Under the Hard Hat

Tag: Construction

  • The best DeWALT gear to keep in your car for emergencies

    The best DeWALT gear to keep in your car for emergencies

    A dead battery, a flat tire, or a roadside breakdown can leave you stranded when you least expect it. Having the right tools can mean the difference between a quick fix and waiting for help. DeWALT’s DXAEJ14 jump starter can get your vehicle running in minutes, while the DCC020IB cordless tire inflator ensures you’re never stuck with low tire pressure. Whether it’s illuminating a dark roadside with the DCL043 LED spotlight or keeping emergency gear secure in a ToughSystem toolbox, these must-have DeWALT products help you stay prepared for anything.

    Quick look

    • DeWALT DXAEJ14 Jump Starter – A 1400 peak amp jump starter with a built-in air compressor and USB ports for all-around roadside assistance.
    • DeWALT DCC020IB Tire Inflator – A compact, cordless inflator with a digital gauge and multiple power options for quick and easy tire inflation.
    • DeWALT DCL043 LED Spotlight – A powerful 1000-lumen spotlight with adjustable brightness and a red LED mode for night vision.
    • DeWALT DWST08165 ToughSystem 2.0 Toolbox – A rugged, weather-resistant storage box to keep emergency gear secure and organized.
    • DeWALT DXAEPS14 Power Station – A multi-functional powerhouse with a jump starter, air compressor, and 500-watt power inverter to charge small devices.

    Top 5 DeWALT products to keep in your car for emergencies

    DeWALT DXAEJ14 1400 Peak Amp Jump Starter

    DeWALT DXAEJ14 1400 Peak Amp Jump Starter
    What we loveThings to consider
    – Delivers 1400 peak amps to jump
    -start dead batteries efficiently
    – Equipped with dual USB ports for charging smartphones and other devices
    – Features a 120 PSI digital air compressor for quick tire inflation    		– Heavier than some compact jump starters (around 18 lbs)
    – The internal battery requires regular maintenance charging to ensure readiness

    The DeWALT DXAEJ14 combines multiple emergency tools into one compact unit. It offers 1400 peak amps to jump-start vehicles, a 120 PSI digital air compressor for tire maintenance, and dual USB ports to power your devices during emergencies. The built-in LED work light enhances visibility during nighttime roadside situations.

    Highlights:

    • 1400 peak amps for jump-starting cars, trucks, and SUVs
    • 120 PSI digital air compressor with auto-stop functionality to prevent over-inflation
    • Dual USB ports (3.1A total) for charging phones, tablets, and other devices
    • Integrated LED work light to assist in low-light conditions

    DeWALT DCC020IB 20V MAX Cordless Tire Inflator

    DeWALT DCC020IB 20V MAX Cordless Tire Inflator
    What we loveThings to consider
    – Cordless convenience with multiple power options
    – Digital gauge for precise pressure monitoring
    – High-efficiency motor for quick inflation    		– Battery and charger sold separately
    – Slightly noisy operation

    The DeWALT DCC020IB is a compact yet powerful tire inflator designed for versatility and ease of use. It operates on a DeWALT 20V MAX battery, 12V DC, or 110V AC power sources, providing flexibility on the road or at home. The digital gauge allows for precise pressure settings, and the automatic shutoff feature ensures accurate inflation without the risk of overfilling. Its high-efficiency motor enables rapid inflation, making it ideal for car tires, sports equipment, and other inflatables. The built-in LED light also enhances visibility in low-light conditions, ensuring you can operate the inflator safely anytime.

    Highlights:

    • Compatible with DeWALT 20V MAX batteries, 12V DC, or 110V AC power sources
    • Digital gauge with automatic shutoff for precise inflation
    • High-pressure and high-volume inflation modes for various applications
    • Integrated LED light for improved visibility in dark environments

    DeWALT DCL043 20V MAX LED Spotlight

    DeWALT DCL043 20V MAX LED Spotlight
    What we loveThings to consider
    – Ultra-bright LED with a long-range beam
    – Multiple brightness settings for different needs
    – Runs on DeWALT 20V MAX batteries    		– Battery not included
    – No magnetic base for hands-free use

    The DeWALT DCL043 20V MAX LED Spotlight is a high-performance tool designed to illuminate dark areas with up to 1,000 lumens of brightness. Its 90-degree pivoting head allows for versatile lighting angles, making it ideal for roadside repairs, emergencies, or nighttime adventures. The spotlight features two brightness settings—high (1,500 lumens) and low (500 lumens)—to cater to different lighting needs. Additionally, it includes a bright red LED to preserve night vision. The over-molded lens cover provides increased durability and a non-marring surface for job site applications.

    Highlights:

    • 1,500 lumens for superior brightness
    • Red LED mode to preserve night vision
    • Pivoting head for adjustable angles
    • Compatible with DeWALT 20V MAX batteries

    DeWALT DWST08165 ToughSystem® 2.0 Toolbox

    DeWALT DWST08165 ToughSystem® 2.0 Toolbox
    What we loveThings to consider
    – Durable and weather
    – Resistant for car storage
    – Stackable design for organizing tools and supplies
    – Easy-to-carry handle    		– No built-in locks
    – Limited internal dividers

    Price: $84

    Buy it: DeWALT | Placide Tools | Atlas Tools

    The DeWALT DWST08165 ToughSystem® 2.0 Toolbox is a robust and versatile storage solution designed to keep your emergency tools, first-aid kit, and other roadside essentials organized and protected. It’s built to withstand harsh conditions and ensures your gear remains secure during transit.

    Highlights:

    • IP65-rated water and dust resistance provides superior protection against the elements
    • Heavy-duty latches for secure closure ensure the lid remains firmly shut, safeguarding your contents
    • Stackable with other ToughSystem® components allows customizable storage solutions tailored to your needs
    • Large handle for easy carrying facilitates comfortable transportation, even when fully loaded

    DeWALT DXAEPS14 Power Station

    DeWALT DXAEPS14 Power Station
    What we loveThings to consider
    – Combines jump-starting, power charging, and air compression
    – LCD screen for easy operation
    – 500-watt inverter for powering small devices    		– Bulky and heavy for some vehicles
    – Higher price point

    Price: $299

    Buy it: Amazon | Wiseline Tools

    The DeWALT DXAEPS14 is a multifunctional powerhouse designed to handle roadside emergencies and provide portable power. It features a 1600-peak amp jump starter capable of reviving most vehicles, a 120 PSI digital air compressor for tire inflation, and a 500-watt AC inverter to power small devices. The intuitive LCD screen offers straightforward operation, making it ideal for both emergencies and outdoor activities like camping. If there is any DeWALT gear to keep in your car, it’s this one.

    Highlights:

    • 1600 peak amp jump starter for cars and trucks
    • 500-watt power inverter with dual 120-volt AC outlets
    • 120 PSI digital air compressor with auto-stop functionality
    • LCD screen for a user-friendly interface
    • Four high-output USB charging ports (6.2 amps total)

    What to look for in DeWALT car emergency gear

    Power and performance

    When selecting which emergency DeWALT gear to keep in your car, prioritize power and reliability. A jump starter should provide enough amps to restart your vehicle efficiently, while an air compressor must have sufficient PSI to inflate tires quickly. Tools like the DeWALT DXAEJ14 Jump Starter and DeWALT DCC020IB Tire Inflator ensure you can confidently handle common roadside emergencies.

    Portability and storage

    Space is limited in most vehicles, so compact, lightweight tools are ideal. Consider stackable or multi-purpose tools like the DeWALT DWST08165 ToughSystem 2.0 Toolbox, which keeps your emergency gear organized and protected. Choosing portable jump starters and inflators also ensures they can be easily stored in a trunk without taking up too much room.

    Battery compatibility

    Many DeWALT tools run on 20V MAX batteries, making them a great choice if you already own DeWALT power tools. Products like the DeWALT DCL043 LED Spotlight and DeWALT DCC020IB Tire Inflator use the same battery system, providing convenience and cost savings by eliminating the need for separate power sources. Extra charged batteries in your car can also provide backup power when needed.

    Bottom line

    That rounds out our list of the best DeWALT gear to keep in your car. Remember, a well-stocked car with emergency kit can make all the difference in unexpected situations. DeWALT’s high-performance tools provide reliability when you need them most and ensure you’re always prepared for the road ahead.

    Want more tips on staying safe and prepared on the road? Subscribe to our newsletter and follow us on social media for expert recommendations, product updates, and must-have gear for every driver.

  • The top 10 most expensive cities to build in

    The top 10 most expensive cities to build in

    Building costs in major global cities have skyrocketed, and it’s not hard to see why. Limited land availability, high labor costs, and strict building regulations make construction much more expensive, especially in cities such as Hong Kong, London, and New York. For developers, these challenges can turn a simple project into a costly venture.

    The 10 most expensive cities to build in

    London, England

    London is one of the priciest places to build, and it all comes down to a few key factors. First, land costs are through the roof, with so much demand and so little space to build on. Then, you’ve got tight building codes that add extra layers of complexity and cost to any project. On top of that, there’s a shortage of skilled labor, which drives wages up. When you put it all together—limited space, tight rules, and higher wages—it’s no surprise that London sits high on the list of expensive cities to build in.

    Geneva, Switzerland

    Geneva’s construction costs are some of the world’s highest, largely due to a few key factors. Wages in Switzerland are generally very high, so labor costs for construction projects quickly add up. Geneva also has strict environmental regulations that builders must follow, which can slow down projects and increase costs with eco-friendly materials and energy-efficient systems. To top it off, the city’s competitive real estate market drives demand, making everything from land to materials more expensive. Geneva’s strong emphasis on green building standards and practices only adds to the price tag.

    Zurich, Switzerland

    Zurich is no stranger to high construction costs, and a big reason is Switzerland’s overall high labor costs. Skilled workers in Zurich are well-paid, making any building project pricier from the start. On top of that, Zurich is known for its tight building standards, emphasizing quality and precision, so meeting these requirements often leads to more expensive materials and longer timelines. The city also faces a land shortage, which makes available plots highly competitive and expensive, driving up development costs even further.

    Munich, Germany

    Munich’s booming economy is one of the main reasons construction costs are so high. With businesses thriving, there’s a huge demand for new buildings, particularly in the commercial sector, which pushes prices up. On top of that, local regulations are very rigorous, adding more complexity—and cost—to any construction project. Land in Munich is also expensive, thanks to its popularity and limited availability. Altogether, these factors make building in Munich a pricey endeavor for developers.

    New York City, New York

    New York City is notorious for its sky-high construction costs, and there are a few reasons why. First, land in the city is incredibly expensive, especially with the constant demand for prime real estate. Construction labor shortages also play a big role, increasing wages and making projects costlier. Add to that the city’s complex building regulations, and even a simple project can become a financial headache. With NYC’s iconic skyline and the constant push for new developments, it’s no wonder the Big Apple ranks among the most expensive places to build.

    San Francisco, California

    San Francisco’s tech boom has driven real estate prices through the roof, making land some of the country’s most valuable—and expensive. As a result, construction costs have skyrocketed to match. On top of that, the city’s location on the San Andreas Fault means that builders must use specialized techniques and materials to ensure structures can withstand seismic activity, which adds even more to the cost. With the high demand for development and the added expense of earthquake-resistant designs, building in San Francisco is expensive.

    Philadelphia, Pennsylvania

    Philadelphia’s construction costs are rising, and several factors contribute to that. Rising labor expenses are a big driver, as the city’s skilled workforce comes at a premium. Regulatory requirements and building codes also add to the expense, particularly in older neighborhoods where infrastructure upgrades are often needed before new projects can even begin. As Philadelphia’s real estate market continues to grow, the increasing demand for residential and commercial developments further pushes construction costs, making it a pricier city to build in.

    Copenhagen, Denmark

    Copenhagen is known for its high construction costs, and there are several reasons why. Denmark’s strong labor unions mean that wages are relatively high, driving up labor costs for any project. The city also has strict building codes that must be followed, adding complexity and expense to construction plans. On top of that, Copenhagen strongly focuses on sustainability, so eco-friendly construction methods and materials are often required, which can be more expensive than traditional options.

    Hong Kong

    Hong Kong is one of the most densely populated cities in the world, and with such limited land available, construction costs are sky-high. The city’s steep terrain adds another layer of complexity, often requiring advanced engineering solutions that drive up prices even more. Labor and material costs are also higher due to Hong Kong’s booming economy, making every aspect of a building project more expensive. With all these challenges combined, it’s no wonder construction in Hong Kong comes with such a hefty price tag.

    Bristol, England

    Built around the River Avon, Bristol’s construction costs have climbed in recent years, mainly due to high demand for housing that has outpaced supply. Labor shortages in the construction industry are another big factor, leading to higher wages and increased project costs. The city’s dedication to preserving its rich historical architecture also means that many building projects face complex building codes and additional expenses to maintain Bristol’s unique character. On top of that, there’s a growing emphasis on sustainable building practices, which can add extra layers of cost to any construction effort.

    Building in these cities is not for the faint of heart (or wallet). Whether you’re a developer or just curious, understanding these cost drivers can provide valuable insights into the global construction landscape.

  • PrimeKss creates crack-free, jointless concrete for stronger builds

    PrimeKss creates crack-free, jointless concrete for stronger builds

    Concrete is one of the world’s most popular building materials, but that doesn’t mean it can’t be improved. PrimeKss has created steel fiber reinforced self-stressing concrete (SFRSSC) technology called PrīmX, which PrimeKss uses to build jointless concrete floors that stay flat and stable for their entire lifetime.

    Despite its ubiquitousness in the construction industry, concrete has several significant downsides. One is its environmental impact—concrete is responsible for approximately 8% of all global CO2 emissions—and the other is concrete shrinkage. 

    Concrete is made by mixing cement with water and materials like sand or gravel before being poured into molds. As the concrete dries, water evaporates, causing shrinkage. If preventative steps aren’t taken, concrete shrinkage can lead to curling, cracking, and widening joint gaps, which shorten the project’s lifespan, increase maintenance costs, and create safety issues. To prevent these issues, cement masons and concrete finishers often use expansion joints, add more aggregate content, and try to control moisture content as the concrete dries. 

    PrimeKss says it has solved both these problems by making PrīmX concrete with “chemical compressive self-stress,” which means that chemical reactions within the concrete cause it to expand as it hardens. This internal compressive stress enhances the concrete’s strength and durability. These chemical reactions create a material that’s stronger and stiffer than conventional concrete without the need for preventative measures like expansion joints. 

    PrimeKss says that their proprietary concrete material also offers stabilization without laying rebar reinforcements. “Large dosages of the highest quality steel fiber reinforcement are used to restrain the chemical expansion of proprietary admixtures. Steel fibers accommodate flexural and shear reinforcing, and structures can be made completely without traditional rebars.”

    The resulting product offers several benefits over traditional concrete, including higher load-bearing ratings, efficient jointless structures, and watertight and gastight material. The increased strength and load-bearing capacity of PrīmX makes it a more environmentally friendly option. Because the material is stronger, companies need less of it, which PrimeKss says can save up to 70% of the CO2 emissions associated with concrete.

    PrīmX’s strength, convenience, and durability have attracted big-name customers, including Swedish retail giant IKEA and leading agricultural equipment manufacturer John Deere. To learn more, visit https://primekss.com/.

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  • How to make respiratory safety a priority in the construction industry

    How to make respiratory safety a priority in the construction industry

    In the construction industry, workers are frequently exposed to respiratory hazards such as silica dust, solvent vapors, and asbestos. Without proper protection, long-term exposure can result in conditions like lung cancer, chronic obstructive pulmonary disease (COPD), and silicosis. Using the correct type of respirator for the job ensures workers can breathe safely while staying productive on the job site.

    Quick look

    • Construction workers are frequently exposed to respiratory hazards like silica dust, solvent vapors, and asbestos, increasing the risk of lung diseases such as silicosis and COPD.
    • Respiratory protection includes disposable masks, air-purifying respirators (APRs), and supplied-air systems, each designed to filter out contaminants or provide clean air.
    • Employers must assess workplace hazards, provide proper respiratory protection, and ensure workers receive fit testing and training for effective use.
    • NIOSH-approved respirators, such as N95 masks, PAPRs, and SCBAs, provide certified protection and help workers stay safe in hazardous environments.

    What is respiratory protection?

    Respiratory protection refers to devices designed to protect the wearer from inhaling hazardous substances in the workplace. These devices range from simple disposable masks to more complex systems like supplied air respirators or even smart PPE that monitor workers’ health and environmental conditions. The primary function is to filter out contaminants or supply clean air from an external source.

    Why respiratory protection is important in construction

    Construction environments often contain airborne hazards that can lead to respiratory diseases. Prolonged exposure to substances like silica dust and asbestos increases the risk of developing conditions such as silicosis and lung cancer. Implementing proper respiratory protection measures is essential to prevent these health issues. Employers are responsible for assessing workplace hazards and providing suitable protective equipment. Workers must be diligent in using the provided protection to maintain their health and safety.

    Overview of respiratory hazards

    Construction sites are rife with materials and processes that release harmful particles and vapors into the air. Activities like cutting, grinding, and welding can generate dust and fumes that are hazardous when inhaled. Recognizing these workplace hazards and understanding their potential impact is the first step toward effective prevention. 

    • Dust and fumes: Dust and fumes are common byproducts of construction activities. Dust arises from tasks such as cutting or sanding materials, while fumes are generated during welding or soldering. Inhalation of these particles can cause respiratory irritation and long-term health issues.
    • Silica dust: Silica dust is produced when materials like concrete and stone are cut or drilled. Inhaling fine silica particles can lead to silicosis, a severe lung disease. To protect against silica dust exposure, use water suppression methods during cutting and wear suitable respiratory protection. Employers should conduct air monitoring to assess silica levels and implement control measures accordingly. 
    • Solvent vapors: Solvent vapors are released from products like paints and adhesives used in construction. These vapors can cause dizziness, headaches, and long-term neurological damage. Storing solvents in sealed containers when not in use minimizes vapor release. 
    • Isocyanate vapors: Isocyanates are chemicals found in some paints and foams. Exposure to them can cause respiratory sensitization and asthma. Products containing isocyanates must be used in well-ventilated areas to avoid exposure. Proper storage and handling procedures also reduce the risk of exposure.
    • VOCs: Volatile organic compounds (VOCs) are emitted from materials like sealants and adhesives. They can irritate the eyes and nose, leading to difficulty breathing. Selecting low-VOC products minimizes exposure.
    • Asbestos: Although asbestos was commonly used in building materials in the past, it still poses severe health risks when disturbed. Inhaling asbestos fibers can cause lung cancer and mesothelioma. Identifying and managing asbestos-containing materials is critical before beginning construction work. 
    • Mold spores: Mold can grow in damp areas of construction sites, releasing spores into the air. Inhalation of mold spores can cause allergic reactions and respiratory issues. Controlling moisture and promptly addressing water damage prevents mold growth.
    • Welding fumes: Welding processes generate fumes containing various metals and gases. Inhaling welding fumes can lead to respiratory problems and metal fume fever. Using local exhaust ventilation captures fumes at the source. 
    • Diesel exhaust: Diesel-powered equipment emits exhaust containing harmful particles and gases. Prolonged exposure to diesel exhaust increases the risk of lung diseases. Using cleaner fuel alternatives and maintaining equipment reduces emissions.
    • Ammonia and chlorine fumes: Some construction processes use ammonia and chlorine, which can release irritating fumes. Inhalation can cause respiratory distress and damage to the lungs. Proper storage and use of these chemicals in well-ventilated areas minimize exposure. 
    • Carbon monoxide: Carbon monoxide is a colorless, odorless gas produced by combustion engines. Inhalation can lead to poisoning and is potentially fatal. Using carbon monoxide detectors in enclosed areas where engines operate is vital to staying safe. 

    Types of respiratory protection for construction workers

    Selecting the right respiratory protection depends on the specific hazards present. Various types of equipment are available to address different risks. Understanding the functions and limitations of each type ensures effective protection. 

    Supplied air respirator

    Supplied air respirators provide clean air from an external source, such as a compressor or compressed air cylinder. They are suitable for environments with high contaminant levels or where the air is oxygen-deficient. These respirators offer a reliable supply of breathable air, ensuring safety in hazardous conditions. However, they require a connection. 

    Air-purifying respirators  

    Air-purifying respirators (APRs) use filters or cartridges to remove contaminants from the air before inhalation. They are effective against dust, fumes, vapors, and gases, depending on the type of filter used. Workers must select the correct filter based on the specific hazard present, such as N95 for dust or organic vapor cartridges for chemical fumes. APRs require a proper fit to be effective and should be regularly inspected for wear and tear. 

    Disposable masks  

    Disposable masks, such as N95 respirators, provide basic protection against airborne particles like dust and mold spores. They are lightweight, easy to use, and designed for single-use applications. While they help reduce exposure to particulates, they do not protect against gases or vapors. These are a cost-effective option for short-term use in low-risk environments.  

    Powered air-purifying respirators (PAPRs)  

    PAPRs use a battery-powered blower to push filtered air into a facepiece or hood. They provide a higher level of protection than standard APRs and reduce breathing resistance, making them more comfortable for extended wear. These respirators are ideal for environments with high levels of airborne contaminants, such as welding operations or asbestos removal. Workers should ensure that filters are replaced as needed and that batteries are fully charged before use. PAPRs can be particularly beneficial for workers who find tight-fitting respirators uncomfortable.  

    Elastomeric half-mask respirators  

    Elastomeric half-mask respirators are reusable and feature replaceable filters or cartridges. They provide better protection than disposable masks and are designed for long-term use in environments with airborne hazards. These respirators must be properly fitted to ensure a secure seal, and filters should be selected based on the specific contaminants present. Regular cleaning and maintenance extend the lifespan of these respirators, making them a cost-effective choice for workers exposed to dust, fumes, or chemical vapors.  

    Elastomeric full-face respirators  

    Full-face respirators offer the same protection as half-mask versions but provide additional coverage for the eyes and face. This makes them ideal for jobs involving irritating chemicals or airborne debris. The full-face design also helps prevent eye irritation from hazardous fumes or dust. Like half-mask versions, these respirators require proper fit testing and maintenance to ensure effectiveness. They are commonly used in environments with high concentrations of harmful substances.  

    Self-contained breathing apparatus (SCBA)  

    SCBAs are used in high-risk environments where air quality is severely compromised, such as confined spaces or areas with toxic gas exposure. These respirators provide an independent supply of clean air, allowing workers to operate safely in oxygen-deficient conditions. SCBAs are bulky and require specialized training to use correctly. They are typically used for emergency situations or hazardous work such as firefighting or chemical spill response.  

    Escape respirators  

    Escape respirators are designed for short-term use in emergencies, such as chemical spills or sudden gas leaks. They provide a limited supply of breathable air, allowing workers to exit hazardous areas safely. These respirators are compact, easy to store, and should be readily accessible in high-risk workplaces. While not intended for prolonged use, they are a critical part of emergency preparedness plans.  

    NIOSH Approved® respirators used in construction  

    The National Institute for Occupational Safety and Health (NIOSH) certifies respirators that meet strict safety standards for workplace use. NIOSH-approved respirators undergo rigorous testing to ensure they provide effective protection against airborne hazards. Employers should only select respirators with NIOSH certification to ensure workers receive the highest level of protection.  

    In construction, NIOSH-approved respirators include disposable N95 masks, elastomeric respirators, and PAPRs. These respirators help reduce exposure to dust, fumes, and hazardous vapors commonly found on job sites. Proper training on fit testing, filter selection, and maintenance is essential for maximizing the protection offered by these devices.  

    How to choose the proper respiratory protection for the job  

    Selecting the right respirator depends on the type of airborne hazard present and the job conditions. A thorough hazard assessment should be conducted to determine the level of respiratory risk. Factors such as exposure duration, concentration of contaminants, and ventilation should be considered.  

    Workers exposed to fine dust, such as silica, may need an N95 or P100 respirator, while those handling toxic fumes might require an air-purifying or supplied-air respirator. Fit testing is crucial to ensure a proper seal, and respirators should be inspected regularly for signs of damage. Employers should also provide training on correct usage and maintenance to protect workers.  

    For employers: How to implement a respiratory protection program  

    Employers must establish a respiratory protection program to ensure worker safety when airborne hazards pose a risk. The first step is to conduct a thorough hazard assessment to identify potential respiratory dangers, such as silica dust, solvent vapors, and asbestos. Once hazards are identified, the appropriate type of respiratory protection should be selected based on the specific risks present. Employers must also ensure that respirators meet NIOSH standards and are suitable for the level of exposure workers may face. 

    Proper training is a key component of an effective respiratory protection program. Employees should receive instruction on how to properly wear, adjust, and maintain their respirators and recognize signs of equipment failure. Fit testing must be conducted regularly to confirm that respirators create an effective seal, preventing exposure to harmful particles or vapors. Workers should also be educated on the limitations of their equipment, such as how long a filter remains effective and when a respirator should be replaced. Clear communication about the importance of respiratory protection can help ensure compliance and encourage workers to take their safety seriously.  

    Ongoing maintenance and air quality monitoring are also essential for a successful program. Employers should establish a schedule for cleaning and replacing respirators and filters, ensuring they remain in proper working condition. Air quality should be tested regularly to confirm that workplace controls, such as ventilation and dust suppression, are effective in minimizing exposure. Compliance with OSHA regulations is mandatory, and employers should stay up to date with industry standards to ensure their program remains effective. By taking these steps, companies can create a safer work environment and protect their employees from long-term respiratory health risks.

    Bottom line  

    Respiratory protection is critical to construction site safety, helping workers avoid serious health risks from airborne hazards. Understanding the types of respiratory threats and selecting the right protection ensures a safer work environment. 

    Stay informed and protect yourself by learning more about workplace safety—subscribe to Under the Hard Hat’s newsletter and follow us on social media for industry updates and expert tips. 

  • AEC workers can prevent heart disease with this daily habit

    AEC workers can prevent heart disease with this daily habit

    Heart disease impacts hundreds of thousands of Americans each year. People in fields like architecture, engineering, or construction often work long, mentally or physically strenuous shifts. Due to high stress levels, building professionals are already at a heightened risk for cardiovascular complications. Regular exercise is a simple way to prevent heart disease. By incorporating strength training and cardio exercise in your routine and scheduling the time to make it consistent, you’ll be well on your way to effective cardiovascular disease prevention. 

    Quick look

    • The most significant contributors to heart disease for construction workers include obesity, tobacco, diabetes, and lack of exercise. 
    • Cardiorespiratory testing allows doctors to quantitatively measure the body’s ability to send oxygen to skeletal muscles, making it a good indicator of heart and respiratory health. 
    • Cardio exercise and strength training are essential for optimal heart health. 
    • Getting started with exercise is as simple as blocking your calendar, prioritizing your morning time, and committing to more activity with a friend or partner. 

    The reality of heart disease in construction

    Heart disease is well known as being the number one cause of death in the United States. Each year, nearly 400,000 people die from cardiac arrest alone, and strokes are the number 5 most prevalent cause of death among Americans. Most cardiac arrests occur outside of hospitals. Roughly 1 in 5 heart attacks occur in our day-to-day lives, like at work or on the job site. 

    The statistics among construction workers aren’t much better—roughly 1 in 25 workers, approximately 211,000 people, have been diagnosed with some severity of cardiovascular disease. That’s enough people to fill a large city, and the heart disease rates only continue to worsen. 

    The big contributors

    While genetic and environmental conditions could play a factor in a construction worker’s risk of heart disease, some major contributors are preventable. Here are the four most prominent contributors to heart disease. 

    • Obesity: Workers are classified as “obese” when their Body Mass Index (BMI) is 30 or greater. Stats show that 1 in 4 construction workers are considered obese. A combination of lack of exercise, stress, and poor diet typically cause this. 
    • Tobacco use: 1 in 4 construction workers are also tobacco users. Tobacco, whether in the form of a cigarette, patch, vape, or dipping tobacco, is the leading preventable cause of death in the U.S. and dramatically impacts your heart health.
    • Diabetes: 1 in 25 construction workers also has type 2 diabetes. Diabetes increases a person’s risk of cardiovascular attacks and diseases. 
    • Lack of exercise: Nearly half of all construction workers fail to get enough exercise. Lack of regular physical activity is a key factor in stroke and heart attack. 

    Regular exercise can prevent heart attacks and strokes, but it also has a wide range of other benefits and protects the heart long-term. Let’s take a closer look at how it works. 

    Exercise as medicine

    Exercise is arguably the most valuable medicine you can give the body to prevent and combat heart disease. Extensive research echos this, with one study showing that people who completed 150 to 300 minutes of moderate exercise per week or 75 to 150 minutes of vigorous exercise per week are likelier to live longer than those who don’t. Another 2018 study found frequent exercise lowers blood pressure, creates a more favorable plasma lipoprotein profile, and boosts insulin sensitivity, increasing cardiovascular health. 

    Countless studies confirm that routine exercise promotes heart health and lessens the risk of heart disease. Yet another study proves that just one or two sessions of exercise per week were all that was necessary to reduce the risk of death from heart disease by 40% compared to inactive adults. 

    How cardiorespiratory fitness supports heart health

    Cardiorespiratory fitness (CRF) is your respiratory and circulatory system’s ability to send oxygen to your skeletal muscles during prolonged physical activity. Researchers and scientists use CRF to determine your cardiovascular and respiratory functional capacity. Functions include perfusion, gas exchange, ventilation, vasodilation, and oxygen delivery to your tissues. Because these functions are vital to your survival, CRF allows for a quantitative measure of your mortality risk as a function of cardiorespiratory health. 

    Regular physical activity and exercise can boost and improve your CRF over time and decrease your risk of heart disease and other cardiovascular conditions. 

    What’s the best kind of exercise for improving heart health?

    When it comes to the type of exercise you should aim for, anything is better than no activity at all. But if you’re looking to make more of an impact, opt for these. 

    Cardio

    Aerobic exercise is highly beneficial for your heart. Cardio leads to a decrease in your resting blood pressure and heart rate, which means your heart doesn’t have to work so hard to pump blood through your body. A regular cardio routine also promotes good cholesterol levels while decreasing blood fats.

    Cardio, as research suggests, could also increase longevity. Cardio exercise includes walking, running, biking, swimming, and rowing. It doesn’t have to be high-intensity to affect your heart health positively; it just has to be consistent.

    Grip strength

    Grip strength is an underrated exercise that tests how hard you can grip things with your hands. It involves almost all muscles of your upper body, from your hands to your lats. Increased muscle strength, including grip strength, has long been associated with better heart health in large longitudinal population studies. According to one study, the force of your grip strength has also been associated with longevity.

    To improve your grip strength, you can train with heavy dumbbells, a weightlifting bar, and heavy things you have around the house. You can also start slowly by picking up heavy things like books or weights and walking with them gripped alongside your body until you feel fatigued—this is called a farmer’s carry. Repeat for a few reps, and slowly increase the weight as you get stronger.  

    Strength and resistance training

    Many people think cardio workouts are the best for improving cardiovascular health, but strength training, as research suggests, is also important. A recent study from the American Heart Association finds significant heart health benefits from strength and resistance training. Strength-based exercises can improve your blood sugar, blood pressure, blood lipids, and body composition. It’s particularly impactful for older adults and people with a higher risk of cardiovascular problems. 

    Ultimately, it’s a good idea to switch up your exercise regimen and implement cardiovascular exercises and strength training. This combination offers the best protection against early death and from heart-related deaths in particular. 

    How to get started

    For a lot of people in the trades, exercise isn’t a top priority—especially after a 12-hour shift on your feet. Getting started might be tricky, but the more you adapt and the more fit you get, the more you’ll crave regular exercise. It could also help you improve your mental health and your work performance. Here are a few ways you can get started.

    • Start early: Getting up a half hour earlier to exercise might seem like a pain but then it’s over and done with. Plus, exercise boosts endorphins, which could improve your mood and energy levels, setting you up to successfully tackle your day. 
    • Schedule your workouts: If your workout is in your calendar, you’re more likely to do it. This way, you can plan other things around it. 
    • Choose something you enjoy: Exercise can be enjoyable—if you choose an activity you genuinely enjoy. For some people, lifting heavy is exhilarating and a challenge. For other, walking or swimming bring them the most joy. If you enjoy doing an activity, it’s more likely to stick. 
    • Bring a friend: Having a buddy to workout with keeps your accountable. Plus, it’s harder to cancel when you’re in it together. 
    • Do a trial: Whether you plan to join a gym or purchase an online training program, most offer a free trial so you can test before you buy. YouTube also offers an extensive collection of free workout videos. 
    • Make conscious choices: Make more active choices to exercise throughout the day. Take the stairs, walk part of your commute, stretch your body on your lunch break, and squat to grab things from the floor. 

    Not every tip is well-suited for everyone, so choose some that appeal to you to have the easiest time getting started. 

    Bottom line

    Your cardiovascular health is essential, so embrace regular exercise to prevent and combat heart disease. To protect yourself best, try incorporating a mix of cardio, grip strength, and strength and resistance training. 

    Obesity, tobacco use, and diabetes are also significant contributors to heart disease, but roughly half of all construction workers fail to get enough regular exercise. It doesn’t have to be overly strenuous, but by scheduling exercise into your day, working out in the morning, or committing with a friend, you’ll be well on your way to heart disease prevention and a longer career in the trades. 

    Like this and want more content like it? Subscribe to our weekly newsletter and follow us on social media for insider tips and advice on staying healthy in the AEC community.

  • 7 effective bone and joint supplements for active professionals

    7 effective bone and joint supplements for active professionals

    Maintaining healthy bones and joints is something every professional in physically demanding fields like construction, architecture, and engineering needs. The wear and tear from daily tasks can lead to discomfort, impacting productivity and quality of life. Incorporating bone and joint supplements into your routine can support mobility and reduce joint pain. Products such as Nature Made Glucosamine Chondroitin Complex with MSM and Deva Vegan Glucosamine are among the top supplements that help keep you moving.

    What to look for in a bone and joint supplement

    When selecting a bone and joint supplement, it’s important to consider the following factors:

    • Ingredients: Look for supplements containing clinically proven ingredients, such as glucosamine, chondroitin, MSM, and turmeric, which are known for their joint-supporting properties.
    • Quality and purity: Choose products that have been third-party tested for purity and potency.
    • Dosage and form: Consider the dosage per serving and the form of the supplement (e.g., tablets, capsules, powders) to ensure it fits your preferences and lifestyle.

    Top ingredients in a bone and joint supplement

    • Glucosamine: Supports the formation and repair of cartilage, aiding in joint flexibility and comfort.
    • Chondroitin: Helps maintain cartilage structure and inhibits enzymes that break down cartilage.
    • Methylsulfonylmethane (MSM): Provides sulfur, a vital component for joint health, and has anti-inflammatory effects.
    • Turmeric (Curcumin): Contains anti-inflammatory properties that can help reduce joint pain and stiffness.
    • Boswellia Serrata: An herbal extract known for its anti-inflammatory benefits, supporting joint function.

    Top 7 bone and joint supplements to reduce joint pain

    7. Schiff Move Free Advanced

    Schiff bone supplement
    What we loveThings to consider
    – combines glucosamine, chondroitin, hyaluronic acid, and Uniflex® for comprehensive joint support
    – designed to improve flexibility and reduce stiffness    		– contains shellfish, making it unsuitable for those with shellfish allergies

    Schiff Move Free Advanced is formulated to provide multi-faceted joint support, combining glucosamine, chondroitin, hyaluronic acid, and a proprietary Uniflex® blend. Glucosamine and chondroitin help build and protect cartilage, while hyaluronic acid enhances joint lubrication, promoting smoother movement. Uniflex®, a unique ingredient derived from natural minerals, is designed to deliver fast relief from joint discomfort and stiffness. This supplement is particularly beneficial for construction professionals who experience joint fatigue after long hours of physical labor. Although it contains shellfish, making it unsuitable for some individuals, it remains a top choice for those seeking long-term joint health and mobility.  

    Features  

    • Combines glucosamine, chondroitin, and hyaluronic acid for comprehensive joint support  
    • Contains Uniflex to reduce stiffness and discomfort  
    • Promotes joint lubrication for smoother movement 

    6. Osteo Bi-Flex Triple Strength

    Osteo Bi-Flex Triple Strength
    What we loveThings to consider
    – contains Joint Shield™ 5-LOXIN Advanced, a proprietary blend that supports joint function
    – also includes vitamin D for bone health    		– the proprietary blend may not disclose exact ingredient amounts

    Osteo Bi-Flex Triple Strength stands out with its proprietary Joint Shield™ 5-LOXIN Advanced blend, which contains Boswellia serrata extract — a powerful anti-inflammatory compound that promotes joint comfort. Combined with glucosamine, this supplement helps maintain cartilage health and improves joint flexibility. The added vitamin C supports absorption, making it ideal for active professionals who engage in physically demanding tasks. One of its key benefits is its fast-acting formula, which can deliver noticeable results in as little as seven days. If you’re looking for a supplement that provides comprehensive joint and bone support, Osteo Bi-Flex is a strong contender.  

    Features

    • Includes Joint Shield 5-LOXIN Advanced for fast-acting joint relief  
    • Contains vitamin D to support bone health  
    • Provides high-potency joint support in a triple-strength formula

    5. NOW Vegetarian Glucosamine & MSM

    NOW Vegetarian Glucosamine & MSM
    What we loveThings to consider
    – combines glucosamine and MSM in a vegetarian-friendly formula
    – free from common allergens and artificial ingredients    		– does not contain chondroitin, which is often paired with glucosamine for joint support

    NOW Vegetarian Glucosamine & MSM provides a powerful combination of two essential ingredients for joint health: glucosamine sulfate and MSM. With 1,000 mg of each ingredient per serving, this supplement is designed to reduce inflammation, support cartilage repair, and enhance joint mobility. It’s particularly appealing to vegetarians and vegans, as it avoids animal-sourced ingredients and is also free from major allergens like wheat, gluten, soy, and dairy. For construction professionals, engineers, and laborers who put strain on their joints daily, this supplement offers much-needed relief from stiffness and discomfort.

    Features

    • Suitable for vegetarians and vegans  
    • Free from major allergens like wheat, soy, and dairy  
    • Contains 500 mg of glucosamine and 333 mg of MSM per serving

    4. Klean Athlete Collagen + C  

    Klean Athlete Collagen + C  
    What we loveThings to consider
    – Provides collagen peptides to support joint and connective tissue health  
    – Includes vitamin C to enhance collagen absorption and synthesis     		– Does not contain glucosamine, chondroitin, or MSM, which are commonly used for joint support  
    – Requires mixing with liquid, which may not be as convenient as a capsule  

    Klean Athlete Collagen + C is designed to support joint health, cartilage repair, and mobility, making it ideal for active professionals who put a strain on their bodies daily. This supplement contains collagen peptides sourced from bovine hide, which are known to promote healthy connective tissue, along with vitamin C to boost collagen synthesis. The powder form mixes easily into water, smoothies, or other beverages, making it convenient for those with busy schedules. With no artificial flavors or sweeteners, this supplement aligns with clean-label standards, ensuring you’re fueling your body with high-quality ingredients.  

    Features  

    • Contains collagen peptides sourced from bovine hide  
    • Includes vitamin C to promote collagen production and tissue repair  
    • Free from artificial additives, GMOs, and major allergens  

    3. Pure Encapsulations Glucosamine Chondroitin

    Pure Encapsulations Glucosamine Chondroitin
    What we loveThings to consider
    – offers a clean, hypoallergenic formula with high-quality ingredients
    – ideal for those with dietary sensitivities    		– contains shellfish, making it unsuitable for those with shellfish allergies

    Pure Encapsulations Glucosamine Chondroitin offers a simple yet highly effective formula for joint support, providing 300 mg of glucosamine, MSM, and chondroitin per serving. This supplement is specifically designed for individuals who prioritize purity, as it’s free from gluten, soy, dairy, and artificial additives. Glucosamine works to promote cartilage repair, while chondroitin helps maintain joint cushioning and flexibility. If you’re looking for a clean, hypoallergenic supplement to protect your joints, Pure Encapsulations is an excellent choice.   

    Features  

    • Simple, hypoallergenic formula free from gluten, soy, and dairy  
    • Provides 300 mg of glucosamine, MSM and chondroitin per serving  
    • No additives  

    2. Deva Vegan Glucosamine

    Deva Vegan Glucosamine
    What we loveThings to consider
    – 100% vegan-friendly, ideal for plant-based lifestyles   
    – provides a high dose of 1500mg glucosamine per serving    		– does not contain chondroitin or MSM, which are often paired with glucosamine

    Deva Vegan Glucosamine is designed specifically for individuals following a vegan or vegetarian lifestyle who still want to prioritize their joint health. It provides 1,500 mg of glucosamine hydrochloride per serving, derived from non-animal sources, making it ideal for those with shellfish allergies or dietary restrictions. The formula is also free from soy, gluten, and GMOs, allowing individuals with common allergens to take it with confidence. If you’re looking for a plant-based, clean option to protect your joints, Deva Vegan Glucosamine is a top choice.

    Features

    • Completely vegan-friendly with no animal-derived ingredients
    • Free from soy, gluten, and GMOs
    • Provides 1,500 mg of glucosamine per serving

    UTHH Top Pick: Nature Made Glucosamine Chondroitin Complex with MSM

    Nature Made Glucosamine Chondroitin Complex with MSM
    What we loveThings to consider
    – combines glucosamine, chondroitin, and MSM, three key ingredients known to support joint health
    – free from synthetic dyes and artificial flavors    		– each serving requires taking two caplets, which might be inconvenient for some users

    Nature Made Glucosamine Chondroitin Complex with MSM is our top pick as it comes packed with all three main ingredients needed to support joints and reduce stiffness. Each serving comes with 1500mg of Glucosamine, 800mg of Chondroitin, and 750mg of MSM making this supplement highly potent. It’s also USP verified, ensuring it meets high standards for quality and potency, giving you peace of mind about what you’re putting into your body. For active professionals who face daily wear and tear on their joints, this supplement is a reliable way to keep you moving comfortably. 

    Features

    • Triple-ingredient formula that supports cartilage repair, joint cushioning, and flexibility  
    • USP verified for quality and potency  
    • Free from artificial dyes or flavors

    Bottom line

    Finding the right bone and joint supplement can make a big difference in how you feel day-to-day, especially in physically demanding professions. Whether you’re on your feet all day or lifting heavy materials, protecting your joints is essential for long-term mobility. Prioritize supplements with glucosamine, chondroitin, MSM, and anti-inflammatory ingredients like turmeric to maximize your results.  

    If you’re looking for more health and wellness tips tailored to professionals in construction, architecture, and engineering, subscribe to our newsletter at Under the Hard Hat. We’ll keep you moving strong and staying informed!  

  • 12 kitchen trends heating up design in 2025

    12 kitchen trends heating up design in 2025

    Kitchen design in 2025 is bringing fresh, exciting changes that blend style and function. Homeowners are embracing bold colors, smart technology, and innovative layouts to create spaces that are more inviting and efficient. Here’s a look at 12 kitchen trends that will define 2025, ranked from emerging ideas to the hottest must-haves.  

    Kitchen trend #12: Reimagined pantry spaces  

    pull out pantry

    Pantries are evolving from basic storage areas to highly organized, functional spaces. Walk-in designs with custom shelving, pull-out bins, and dedicated zones make it easier to keep track of ingredients and supplies. Hidden compartments and labeled containers help minimize clutter and maintain order. Some modern pantries even include prep areas and secondary refrigerators, streamlining meal prep while keeping the main kitchen tidy. These upgraded pantry designs are a game-changer for busy households that want efficiency without sacrificing style.  

    Top features of this trend  

    • Walk-in layouts for maximum storage  
    • Custom shelving to keep things organized  
    • Pull-out bins for easy access  
    • Zones for different food categories  
    • Hidden compartments that reduce clutter  

    Kitchen trend #11: High-contrast designs  

    dark contrasting kitchen

    High-contrast designs are making a bold statement in 2025 kitchens. Dark cabinets paired with light countertops, matte finishes combined with glossy accents, and striking black-and-white pairings create eye-catching visual impact. This trend works in both modern and traditional spaces, adding drama and sophistication. 

    Top features of this trend  

    • Dark cabinets with light countertops  
    • Matte and glossy finishes for contrast  
    • Black and white combinations for visual drama  
    • Statement backsplashes that draw attention  
    • Bold color pairings that add depth  

    Kitchen trend #10: Open shelving with curated displays  

    Open shelving kitchen

    Open shelving is replacing upper cabinets, giving kitchens a more open and airy feel. Homeowners are using shelves to display carefully curated collections of dishes, glassware, and decorative items. This trend adds a personal touch to the kitchen while keeping frequently used items within easy reach. The key is striking a balance between function and aesthetics, ensuring that shelves remain both stylish and practical.  

    Top features of this trend  

    • Floating shelves for a sleek, modern look  
    • Space for displaying curated items  
    • Easy access to everyday essentials  
    • Minimalist design that opens up the space  
    • Custom shelving that matches personal style  

    Kitchen trend #9: Touchless technology  

    touchless sink

    Hygiene-conscious homeowners are turning to touchless technology to keep kitchens cleaner. Touch-free faucets, motion-activated lights, and voice-controlled appliances reduce the spread of germs while adding convenience. These features also improve accessibility, providing hands-free options for individuals with mobility challenges. As concerns about cleanliness remain a priority, touchless technology is becoming a must-have in modern kitchens.  

    Top features of this trend  

    • Touch-free faucets for better hygiene  
    • Motion-activated lights for added convenience  
    • Voice-controlled appliances for hands-free operation  
    • Smart soap dispensers that minimize contact  
    • Easy-to-clean surfaces that support hygiene  

    Kitchen trend #8: Multifunctional islands  

    multifunctional kitchen island

    Kitchen islands are becoming central hubs for cooking, dining, and entertaining. Modern islands often feature built-in storage, integrated appliances, and seating areas that maximize both space and functionality. Charging stations, wine coolers, and secondary sinks add to their versatility, making islands a great addition to any kitchen. 

    Top features of this trend  

    • Built-in storage for pots and pans  
    • Seating areas for casual dining  
    • Integrated appliances for added convenience  
    • Charging stations for electronics  
    • Secondary sinks for food prep  

    Kitchen trend #7: Sustainable and eco-friendly choices  

    sustainable kitchen design

    Sustainability is taking center stage in kitchen design, with more homeowners choosing environmentally friendly materials and energy-efficient appliances. Bamboo cabinets, recycled countertops, and low-VOC finishes promote healthier indoor air quality while reducing environmental impact. Other options include water-saving faucets and energy-efficient dishwashers to help cut down on water use without compromising performance. These eco-conscious choices not only benefit the planet but also help homeowners save on utility costs.  

    Top features of this trend  

    • Energy-efficient appliances that reduce energy consumption  
    • Recycled and sustainable materials  
    • Low-VOC finishes for healthier air  
    • Water-saving faucets to minimize waste  
    • Long-lasting LED lighting for energy efficiency  

    Kitchen trend #6: Mixed metal finishes  

    Mixed metal finished kitchen

    Mixing metal finishes adds depth and sophistication to modern kitchens. Brass, copper, stainless steel, and matte black finishes combine to create a curated, layered look. Hardware, faucets, and light fixtures can be mixed and matched, allowing homeowners to add contrast and visual interest. This trend provides plenty of flexibility, enabling homeowners to blend warm and cool tones for a balanced aesthetic. 

    Top features of this trend  

    • Brass and copper for warmth  
    • Stainless steel for a modern touch  
    • Matte black for bold contrast  
    • Mix-and-match hardware and fixtures  
    • Layered finishes that add visual depth  

    Kitchen trend #5: Statement lighting  

    Statement lighting in a kitchen

    Lighting is becoming a focal point in kitchen and home design. Oversized pendants, sculptural chandeliers, and layered lighting schemes add drama and personality. These fixtures highlight key areas like islands and dining spaces, while dimmable options allow homeowners to create different moods for cooking, entertaining, or relaxing. Bold lighting choices can completely transform a simple kitchen into a vibrant, inviting space. With a wide range of styles and finishes available, it’s easy to find fixtures that complement any design.  

    Top features of this trend  

    • Oversized pendant lights for bold visual impact  
    • Sculptural chandeliers that double as decor  
    • Layered lighting for different moods  
    • Task lighting for food prep and dining areas  
    • Dimmable options for flexible ambiance  

    Kitchen trend #4: Natural materials and textures  

    Natural designed kitchen

    Natural materials are bringing warmth and texture back to the kitchen. Wood, stone, and organic textiles create a tactile experience that adds character to modern and traditional spaces. Reclaimed wood islands and shelves add rustic charm, while marble and quartz countertops provide durability with timeless appeal. As sustainability becomes more important, homeowners are embracing biophilic design that incorporates natural materials that align with their values.  

    Top features of this trend  

    • Reclaimed wood accents for a rustic touch  
    • Stone countertops for lasting durability  
    • Textured backsplashes that add depth  
    • Woven light fixtures for natural warmth  
    • Eco-friendly materials that promote sustainability  

    Kitchen trend #3: Concealed storage solutions  

    concealed storage in kitchen

    Concealed storage is helping kitchens stay organized while maintaining a sleek, streamlined appearance. Pull-out pantry shelves, appliance garages, and built-in organizers make it easy to keep clutter hidden yet accessible. This includes using vertical storage solutions, such as tall pull-out racks and floor-to-ceiling cabinets, to maximize space while minimizing visual clutter. Custom inserts and dividers ensure everything has its place, making it easier to maintain order in a busy kitchen.  

    Top features of this trend  

    • Pull-out pantry shelves for easy access  
    • Hidden appliance garages for small gadgets  
    • Built-in organizers for utensils and cookware  
    • Seamless cabinet doors that hide clutter  
    • Maximized vertical space with tall cabinets  

    Kitchen trend runner up: Smart technology integration  

    Smart kitchen

    Smart technology is revolutionizing kitchens by making them more efficient and user-friendly. Voice-controlled ovens, touchless faucets, and app-connected refrigerators simplify cooking and cleanup. These appliances provide real-time updates on energy use, inventory levels, and maintenance needs, keeping homeowners informed and in control. As smart tech becomes more affordable and accessible, it’s becoming an essential feature in modern kitchens.  

    Top features of this trend  

    • Voice-activated ovens and microwaves  
    • Touchless faucets for improved hygiene  
    • App-controlled refrigerators with inventory tracking  
    • Smart lighting systems for task and mood lighting  
    • AI-driven appliances that adapt to user preferences  

    Top kitchen trend in 2025: Bold color palettes  

    Bold kitchen color

    Neutral kitchens are taking a back seat as vibrant hues dominate 2025. Deep greens, rich blues, and earthy terracottas bring warmth and personality to the heart of the home. These colors are being used not just for accent walls but also on cabinets, islands, and even ceilings. Matte finishes give these bold shades a modern, sophisticated look while reducing glare and fingerprints. By incorporating bold colors in strategic areas, homeowners can create a lively and inviting space without overwhelming the room.  

    Top features of this trend  

    • Deep greens and blues on cabinets and islands  
    • Terracotta and earthy shades for warmth  
    • Matte finishes that reduce glare and fingerprints  
    • Accent colors that add personality without overpowering  
    • Flexibility to blend with natural materials  

    Bottom line

    Kitchens in 2025 are all about combining style, functionality, and sustainability. From bold color palettes and smart technology to hidden storage and eco-friendly materials, these trends create spaces that are both beautiful and efficient. Whether you’re planning a full remodel or just looking to refresh your space, these ideas are sure to boost your creativity.

    Stay ahead of kitchen design trends by subscribing to Under the Hard Hat for more tips and updates on innovative home and construction designs.  

  • BIG unveils stunning design for Bhutan’s Gelephu International Airport

    BIG unveils stunning design for Bhutan’s Gelephu International Airport

    Bhutan is gearing up for a major upgrade in connectivity, and it’s doing it in style. The Bhutan Gelephu International Airport, designed by Bjarke Ingels Group (BIG), is set to become a striking blend of traditional Bhutanese craftsmanship and cutting-edge architecture. This project is about creating an experience that reflects Bhutan’s deep cultural roots while embracing the future.

    BIG Bhutan Airport New Design

    New design of Gelephu International Airport courtesy of https://big.dk/

    Gelephu International Airport is Bhutan’s second international airport and will be a crucial part of the country’s growing transportation network. Located near the Bhutan-India border, right next to the Paitha River, it’s a key component of the Gelephu Mindfulness City (GMC) master plan. The numbers tell an exciting story: this airport will be able to handle up to 123 flights daily and is expected to serve 1.3 million passengers by 2040—scaling up to a whopping 5.5 million by 2065.

    BIG is known for pushing boundaries in architecture, and this project is no exception. The airport’s design features a modular diagrid structure made from sustainably sourced glulam timber, with intricate wood carvings crafted by Bhutanese artisans. These carvings, inspired by the traditional ‘Kachen’ pillars, represent both structural integrity and spiritual significance. The airport will be a functional work of art, showcasing Bhutanese heritage while delivering top-tier modern infrastructure.

    Gelephu Airport gate design

    New design of Gelephu International Airport courtesy of https://big.dk/

    Modular timber frames will also make future expansions easier for this airport if needed. The design allows different sections to be disassembled and reassembled as needed, ensuring the airport can keep up with increasing passenger demand without requiring massive overhauls—another win for efficiency.

    Built for sustainability

    Bhutan has long been recognized for its commitment to sustainability—the world’s only carbon-negative country—and this airport is no exception. The terminal will partly be powered by rooftop solar panels, making it energy-efficient. Smart climate-responsive design elements like ventilated roofs, open courtyards, and extended eaves will help keep the terminal naturally cool, reducing the need for excessive air conditioning. The wooden framework itself will help regulate humidity, making the space comfortable for travelers year-round.

    Interior design of Gelephu International Airport

    New design of Gelephu International Airport courtesy of https://big.dk/

    If there’s one thing that sets this airport apart, it’s the emphasis on creating a tranquil, nature-filled experience. The ‘Forest Spine’—a central courtyard running through the terminal—will be filled with native plants, offering a peaceful space for travelers to relax. A treetop walkway and indoor-outdoor lounges will provide opportunities to unwind before a long-haul flight or upon arrival in Bhutan. This airport will feel more like a wellness retreat than a transit hub.

    BIG’s vision for Gelephu International Airport shows how architecture can respect heritage while embracing sustainability. When completed, it’s set to become one of the world’s most unique and breathtaking air travel hubs.

    Want to stay updated on the latest in architecture, construction, and design? Subscribe to our newsletter for exclusive insights and breaking news—delivered straight to your inbox!

  • Is the construction industry ready for VR and AR technology?

    Is the construction industry ready for VR and AR technology?

    Virtual Reality (VR) and Augmented Reality (AR) have emerged as transformative technologies in various industries, including construction. VR/AR in construction is revolutionizing how construction projects are planned, designed, visualized, and executed. The latest AR/VR technologies may reduce building costs by up to 90% in the pre-construction phase, potentially saving the construction industry as much as $15.8 billion by minimizing errors caused by insufficient or inaccurate data. 

    Virtual Reality (VR) vs Augmented Reality (AR)

    VR and AR, while often lumped together, serve distinct purposes within the construction industry. Virtual Reality immerses users in a fully digital environment, enabling them to experience and interact with a 3D model of a construction project before it even breaks ground. This technology is particularly beneficial for client presentations, design reviews, and virtual walkthroughs, providing stakeholders with a comprehensive understanding of the project.

    On the other hand, Augmented Reality overlays digital information onto the real world. In a construction context, this could mean visualizing a building’s infrastructure overlaid on its current physical site, aiding in real-time modifications and on-site decision-making. AR is especially useful for equipment monitoring, project modifications, and enhancing team collaboration by providing a real-time, interactive view of construction plans on the job site.

    VR/AR applications in construction

    The construction industry is witnessing a transformative shift with the integration of VR and AR across various stages of project development. These technologies are not just futuristic concepts—they are already enhancing safety protocols, improving design accuracy, and streamlining project management on-site.

    Safety and training

    Safety and training are among the most significant applications of VR/AR in construction. AR technology allows workers to train in simulated environments that replicate real-world scenarios without exposing them to actual risks. For instance, AR headsets can overlay safety protocols onto a construction site, guiding workers through potentially hazardous areas and alerting them to dangers in real-time. This immersive training approach ensures that employees are better prepared for the complexities of on-site work, leading to fewer accidents and a safer working environment overall​.

    Virtual design and visualization

    VR/AR technologies have revolutionized the design and visualization processes in construction. With VR, stakeholders can virtually walk through a building model before construction begins, allowing for more informed decision-making and early identification of potential issues. This virtual experience is particularly beneficial during client presentations, providing a tangible sense of the project’s scale and design. 

    AR further enhances this by allowing on-site visualization of designs, where digital models are overlaid onto the physical environment, helping contractors and clients see how a project will look once completed​.

    Equipment monitoring and project management

    Another critical application of VR/AR in construction is equipment monitoring and project management. AR-enabled devices can track the location and status of machinery, providing real-time data that helps optimize equipment usage and reduce downtime. Moreover, AR can be used for project management tasks such as monitoring construction progress, conducting remote inspections, and facilitating communication among team members, regardless of their physical location. This leads to more efficient project workflows and a reduction in costly delays​.

    Facilities management and maintenance

    AR is also making waves in facilities management. Once construction is complete, AR can assist in maintaining the building by providing facility managers with an interactive view of the structure’s internal systems. For example, when repairs are needed, AR glasses can help maintenance teams see through walls to identify the locations of pipes or electrical systems, ensuring that maintenance is performed accurately and efficiently.

    Advanced visualization for site planning

    AR technology offers advanced visualization capabilities that allow architects, engineers, and project managers to see how a building will integrate into its environment before construction begins. By overlaying digital models onto the physical landscape, AR helps identify potential site issues, such as how the design interacts with the topography, neighboring structures, or existing infrastructure. This application is particularly beneficial for large-scale urban development projects, ensuring that designs are compatible with the intended site from the very beginning.

    Onboarding and training

    AR tools provide a highly effective means for onboarding and training new employees or contractors in the construction industry. Using immersive, interactive learning environments, AR helps workers quickly familiarize themselves with site-specific protocols, safety procedures, and new technologies. This approach accelerates the learning curve and reduces the likelihood of human errors on the job site.

    Enhanced collaboration among stakeholders

    VR/AR in construction also improves collaboration among all parties involved in a construction project, including architects, engineers, clients, and contractors. By providing a shared, interactive view of the project, AR ensures everyone is on the same page, facilitating better communication and more productive discussions.

    Error prevention and quality control

    Building Information Modeling (BIM) integrated with AR allows for a high level of error prevention and quality control on construction sites. By overlaying 3D models that include detailed data about pipelines, electrical systems, and structural components onto the physical site, AR helps workers and supervisors quickly identify any deviations from the original design.

    Things to consider before using VR/AR in construction

    While VR and AR technologies offer immense potential to revolutionize the construction industry, their implementation comes with challenges that should be carefully considered.

    Cost and implementation challenges

    The high initial cost is one of the most significant barriers to adopting VR/AR in construction. This includes purchasing the necessary hardware, such as VR headsets and AR glasses, and investing in software that can handle complex construction data. Integrating these technologies into existing workflows can also be challenging, requiring careful planning and employee training and potentially disrupting current processes​.

    Learning curve and training requirements

    The adoption of VR/AR in construction necessitates comprehensive workforce training. Construction professionals, who are often more familiar with traditional methods, must learn to use these new technologies effectively. This learning curve can be steep, requiring time and a shift in mindset towards embracing digital tools. The industry’s general resistance to change, especially where technology is concerned, can further complicate this transition​.

    Data security and privacy concerns

    As VR/AR technologies become more integrated into construction processes, the amount of sensitive data they handle increases. This includes everything from detailed building plans to real-time project updates. Ensuring this data is secure is vital, as any breaches could lead to significant financial and reputational damage. Construction companies must, therefore, invest in cybersecurity measures to protect this information​.

    Balancing real and virtual interactions

    While VR/AR technologies offer impressive virtual simulations, it is crucial to maintain a balance between virtual experiences and real-world construction activities. Over-reliance on virtual tools might lead to a disconnect from the physical realities of a construction site, potentially compromising on-site safety and the effectiveness of hands-on problem-solving​.

    Bottom line

    VR and AR technologies are undeniably set to transform the construction industry, offering significant advancements in safety, design, project management, and training. These technologies can help visualize projects before breaking ground, simulate dangerous scenarios in a safe environment, and enhance real-time decision-making.

    However, the journey to widespread adoption is not without its challenges. High costs, steep learning curves, and the need for robust data security measures are all hurdles that construction companies must overcome. Integrating VR/AR into existing workflows also demands careful planning and a willingness to embrace change within an industry that has traditionally been slow to adopt new technologies.

  • Why construction companies need to consider digital upskilling

    Why construction companies need to consider digital upskilling

    The construction industry is moving fast, but the digital skills gap is holding it back. Many workers still rely on outdated methods and haven’t been trained to use the latest technology shaping the field. From 3D printing and AI-powered machines to software streamlining project management, companies are realizing they can’t ignore these advancements if they want to stay competitive, but training their employees remains a challenge. Learning how to close the digital skills gap could jumpstart industry digitization—leading to faster, cheaper, and more sustainable building methods.

    Construction in the digital age

    The way construction projects are designed, managed, and built is changing fast thanks to construction industry digitization. It’s no longer just about using tools like Building Information Modeling (BIM). Now, digital transformation includes everything from artificial intelligence (AI) to 3D printing, revolutionizing every step of the construction process. Here are a few of the benefits of implementing new technology into your construction processes:

    • Get projects done faster: 3D printing makes it possible to build housing units quickly, slash timelines, and help crews respond faster in emergencies.
    • Make planning a breeze: AI-powered tools can create 3D models, test how structures will hold up, and compare design options, saving time and avoiding headaches later.
    • Keep everyone safer: Smart sensors powered by AI can track the condition of equipment, structures, and site safety in real-time, creating safer, more efficient job sites.
    • Save money where it counts: 3D printing cuts out extra labor and material costs, making it more affordable than traditional methods.
    • Build greener: 3D printing helps make construction projects more eco-friendly by using only what’s needed and reducing waste.
    • Stay on the same page: Cloud-based platforms make it easier for on-site and office teams to stay connected, collaborate in real-time, and keep projects running smoothly.

    Challenges of digitization in construction

    Adopting digital tools in construction sounds exciting, but it’s not as easy as flipping a switch. The industry faces a few significant hurdles that slow things down. Here are some of the key challenges to consider.

    Resistance to change

    Change is hard, especially in an industry where traditional methods have worked for decades. Many construction workers and managers stick to what they know because it feels safer. This mindset has blocked the adoption of new tools, no matter how useful they might be. The hesitation comes from not fully understanding the benefits or worrying that the tools will overcomplicate things. When people aren’t on board, progress stalls and improvement opportunities are missed.

    High implementation costs

    Let’s face it—digital tech doesn’t come cheap. Between software licenses, new equipment, and training employees, the costs can add up quickly. For smaller construction companies, this can be a dealbreaker. It’s tough to justify spending money upfront when you’re unsure how quickly you’ll see results. This financial barrier often puts companies off digitization, even if it could save them time and money in the long run.

    Lack of digital skills

    Many construction workers have not been trained to use digital tools, creating a digital skills gap. If no one knows how to use fancy new software or equipment, it just collects dust. This digital skills gap makes companies hesitant to invest in tech because they know they’ll need to spend even more time and money on training.

    Data security worries

    More tech means more data, which opens the door to cyber threats. Construction companies handle sensitive information like project plans and financial details, so they’re naturally worried about hacks and data leaks. If a company doesn’t have the proper security measures in place, adopting digital tools will feel like more of a risk than a reward. This fear is a big reason why companies don’t fully embrace digitization.

    Poor integration

    Not all digital tools play nicely with each other. Many construction companies use different software for different tasks; those tools don’t always communicate well. This creates inefficiencies, extra work, and data that’s stuck in silos. When companies realize they’ll have to spend additional time and money making everything work together, it can be a big turn-off.

    How to navigate the challenges of adopting digital tools

    So, we’ve talked about the challenges of digitizing construction, but how do we tackle them? The good news is there are plenty of ways to break through the barriers and make digital tools work for your business. Here’s how:

    • Empower your team: Change starts with your people. When employees feel supported and included in the process, they’re more likely to embrace new tools. Start by showing them how digital tools can make their jobs easier, whether it’s cutting down paperwork or improving site safety.
    • Invest in education: No one can use a tool they don’t understand. Training is key to closing the digital skills gap, so prioritize it. Whether it’s hands-on workshops, online courses, or partnering with tech providers for on-site training, education should be ongoing.
    • Foster a growth mindset: When people see that trying something new can lead to better outcomes, they’re more likely to stay open to innovation. Encouraging a mindset where mistakes are part of learning and growth is critical to creating a culture of development. You can do so by highlighting success stories from within the team to show how small wins can lead to big improvements.
    • Build strong partnerships: Partnering with technology providers, training organizations, or even other companies in the industry will make the transition easier. Tech providers offer guidance on choosing the right tools and training your team. Collaborating with others can also give you access to shared resources and insights, helping you overcome challenges faster.
    • Take small steps: Digitization doesn’t have to be an all-or-nothing leap. Start with one area of your business—like project management or safety monitoring—and gradually introduce tools to make an impact. Once you see success in one area, building momentum and expanding into others is easier.

    Bottom line

    The construction industry is evolving, and embracing digital tools is no longer optional. While challenges like the digital skills gap and resistance to change have slowed progress, small steps like training your team and fostering partnerships can make all the difference. The payoff? Faster projects, smarter designs, and a more efficient, sustainable future.

    Don’t get left behind—start your digital transformation today. Subscribe to our newsletter and follow us on social media for tips, trends, and tools to keep your construction business ahead of the curve.