Electricians encounter potential safety hazards every day. While working with the voltages and currents within electrical systems always involves a risk, it’s important to know how to reduce as much risk as possible. With the right safety practices and protocols in place, electricians are able to stay safe on the job, ensuring long and successful careers. 

At the North American Trade Schools, students in the Construction and Maintenance Electrician Program not only build practical skills in wiring, installation and more, but they also receive comprehensive safety training which they’ll be able to apply in their future careers. Below, get a head start on your electrical safety knowledge by discovering five key electrical safety tips to follow.

1. Wear the Right Protective Equipment 

Personal Protective Equipment (PPE) is key for an electrician. With the right PPE, those with electrician training can avoid the risk of shock or other dangers associated with working with electrical equipment. Typically, proper safety gear includes insulated gloves, long sleeves, hard hats, goggles, line hoses and blankets. Depending on the job, more gear may be required to ensure adequate protection. As an extra precaution, make sure to inspect your gear before starting any job to ensure that it’s not damaged.

2. Keep the Electrical Code in Mind

As a student at NATS, you’ll have the opportunity to learn about the Canadian Electrical Code (CEC). The CEC was developed to outline the safety risks involved in the wiring, installation and maintenance of electrical systems. It includes information about the proper safety protocols and best practices to follow while on the job. As an electrician, it’s important to maintain a working knowledge of the CEC, as this will help you to avoid hazardous situations and respond to risks safely. 

3. Know What to Do in Wet Conditions With Electrician Training

Damp or wet areas are a hazard for electricians, as water contact increases the risk of electrocution. After electrician school, it’s important to take the proper steps in preventing electrocution as a result of water. When working in any wet area, it’s crucial to install Ground Fault Circuit Interrupters (GFCIs) before beginning your project. When cords and equipment are plugged into GFCI-protected receptacles, the risk of electrocution is minimized as the circuit is interrupted before making contact with your body. 

4. Maintain Your Electrical Tools

Damaged tools are an accident waiting to happen. The tools electricians use (trigger locks, power tools, extension cords and more) are designed to maximize safety, but when these tools are in need of repair, they can pose a serious safety hazard. Before beginning any job, make sure to examine your tools for signs of wear and tear, fraying or cracking. If any tools show signs of damage, it’s important to remove them from the site and get them repaired immediately.

5. Remember Lockout and Tagout

Lockout and tagout procedures are critical for any electrical job. During the program at NATS, you’ll receive training in lockout and tagout, which involves de-energizing any equipment before the repair process. All electrical equipment, including hanging wires, metallic covering and other components, must be de-energized in order to avoid electrocution. Lockout and tagout are performed by turning off the current at the switch box and keeping it off by padlocking the switch in place. Before any electrical job, don’t forget to complete this step.

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Heating, ventilation and air conditioning is an industry that is gaining popularity. Almost every house today will not only have a central heating system but also a system to control the air quality, humidity and ventilation of a space. 

While working in HVAC, it is essential to have good communication skills, especially when engaging with new and existing customers. When it comes to HVAC systems and businesses, clients have many options to choose from. Good communication and customer service are something that all clients care about, so it’s important to offer every customer the best possible experience to secure their business. Read on for some top communications tips when dealing with clients!

1. Answering the Phone Quickly Will Look Professional 

Having an open line of communication for your clients to reach you is essential for the steady flow of business. Many customers will call you to get an instant quote on what services you offer, your next availability to service or install an HVAC system, and your prices. In that case, companies need to have someone ready to answer the phone and respond to those queries.

After completing HVAC technician courses, you’ll learn that having reliable customer service is what can truly differentiate your business from others. For example, a client’s A/C may break down in the summer and need to be fixed the next business day. By acting fast when your clients call you about a problem, you can be sure to secure a loyal customer for the future. 

2. Make Sure Customers Understand What You Are Saying

Have you ever been somewhere to get a service and the employee keeps using technical terms that you don’t know? This is an example of poor communication skills which can leave the customer feeling lost and confused. 

During HVAC school you will receive advanced training in technical procedures relating to gas and propane heating systems and ventilation and air cooling equipment. You will also be taught gas codes & regulations for residential and commercial environments. With this knowledge in the bag, it’ll be your job to break down any problems or procedures to clients in clear and simple terms. That way, you can clarify what services you’ll be performing and leave clients feeling confident in your role as a technician. 

3. Focus on Earning Customer Trust After HVAC School

Loyal customers are the most important attributes of any successful business–and HVAC companies are no different. You may be dealing with clients who are stressed or impatient about getting a service done. In these situations, it’s important to listen to the customer’s concerns and offer them the best solution possible. 

In some cases, there may be bigger problems with an HVAC system that will take time to be fixed or replaced. In this case, it is important to be upfront with your clients and give them an honest estimation of your services. When delays or issues arise, inform your clients immediately so they are not left in the lurch. With clear and honest communication, your business can enjoy a loyal and satisfied client base. 

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Caring for the environment is becoming increasingly more important, making sustainable construction a key part of the process. According to research, annual global construction waste is anticipated to reach 2.2 billion tons by 2025. Professionals in construction careers can embrace sustainable practices to reduce this number and make a positive difference.

Sustainable construction can typically be viewed as any kind of construction practice that serves to reduce its impact on the environment. Typically, this involves being environmentally conscious when starting construction projects—choosing the right materials and methods to minimize energy consumption or waste production. 

Read on to learn about how professionals in the industry can embrace sustainability and contribute to protecting the environment through their work.

Selecting Environmentally-Friendly Construction Materials 

Before starting a construction project, professionals can begin by selecting sustainable materials. These materials do not negatively impact the environment nor do they play a role in draining natural resources. Here, it’s best to avoid using non-renewable and scarce materials and prioritize reclaimed materials over new ones. 

Professionals can consider using bamboo, recycled plastic, laminated timber, ferrock and hempcrete when constructing green buildings—ones that are environmentally responsible and resource-efficient. It’s also good practice for professionals in construction careers to aim for using fewer materials and opting for ones with low embodied energy. By taking on this approach, construction professionals can reduce their energy consumption, better protect the environment and decrease the carbon footprint of their projects. 

Embracing Sustainable Construction Methods After Construction School

Prefabricated construction, also referred to as offsite or modular construction, is when parts of a structure are assembled at a manufacturing site before being transported to their final destination. This technique is considered to be more sustainable as it promotes factory-based manufacturing with more affordable operating costs. 

In fact, it’s even been noted that this construction method uses up to 67% less energy than a traditional site. Because manufacturers would be more able to accurately estimate the necessary materials, they can reduce waste by 50% compared to conventional construction. 

Interestingly, buildings developed using the prefabricated approach can even be recycled and repurposed over time, ultimately reducing waste. Students in construction school can embrace these methods in their careers to build a more sustainable future.  

Managing Construction Waste With the Environment in Mind

Reducing waste is a key way to promote sustainability in construction. This can be done by carefully planning waste management efforts, anticipating potential waste, preparing sufficient bins for separating waste, estimating the right amount of materials and identifying recyclable materials.

Another valuable approach is to prioritize deconstruction over demolition. That’s because demolition is typically more destructive, preventing professionals from preserving reusable materials. By opting for deconstruction, professionals can disassemble structures to salvage reusable materials and save them for future projects. Adopting these approaches and taking active measures to promote sustainability in the field can help reduce our impact on the environment.

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If you’re interested in problem-solving and using your hands in a fast-paced career, you might consider becoming an electrician. In addition to flexible schedules, Job Bank Canada forecasts that close to 25,000 new job openings will become available between 2019-2028 in Canada alone.

North American Trades Schools provides electrician certification for residential, commercial and industrial levels, preparing you with the knowledge and hands-on training to feel confident and safe at the workplace. As a student in electrician school, familiarizing yourself with safety practices and common hazards will help you to stay safe throughout your training and future career. 

Keep reading to learn about five common electrical hazards and how to prevent them so you can improve your safety while earning your electrician diploma.

1. Wearing Personal Protective Equipment Is Essential When Earning Your Electrician Diploma

Electrocution, electric shock, burns and falls are all common injuries that an electrician must be hyper aware of avoiding. During your electrician training, you’ll learn that the first preventative measure that you can take is equipping yourself with the appropriate Personal Protective Equipment (PPE).

There are many different types of PPE you can protect yourself with, depending on the scope of the job. Insulated gloves, matting, and ladders can provide a protective layer eliminating a pathway for electricity to travel through the body. Face shields, non-metal helmets and flame retardant clothing can also add extra protection. Additionally, you should always inspect your PPE before use, and be sure to safely store it after completing a job.

2. Beware of Improper Grounding and Unwanted Voltage

Grounding is the method of connecting an isolated conductor to a ground, preventing unwanted transmission and voltage. When an electrical system is not appropriately grounded it can create voltage that cannot be eliminated safely, as the exposed parts of a system can become energized and cause electrocution. This can include the metal parts of motors, appliances or electronics that are plugged in.

To prevent electrical hazards, equipment must always be properly grounded. Using a Ground Fault Circuit Interrupter (GFCI) is a recommended safety measure that can safeguard you from improper grounding when working with electric systems. If a ground fault is detected in a circuit protected by a GFCI, it automatically stops the current, protecting you from electrocution.

3. Following Lockout and Tagout (LOTO) Procedures Keep You Safe

During your electrician certification, you’ll learn about using the LOTO method to control hazardous energy and prevent the accidental use of equipment while it is unsafe, being inspected, or being worked on.

Lockout and Tagout ensures that equipment is appropriately shut off and unable to be restarted prior to the completion of any work being done. When the power sources are off, they are locked with a tag attached identifying the reason the LOTO is there. The worker that places the LOTO is the only one with the key, ensuring that it is not accidentally started by anyone else.

4. Working in a Wet Environment Increases the Chance of Electrocution

From spilled water near an electrical outlet to leaks from plumbing issues, electricity and water are always a dangerous combination, together increasing the chances of electrocution. It’s important to keep tools, equipment and wires away from damp and wet areas, especially if equipment has any damages to its insulation. Wear and tear can make it easier for water to make contact with the conductors, leading to electrocution. As with improper grounding, protecting circuits with a GFCI ensures that if electrical shock occurs due to these conditions, the current will immediately be stopped.

5. Overloaded Power Strips and Outlets Are a Common Hazard

One of the most common electrical hazards in many homes and businesses are overloaded power strips and outlets. Outlets are designed for a limited amount of electricity output. Plugging in an excess of high-voltage devices can overload a power strip, increasing the chances of an electrical fire. Choosing power strips with surge protection will help to reduce the risk of fire, as the breaker stops the current if it gets overloaded. However, when working with heavy electric equipment as an electrician, you cannot rely on common surge protectors and power strips. Instead, a safer alternative is a three-way extension with GFCI for added protection.

With an extensive hands-on learning experience, as well proper safety techniques and leading practices, you will be fully prepared to identify and avoid common electrical hazards throughout your future career.

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With skills that are required in various industries, Welders are professionals who are responsible for using different techniques to join metal parts, repair structural elements and more. Welders are needed in the construction and manufacturing industries, in addition to being employed in automotive garages, aviation, and underwater projects. Their principal duties might include choosing the right equipment for a specific weld, determining the proper weld technique to implement, accounting for safety hazards, adjusting and setting up metal components for a weld and more. 

If you’re interested in welding training, building a few key skills will enhance your confidence while improving the accuracy and quality of your welds. Below, discover three key skills to develop during your training and throughout your apprenticeship to ensure a long and successful career as a welder.

Attention to Detail

While perfectionists aren’t a great fit for every career path, it’s safe to say that most would make a great welder. As you’re likely to realize during your welding technician training, it takes a lot of precision to become a welder. Welders benefit from being extremely attentive to detail–with the ability to notice every aspect of a welding project, spot potential mistakes before they happen, and align different components at just the right angles. They’ll need to perform precise cuts in accordance with specific dimensions, and produce a finished project with minimal flaws. For these reasons, employers in the welding industry often look for welders who are detail-oriented, as their work tends to be more accurate and more efficient in comparison to others.

Develop Strong Mathematical Skills During Welder Training

Welders spend plenty of time on calculations, determining the correct amounts, sizes and measurements for various components of their projects. While you’ll probably be able to use a calculator as a welder, it’s no secret that if you possess the mathematical skills to perform most calculations off the top of your head, your workflow will become a lot more efficient. During welding classes, you’ll gain an understanding of the calculations you’ll need throughout your career, putting your mathematical skills to the test and enabling you to improve them. As a future welder, you’ll use mathematical skills to interpret model sketches and 2D/3D prints, trim materials accurately and much more. 

Physical Strength Will be Important

As a welder, you won’t only be expected to have a knack for math; you’ll also need the physical skills to match the job. Welders use their whole bodies on the job, and are consistently lifting, bending, stooping and configuring materials. What’s more, being a welder requires standing for long hours. In addition to physical strength, welders also must be dextrous, as their hands serve as guides for any welding project they complete. If you have steady hands and a good grip, you’re likely to excel in this career path, as you’ll spend long periods of time handling various tools and joining different components with a weld. During an interview for your next job as a welder, an employer may test your hand-eye coordination, your ability to lift heavy weights and the steadiness of your hands. 

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Rough electricity installation, or the initial installation of electricity prior to the addition of drywall, insulation and other barriers, is a fundamental component of a construction electrician’s responsibilities. If you’re considering this career path, electrician college is the perfect starting point, preparing you to qualify for an apprenticeship and eventually, a job. 

At North American Trade Schools, both the classroom and lab sessions will give you the foundation you need to apply your skills in an apprenticeship and in your future role. Through courses such as Basic Electrical Theory, Electricity Principles and Applications, and Building Layout and Blueprint Reading, you’ll gain experience understanding general electrical concepts. While working independently as well as collaborating with a team, you’ll gain hands-on skills necessary for a successful career. 

Below, continue reading to learn more about the process of rough electricity installation, a key component of your future curriculum.

Planning and Layout Process

During electrician college, your course Building Layout and Blueprint Reading will come in handy for the first phase of rough installation. Whether you’re working on a home, condo, or commercial building, each print will be different, and you’ll need to analyze them to help you begin your work layout.

Planning the layout begins with determining where your boxes will be placed, and subsequently installing them in the correct areas. This is an important step in ensuring that the plugs are accessible in every area, and your hands-on training at NATS can help you develop the attention to detail required for this step. It’s crucial to note here that if the box is crooked, poorly supported, in the wrong place, or an incorrect model, corrections will need to be made.

Preparation, Drilling, and Pulling Process for Electrician Training

After planning and box placement is complete, you can expect to move onto other preparation measures that lead into the drilling phase. Planning how to run your wires will help you determine where you need to drill, as you determine the best route to take for each one.

Based on your initial planning, you should be able to decide which wire size is needed for your wire pulling. Getting comfortable with varying wire sizes, their uses, and their ideal locations during your electrician training is highly encouraged, as it will help you to efficiently determine these solutions in the future. Once you know the necessary wire size, you can strip the insulation and insert the wires into the box as planned. 

Completing the Electrical Box

It can take some finesse to leave a tidy electrical box once your work is complete. However, it’s worth taking the time to do so, because work is much easier to accomplish when the wires aren’t crossed. 

Aside from sorting out each wire, other tips for a tidy box include creating a service loop, leaving some slack on the bond wire before screwing it down, and taking advantage of the space that’s available to you. After splicing your wires, you’ll want to make sure to leave them in a braid so that they’re collected and tidy. At NATS, not only will you receive the hands-on training necessary to help you feel confident on the job, but you’ll also learn from industry experts to guide you along the way to success.

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Are you a detail-oriented person looking to turn their affinity for “handy” tasks into a profession? As a cabinetmaker, you’ll be crafting furniture, art and more from wood, using your knowledge of woodworking and modern tools to produce high-quality creations. Your passion for innovation will help you to turn a vision into a step-by-step project, applying your skills to carry your work from conception to completion.

With training at North American Trade Schools, you’ll gain the practical experience necessary to pursue a career in this field, equipped with industry-relevant skills and techniques. You may decide to work in a team for a construction company, furniture manufacturer or contractor, or take on projects at your discretion as a self-employed cabinetmaker. 

Whatever path you choose, your day-to-day work will be both engaging and hands-on. Below, make a more informed decision about your career by discovering what a day on the job could look like as a professional cabinetmaker.

Daily Responsibilities of a Professional With Cabinet Making Training

After cabinet making school, you’ll have a few key responsibilities to attend to on any given day. As a cabinetmaker, you’ll be working on various projects at a time. In order to complete each project, your duties might include: 

• Studying blueprints and plans for upcoming projects
• Measuring dimensions of different wooden components for assembly
• Using woodworking machines to shape components
• Assembling, trimming, fastening and reinforcing various parts
• Sanding, polishing or staining finished designs 
• Repairing various types of wooden furniture

While these are just some of the duties you may be responsible for, you can expect to perform any of these on a given day on the job.

Weekly and Monthly Duties

While there are a number of responsibilities you’re likely to complete on a daily basis, after cabinet making training, there will also be a few tasks which you’ll complete on more specialized occasions. 

For one, you’ll hold consultations with clients and potential customers, listening to their requests, specifications and goals, and drawing up potential projects based on their parameters. After these sessions, you’ll likely draw up work estimates for clients to give them an idea of what the project entails. 

You may also need to conduct routine maintenance on the machinery and equipment you use, cleaning and inspecting your tools for signs of damage or wear and tear. If you use machinery that’s programmed by a computer, you’ll also need to reprogram this machinery regularly. 

Work Conditions

As a cabinetmaker, your working conditions and environment will depend on the nature of your employment. If you work for a construction company or furniture manufacturing company, it’s likely that you’ll be working in teams, using a variety of woodworking machinery. If you’re self-employed, you may work out of your own home or garage, travelling to clients’ houses to get a better idea of their specifications. 

As you complete your training and apprenticeship, gaining experience in the industry, you’ll have a better idea of the kind of organization you’d like to work at, or even the type of cabinetry you’d like to specialize in.

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As the weather gets warmer and the days get longer in the Northern hemisphere, we’re getting excited for all the joy that summer brings. Homeowners might feel carefree after making it through a long winter. However, they often tend to forget that just like in the colder months, houses can experience plenty of damage during the heat of the summer. Issues can arise in roofs, piping systems, floors, foundations, furniture, and decor. 

At the North American Trade Schools, you’ll build the skills you need to provide clients with a professional and thorough home inspection. With your experience, you’ll also be able to offer your clients advice for protecting against and dealing with damage inflicted by summer temperatures and sun. Keep reading to discover four types of damage caused by warm summer weather. 

You May Identify Roof Damage After Home Inspector Training

Like snow and ice, the sun can also affect the condition of your client’s roof. In homes with attics, heat and humidity can get trapped due to poor air circulation, causing the hot air to build up under the roof. This humidity can cause damage to roofs by weakening them, causing shingles to deteriorate faster and creating mold growth. 

Students pursuing home inspector training learn about a variety of roofing topics, including how to inspect roofs and identify the warning signs of wear and tear. Students will also learn about sloped and flat roof construction, and the biggest causes of common roof problems, including heat and humidity. During your home inspector career, look out for signs of roof deterioration due to the summer weather.

Dry Soil Can Ruin the Foundations of a House

If you’re working in places prone to extremely high temperatures, it’s essential to know how to inspect the foundation of a house for signs of heat damage. When the weather is hot and dry in the summer, the soil around a home may dry out and shrink. This causes the soil to separate from the footing, or the lowest component of the foundation located 12 inches beneath the frost line of the soil. In a home inspection program, you’ll learn how to spot the signs of soil separation, enabling you to help homeowners identify potentially dangerous damage to their house’s foundation once you begin your career.

High Water Usage Can Burst Pipes and Plumbing 

When temperatures rise, unfortunately, so does the risk of a pipe bursting. After you become a home inspector, your clients may experience summer plumbing issues, both due to the higher water usage or excessive dryness in the air which accompany summer. These factors can cause loosely-sealed pipes to leak or burst, leading to ruptured or disconnected water lines.

During your time at NATS, you will learn how to inspect plumbing systems in order to check for signs of leakage, wear and tear, or other issues. There are four major components to review when inspecting plumbing systems, these are:

• Supply piping
• Water heaters
• Waste piping
• Plumbing fixtures 

As an inspector, it will be your job to thoroughly examine each of these components, determining if anything needs to be fixed.

Hardwood Floors Grow and Shrink as Temperatures Change

Hardwood floors are also susceptible to damage from summer weather. Similar to a living organism, hardwood floors grow and shrink as temperatures change. When it gets hot and humid, these floors will swell up, as the moisture in the air fills the gaps under the baseboards. 

At NATS, our Insulation and Interiors course teaches our students how to inspect early signs of damage within interior housing elements, including flooring. As a home inspector, you can use your training to identify affected hardwood floors. Additionally, you can help your clients prevent damage to their flooring by advising them to close their windows and turn on their air conditioning during high-humidity weather conditions.

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If you’re pursuing an HVAC career, one of your main responsibilities will be to service and repair air conditioning units. Along with other routine maintenance tasks, you’ll need to perform refrigerant pressure checks. Refrigerants are chemical compounds which absorb heat from the surrounding environment. During a refrigerant cycle, refrigerants will repeatedly change from a fluid to a gaseous state depending on their temperature, moving through the cycle’s components in order to reroute heat to other areas. Refrigerants are used mainly in air-conditioning systems, heat pumps, refrigerators, and freezers.

At NATS, you’ll receive hands-on training to pursue an HVAC technician apprenticeship, learning how to install and maintain gas and propane heating systems, air conditioning units, and ventilation equipment for both commercial and residential environments. Below, get a head start on your training by discovering a few key things to note about checking refrigerant pressure. 

Checking Refrigerant Pressure Requires an Understanding of the Refrigerant Cycle

As an HVAC technician, understanding the ins and outs of refrigerant pressure won’t be possible without basic knowledge of refrigerant cycles. Refrigerant cycles consist of four basic components: the compressor, condenser, expansion device, and evaporator. The compressor is what uses the most power in an HVAC system–responsible for compressing gaseous refrigerant in a cooler state to a high-pressure, high temperature vapour. From here, the refrigerant is cooled by the compressor, a coil filled with hot refrigerant which wraps around the system to diffuse heat. Next, the expansion device works to reduce the refrigerant pressure quickly to prepare it for evaporation. Evaporation will occur in the evaporator, which boils the refrigerant. Through these exchanges in energy and changes in matter, refrigerant regulates the temperature of a system.

What Condensing Pressure of a Refrigerant Means for an HVAC Technician

When refrigerant changes from a gas to a liquid within a cycle, this creates what’s known as condensing pressure; a form of condensation. This occurs when refrigerant moves through the condenser, releasing heat as its temperature drops to the temperature of condensation. The condenser is a cooling system composed of tubes which expand over a large surface area to remove the greatest possible amount of heat. The condensing pressure, which results from the release of heat and sudden drop in temperature, can be read by a pressure gauge. While this gauge can be placed anywhere between the metering device and compressor, it should be placed as close as possible to the condenser in order to obtain an accurate value. During your HVAC technician career, it’s important to remember that a higher-than-normal pressure could indicate problems with the condenser coil, broken or faulty fans, or even leaking refrigerant.

Evaporating Pressure is the Opposite of Condensing Pressure

When you enrol in HVAC technician courses, you’ll also become familiar with refrigerant’s evaporating pressure. A refrigerant’s evaporating pressure is the opposite of condensing pressure. During this phase, the refrigerant chemical compound is vapourized, changing from a liquid to a gaseous state and absorbing heat from its surroundings. When the refrigerant moves through the suction line and evaporator, the valve and line pressure drop. As with condensing pressure, the evaporating pressure can be read using a pressure gauge that’s situated and connected anywhere between the compressor and metering device. A refrigerant’s chemical compound enters the evaporator as a low pressure, cold liquid, but as it absorbs heat, it begins to boil and evaporate. 

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If you’re aspiring to become a home renovation technician, it’s important that you understand the technical skills of the trade. However, as a home renovation student, it’s also important to possess certain characteristics which will help you to succeed in your training and beyond. Soft skills and attributes such as communication, adaptability, and trustworthiness are crucial to a long career in home renovation, defining the quality of your work and your success in the industry.

At North American Trade Schools, we offer hands-on training in the residential construction and remodeling industry. As a home renovation technician student, you’ll learn basic carpentry, interior and exterior finishes, basic plumbing, cabinet making, roof construction, and more. Possessing these technical skills, along with a few key qualities, will enhance your work during the pre-apprenticeship training program and throughout your career.

Read on to learn about some of the characteristics that make a successful home renovation student.

Good Communication Skills in Home Renovation School and Beyond

For a student in home renovation training, it’s important that you’re able to communicate clearly and effectively with your peers and instructors. During your pre-apprenticeship program, you’ll be working inside labs and classrooms designed to help you develop and improve upon relevant technical skills. With communication skills, your ability to collaborate with students, ask questions, and determine key information will help you to successfully complete the projects you’re working on.

Possessing excellent communication abilities as a student will also give you a leg up when working with your future clients. After your home renovation training, you’ll be providing services for clients who are on a tight budget and deadline. They’ll expect you to understand their demands, while updating them on project-related progress or issues on a regular basis. Being an excellent communicator prevents renovation mistakes and delays from occurring, resulting in smooth correspondence between you and your clients.

Trustworthiness is an Important Characteristic to Have

Trustworthiness is one of the most important characteristics to build, both when you’re training to become a home renovation technician and throughout your career. Whether personal or professional, relationships require trust in order to be sustainable. If you’re working on hands-on projects with fellow students, you’ll need to be honest with yourself and them when learning and handling certain tasks. If you feel something isn’t working the way it should, or you’re unable to accomplish a certain task without guidance and support, it’s important to be upfront rather than make excuses.

As a home renovation technician, the same goes for building relationships with your clients. From the moment they hire you, your clients will expect you to be honest and transparent with them about the home renovation process. Thus, when completing projects, it’s important to avoid cutting corners and ensure that you’re telling the truth in the instance of mistakes or delays. This builds trust and demonstrates your willingness to form a beneficial relationship through the renovation process.  

Successful Students Show Adaptability

Adaptability is another characteristic that’s crucial for home renovation technicians. In order to be a successful student and professional in this trade, you’ll need to readily adapt to situations that arise during projects, or changes which impact the industry. While performing remodeling or renovation work for your clients, you may face some unforeseen challenges and obstacles, requiring you to adapt by making a new plan or going a different direction with a project. 

Additionally, the techniques, tools, and products that you’re accustomed to using may change as technology and trends continue to influence the industry. As a home renovation technician, your ability to anticipate change and readily adapt will help you to remain competitive in the field, and improve your ability to innovate while working on projects. If you already possess these qualities, or are interested in developing them, home renovation training could be a great fit for you!

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