

Companies soon develop workarounds like entering data by hand from one system to another or using spreadsheets to provide the information everyone needs. Some software systems allow data sharing through import/export, but it still takes time to capture the data, download it, then upload it to another system.

When workers have to manually enter data, there’s an increasing chance that mistakes will be made. Inaccurate information can lead teams to make wrong decisions that can have a profound effect on the financial success of projects over time.

All-in-one software packages create workflows that allow project teams to share data between departments without resorting to workarounds that can cause errors and lost productivity.

Attract a younger workforce

In order to attract younger workers contractors need to upgrade their tools to the latest technology has to offer. You don’t have to be on the cutting edge, but there’s a lot of tried-and-true technology that construction has been hesitant to implement. Companies need to adopt tech more readily to match the skill sets, education, and training future workers are receiving.

Construction management students are learning project management and documentation using the software. These packages make tracking correspondence, submittals, and RFIs much easier than using Excel and other legacy software. If contractors don’t adopt these tools, they could be losing the opportunity to work with some of the best and brightest in new talent.

Integration is key when it comes to estimating and material takeoffs. Too many companies rely on outdated software or manual methods to create estimates and perform takeoffs. That data then has to be entered into another software system once the project is approved. Younger workers don’t understand why these systems are separated when there are so many options for integrating them.

Harness the power of new technology

New tech, like AI, machine learning, and automation are changing the landscape. Artificial intelligence (AI) is more than robots and droids. It describes how machines are able to mimic human thinking, like problem-solving, pattern recognition, and learning.

AI is being used to create predictive models based on past project data. These models analyze projects for cost overages, schedule delays, and other potential issues. The software looks for similarities between past projects and current work, and from there it can predict potential problems and bring them to the contractor’s attention.

Machine learning is a subset of AI and uses statistical techniques and calculations to understand project data and gain insights. As more data is added to the machine learning model, the software is able to assimilate the information and refine its predictions in current situations. Contractors are using both machine learning and predictive analysis to assess projects before they start so they know the risks and can proactively manage them from the beginning of the project.

Automation, or the use of technology to perform tasks, is also gaining in popularity in construction. Construction management and accounting software systems use automation to speed up data entry tasks and help prevent errors. For example, automated invoice entry in accounts payable allows workers to pull amounts and codes from commitment records and get notified when budget line items are over their limits. This automation helps ensure data is accurate and cost overruns are detected and managed.

Streamline your operations

With business growth responsibilities and processes are often developed organically. Employees do the best they can, but without a big picture view, they often create processes without knowing why. These processes certainly get the work done, but it doesn’t mean they’re the best way to do something.

The software can provide the overall structure needed to streamline processes that have grown cumbersome over time. With software as your guide, roles and responsibilities can be reorganized based on the most efficient way to perform a process.

Using an all-in-one system also simplifies record-keeping and data retrieval processes. Project records can be stored in the cloud, so now there’s only one place to look for information. Teams don’t have to search in multiple folders and software applications to find the information they need. It’s at the tip of their fingers 24/7.

Manage/control risk

Construction management software can help teams mitigate many of the risks found on a project. Although it can’t address all potential risks, it can speed communication and document what’s being done to proactively address issues.

Project management software allows teams to see and address overdue tasks and documents that may delay the project. Teams can run reports that show outstanding items as well as who is responsible for those items. The software can also track health checks and other safety-related inspections that are required in today’s world. This daily reporting allows team members to see the status of various items and predict potential problems.

Having a central hub where documents are stored is a must, given the number that is created and distributed during a project. Document storage, version control, and distribution are easily managed by project management software, ensuring everyone is working from the latest documents and has access to them from wherever they are. The same is true for project correspondence. Team members have only one place to look when it comes to searching for an email or notice. All communication is tracked and documented within the system, and specific items can easily be recalled in minutes.

Having an integrated system where costs are instantly updated in the field allows teams to respond to potential budget issues quickly. Project managers can manage the project budget and costs from the site, without having to request information from the office.

Digital is changing the construction world

While the outside world and other industries transitioned from analog to digital several years ago, construction has always been behind the times. It’s only now that the industry has begun harnessing the power that has been available for decades. Tomorrow’s workers are better prepared for this change and are sure to lead the effort. See how smoothly Jonas Premier can assist you and your team in the process of going digital. Visit our website or schedule a call with our team of professionals at Jonas Premier today for a complimentary walk-through of our simple and easy-to-use software.

Author Biography:

Dawn Killough is a construction writer with over 20 years of experience with construction payments, from the perspectives of subcontractors and general contractors. Dawn has held roles such as a staff accountant, green building advisor, project assistant, and contract administrator.  Her work for general contractors, design firms, and subcontractors has even led to the publication of blogs on several construction tech websites and her book, Green Building Design 101.

Categories
Uncategorized

Tips for Using Construction Software to Improve Performance

Construction companies upgrade their construction software for lots of reasons. One of the main reasons being to improve, you guessed it, performance. This includes being more profitable and more efficient, both in the field and the office. There are many ways to improve performance working with construction software, including choosing the right software, getting an ERP solution, changing processes, gathering data, and using analytics.

1. Get the right software for your business

One size software does not fit all. Before selecting construction software for your company, you need to do research to make sure you’re selecting the program that is best for your company. Get something too simple, and you’ll quickly outgrow it. Get something too complex, and you’ll never use it properly or understand what the data is trying to tell you.

Start by assessing your current system, even if you’re still using spreadsheets. Determine what’s missing and what information you wish you had. Shop around and look at multiple software options. Don’t rush this process or you’ll quickly be overwhelmed by all the information you receive. Look for software that allows for flexibility and growth in your company and the data you collect. You’ll want to be able to grow into the software and still have it serve you several years down the road.

Choose the software package that best suits your needs and gives you the most options for additional data collection. Some software packages target specific contractor types or are better suited for certain trades. Choose one that fits your company and the work it does, both now and into the future. Choosing the right software lays the groundwork for improving your performance and improving efficiency.

2. Get an ERP

An ERP software program, or enterprise resource planning, offers companies a holistic view of their operations and finances. In the construction world, it combines project management and accounting into one solution that is linked by data. This type of software solves a critical missing link in construction – it links the office to the field. Information entered in one area can be immediately seen by the other, making real-time decision-making possible.

ERPs have several advantages over standalone accounting software, including the ability to see data in real time, integrated data, and a larger view of company performance. All of these allow management to assess and act on trends in the business. They can spot problems both in the field and the office and proactively address them.

3. Don’t be afraid to change

New software often brings new processes. No software program does things the same way as another, and companies need to be flexible in changing their processes. Using the software’s process will improve efficiency and avoid extra work. It can also allow for additional data collection, which can be beneficial in assessing productivity.

New software provides the opportunity to learn more about the company and its processes through the collection of additional data. Even though the company hasn’t collected certain data in the past doesn’t mean you can’t learn from the information.

4. Gather data

Data is key when it comes to improving performance in construction. By being able to gather data from both the field and the office, management can assess performance companywide and make improvements to increase efficiencies and improve performance. Without this data, management must rely on anecdotal evidence and assumptions about what is happening on site.

When companies gather more data, they have an opportunity to learn more about the company. With limited information available, management has to make assumptions to fill in the gaps. But with concrete information coming from the field, management can monitor both growth and performance in real-time, allowing them to make better decisions.

5. Use analytics

Analytics help companies predict future outcomes based on past events. The more data the company has available for analysis, the better the predictions are. Since construction software allows for the collection of data from the field and office, analytics can provide insight for both areas and allow project managers and company management to make better strategic decisions.

Analytics can predict incidents and problems ahead of time, like forecasting the possibility of safety incidents depending on the type of work being performed. This proactive response helps prevent problems and allows companies to improve performance and increase efficiency.

Conclusion

If your company is looking to increase efficiency and improve its performance, construction software is a key part of that journey. Start by making sure you have the right software for your situation by assessing multiple options before deciding. If it makes sense for your company, select an ERP solution that connects the office to the field. Don’t be afraid to change your internal processes to match the software’s procedures. Gather as much data as you can and use analytics to help you predict outcomes for your business. Premier Construction Software has all the tools you need to improve your key performance measurements. Contact us to request a demonstration.

To learn more about how you can improve performance with a construction software, schedule a call with our team for a live demonstration.

Author Biography:

Dawn Killough is a construction writer with over 20 years of experience with construction payments, from the perspectives of subcontractors and general contractors. Dawn has held roles such as a staff accountant, green building advisor, project assistant, and contract administrator.  Her work for general contractors, design firms, and subcontractors has even led to the publication of blogs on several construction tech websites and her book, Green Building Design 101.

 

Categories
Tips & Advice Trends & Technology

A Way of Attracting Younger Construction Workers? Technology.

Many construction industry companies are looking for ways to attract the younger generations to work with them so their businesses can continue on into the future. But with a labor shortage throughout the country, and particularly in construction, companies have to work harder to attract younger workers.

The answer to the question of how to reach younger workers and encourage them to join the industry is technology. By updating systems and software, using the latest in tech gear, and focusing on recruiting young workers, construction companies can make the industry attractive again.

An aging workforce

Workers younger than 25 make up only 9% of the total construction industry workforce. Roughly 40% of workers in the industry are 45–64. And according to data from the Center for Construction Research and Training, workers aged 55 and over increased from 17% in 2011 to 22% in 2018.

Add to that the fact that the industry has struggled to attract younger workers and it’s a recipe for a shortage in the near future. High school students are encouraged to go to college and choose a career path from there. The trades and other construction-related occupations are not given as much fanfare.

Contractors are complaining about the lack of skilled workers available, but the truth is the industry doesn’t do a good enough job attracting potential workers. The younger generations have grown up with technology by their side and have come to rely on it for every aspect of their lives. However, construction has been slow to adopt new technology, and many workers still rely on outdated resources to perform their work.

If contractors and other construction companies want to attract younger workers, they’ve got to adopt the latest in technology. This will allow them to take advantage of the benefits of younger workers’ skills. Students in construction management programs are getting trained on the use of scheduling software, project management software, estimating software, and electronic material takeoff. Administrative and accounting professionals are being trained using new software with new functionalities. Asking highly trained workers to use outdated programs discounts the education they worked so hard to get.

By asking workers to use systems they are not familiar with also slows down the training time and increases costs. Companies that still do manual takeoffs will struggle to teach a Millenial worker about scales and manual calculations. This leads to a longer onboarding process, costing companies more money while they wait for a new worker to become productive.

Upgrade your tools

Companies that want to attract younger workers need to upgrade their tools to the latest technology can offer. You don’t have to be on the bleeding edge, but there’s a lot of researched and tried-and-true technology that construction has been hesitant to implement. Companies need to adopt tech to help match the skill sets, education, and training those future workers are receiving.

Accounting

In accounting education students are quickly trained on the debits and credits, then they are moved to software. While most construction companies use accounting software, not many use software specifically designed for the industry. QuickBooks and other general-purpose accounting software can be useful when a company is starting out, but as they grow and want to attract a higher level of talent, industry-specific software becomes a necessity.

Since construction accounting is so different than any other industry, using industry-specific software becomes even more important. Trying to show someone the intricacies of construction accounting using software that isn’t built for those intricacies can lead to a lot of confusion. New workers need a straightforward process that often isn’t available when using generic software.

Project management

Students in construction management programs are learning project management and documentation by using software packages. These packages make tracking correspondence, submittals, and RFIs much easier than using an Excel spreadsheet. If companies aren’t using these tools, they could be losing the opportunity to work with some of the best and brightest.

Estimating and takeoff

When it comes to estimating and material takeoffs, integration is the key. Too many companies rely on outdated software or manual methods to create project estimates and do material takeoffs. Those amounts then need to be entered into another software system once the project is approved. By integrating and automating the estimating takeoff process, companies can improve speed and accuracy. Both of these lead to more work and higher profits.

Scheduling

Scheduling software allows project managers to build dependencies and relationships between tasks on a project. This makes updating the schedule a lot easier because tasks automatically move depending on their predecessors. Having to spend hours manually updating a schedule can be costly.

In addition, some schedules can be imported into the project management system, allowing the team to view the day’s activities and adjust the schedule as needed.

Update your software with Premier

By implementing the latest in technology and bringing processes into the 21st century, construction companies can attract younger, skilled workers. Companies that do not upgrade will continue to struggle to recruit new workers and attract the best and brightest.

If your company is ready to upgrade your accounting and project management software, contact us to see a demo of Premier Construction Software.

Author Biography:

Dawn Killough is a construction writer with over 20 years of experience with construction payments, from the perspectives of subcontractors and general contractors. Dawn has held roles such as a staff accountant, green building advisor, project assistant, and contract administrator.  Her work for general contractors, design firms, and subcontractors has even led to the publication of blogs on several construction tech websites and her book, Green Building Design 101.