how to use technology to reduce risks on the job site 65068 1 - How to Use Technology to Reduce Risks on the Job Site

The number of construction projects is increasing rapidly. The pressures of delivering work within budget and agreed-upon deadlines can lead to unanticipated issues and missteps.

 

It is important to address the safety hazards faced by workers every day. Some instances can cause big injuries, which may proceed to legal actions and serious ramifications. To avoid such problems at construction sites, employers are now adopting modern technologies that augment workplace safety standards.

 

Some technologies that prevent safety hazards include cutting-edge solutions, mobile devices, wearable technology, and more. In today’s article, you will find ways to leverage these methods and minimize risks. Let’s get into it.

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1.  Digitizing safety with mobile devices

Construction firms may opt to combine affordable mobile devices with cloud programs and different applications. This integration of technology can enhance safety at job sites as it allows employers to access real-time information and detect any complications.

 

Additionally, you can also install advanced time-tracking devices like SmartBarrel. The company offers a construction safety solution to keep track of workers. It documents when and where workers are on site. It also tracks and swiftly alerts supervisors of incidents so that immediate action can be taken.

2.  Monitoring activities with electronic wearables

Another way to reduce risk and encourage safety at the workplace is to employ electronic wearables. Employers and workers usually do not recognize the significant value that they can add to construction sites. With these kinds of devices, it becomes easy to detect irregular gas levels, mobility issues, or excessive heat thresholds. If detected, nearby co-workers, emergency services, and management can be alerted on the spot.

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Some of these devices can also send data to insurance companies that use details on user safety and work habits to determine insurance rates. Having these values readily available may aid in lowering medical plan premiums.

3.  Strategizing with collected data

Technology has made many improvements in the construction industry, allowing employers to collect a vast amount of data on-site about health and safety. Employers can only obtain this information after analyzing hazardous situations and reporting incidents. Alongside these, diagnosing equipment and monitoring precarious situations help in collecting valuable data.

 

This information allows for preventative predictions and correlations. For instance, employers can receive data from the performance of construction equipment. Through such data, they can easily ask the electrical engineer present to predict when equipment may require repairs. Therefore, instead of waiting for an imminent malfunction, the team can maintain functioning equipment status much more effectively. Problems can be avoided via these updated strategies.

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4.  Smart sensors for smart solutions

Centrally-connected sensors help construction teams improve safety and maximize on-site operations by indicating critical situations. For instance, sensors alert the staff about extreme weather conditions and humidity that may impact worker safety.

 

Sensor-based technology also helps monitor other factors, including volatile organic compounds, noise levels, dust particles, and hazardous fumes. It allows employees to prevent themselves from precarious conditions that put them at risk.

 

Moreover, smart sensors can be mounted at various locations across the job site, making them exceptionally mobile and convenient.

5.  Strengthening with exoskeletons

Construction firms can also incorporate exoskeletons and power-assist suits on site. This technology is specially built for fields that require heavy manual labor, like the construction industry. It helps workers lift cumbersome objects or carry heavy equipment for an extended period while minimizing undue strain on the body.

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Exoskeletons are composed of a metal framework that is fitted with mechanical structures. It helps employees expand their lifting capacities. Exoskeletons are designed to avert worksite injuries, fatigue, and maintain proper body posture.

 

They mainly use redistributed loads and counterweights to strengthen motorized parts, making carrying objects easier.

6.  Engaging in prefabrication processes

Construction sites have busy environments, whereas prefabrication allows employees to work in a controlled environment. The prefabrication process is basically an off-site construction that avoids many risks of traditional construction. There are far fewer slippery surfaces off-site that pose risks of falling.

 

Off-site construction also enables a better workflow due to less clutter and waste. The process involves a smaller amount of raw material which produces less debris, and, ultimately, leads to a cleaner, organized, and safer site. In addition, fewer workers are required during prefabrication processes.

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7.  Teaming up with drones

Before construction begins, surveyors assess the entire site to ensure safety standards are being met. This can be dangerous if done improperly. Employers can engage drone systems to help surveyors acquire accurate data without having to manually be present.

 

Drone systems can also come in handy when monitoring project progress. It records progress without requiring managers to step into hazardous areas. This technology enables the monitoring of materials transportation as well. Employers can track workers and transportation vessels via drones

8.  Adopting machine control systems

Construction sites can also use machine control systems that analyze the orientation of heavy machinery. For instance, how much area has been covered following a planned digging. It may also tell the operator when they hit the targeted depth for the project. Workers can follow the data machine control systems generate.

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This technology also reduces the need for employees to work under conditions that can pose risks. Employers can implement machine control systems on more difficult tools so they can control them remotely, reducing health risks.

Some final thoughts

Worksites have a range of challenges and safety risks that can be difficult to address. Luckily, construction technology is leading the advancement in this high-stress field, making tasks more convenient for workers. It has found ways to reduce risks, boost productivity, and minimize hazards that could have severe effects on overall performance.

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