Wearable technology is gaining momentum in the construction industry. That’s because its benefits in promoting the health and safety of those working on site and the working environment as a whole have been more widely recognised. Join us as we explore how wearable technology is revolutionising health in construction.
Health and safety in construction is a matter of life and death. The statistics make stark reading.
In 2021/22, nearly a quarter of all fatal injuries at work were in the construction sector. That’s according to an HSE report, ‘Workplace fatal injuries in Great Britain, 2022’.
When it comes to mental health, finances are one of the most common causes of anxiety amongst construction workers.
And critically, this sector has the highest rates of suicide of all industries in the UK.
It’s clear that more needs to be done to protect the health of workers. People who are physically and mentally stressed are less effective in the work they do. It also takes its toll on their productivity levels.
Poor physical health is costly for businesses too. Low levels of health are associated with higher absenteeism, disability claims, and compensation costs. For these reasons, employers are always striving to promote a healthier workforce.
The Institute of Occupational Medicine found that effective use of data and technology could improve safety in the UK construction industry.
Wearable tech has become increasingly applied to construction settings. Factors for this include the pandemic, advances in technology, and the growing trend of using data to drive business decisions.
The pandemic was a key driver for the construction industry to increase investment in technology-based personal protective equipment.
Technology such as Trimble XR10 with HoloLens 2 was adopted by companies to overcome social distancing rules. This technology enables clients to see the progress of their projects through mixed reality. As a result, clients don’t need to visit a site in person.
This enabled projects to continue, thereby minimising costly delays.
As wearable technology began to take off, employers noticed that it also offered significant health benefits for construction workers.
Jordan Lawver, senior business area manager at Trimble, believes that the greatest driver behind the growth of tech-based PPE is worker safety. And that this will “remain long after COVID-19 is a memory.”
The technology available to the construction industry is advancing at an “astounding rate”. That’s according to Jennifer Stiansen, Director of Marketing at JLG Industries.
Construction safety technology like safety goggles, smart boots, smart helmets, and power gloves, are becoming less costly, lighter, and more user-friendly.
Lawver believes that wearables in the construction industry will be “an indispensable tool” for construction workers, “that helps guide their work and keep them safe on the site”.
Employers lose 1.6 million working days a year due to accidents at work.
Wearable technology can be used to address endemic problems in the construction industry like high accident rates, over-working, and labour shortages caused by accidents and illness.
Wearable devices can:
Devices provide workers with data that helps them to stay healthy by:
Data can help employers become aware of issues so they can take immediate steps to mitigate health and safety risks.
Wearable technology has many health benefits in construction. Let’s look at some examples.
Exoskeletons (or exosuits) are lightweight machines that construction workers wear to aid movement and support their bodies. They’re useful for strenuous, repetitive tasks.
Different exoskeletons in construction are designed for specific types of movement, for example:
Each day, construction workers perform tasks that put them at high risk of injury. The biggest cause of accidents in the UK construction industry is musculoskeletal disorders.
These disorders are caused by heavy lifting, regular overhead work, and performing repetitive tasks involving force.
As well as reducing the risk of injury, exoskeletons can increase productivity by enabling workers to carry out a task without straining their bodies.
Exoskeletons can also help ease the labour shortage in construction. This is because workers with lower levels of physical fitness can remain in the industry for longer, and they can help prevent injuries which leads to worker absenteeism.
Smart helmets in construction combine the protection of a normal hard hat using Internet of Things (IoT) technology.
Using IoT, these helmets connect the wearer to a control centre. Data such as the wearer’s location, heart rate, oxygen saturation level, and skin temperature are tracked for safety management.
Using sensors, helmets can also detect dangers in the environment. For example, the proximity warning system, Sitezone, alerts pedestrians and machine operators to potential collisions.
With the Sitezone system, pedestrians wear a tag on the back of their hard hat, which creates an alert if they get too close to plant equipment. This reduces the risk of collisions and accidents.
AR (augmented reality) eyewear has many applications in the construction industry. This powerful technology enables architects to see their projects in real spaces, so they can identify problems before they arise.
Using augmented reality in construction prevents costly mistakes, which reduces the time workers are on site redoing work. The less time workers are on site, the lower the health and safety risks.
With AR eyewear, workers can be warned of potential dangers through their visual display. Glasses can also display prompts and guides to prevent workers from making mistakes.
Research has shown that 90% of accidents at work are caused by human error, so this is a major advantage (Postnote, Parliamentary Office of Science and Technology, June 2001).
AR eye wear can also be used to train unskilled workers. As the construction industry is facing a massive skills shortage, AR glasses can be used on-site to instruct new workers. This reduces the need for as much in-person training.
Smart boots have GPS, LED lights, and sensors that monitor a worker’s physical condition and environmental factors.
Using kinetic energy, smart boots can monitor workers for fatigue and warn them against environmental dangers, including high temperatures and poor air quality. The boots can track the wearer’s location in case of an accident, and they illuminate to make it safer to work at night.
Although construction has always been a high-risk industry, increasing numbers of employers are addressing health and safety in the sector holistically. They’re addressing all three aspects of worker health; physical, mental, and financial wellbeing.
Since financial wellbeing is the biggest cause of stress for construction workers, it should also be central to a wellbeing strategy. On-demand pay from Openwage puts workers in control of when they access their earnings. It can be rolled out as an employee benefit in a matter of days.
To find out more about how Openwage can support your employees’ financial wellbeing, request a demo today.