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ACTFoundation.  (2021,Aug,12).  WV Carpenter Apprenticeship Recruitment Video  Retrieved from   https://www.youtube.com/watch?v=JOk2gAxk0No

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WV  Carpenter Apprenticeship Recruitment Video

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West Virginia Carpenter (n.d.) WV Carpenter Training Center

Retrieved from  https://www.wvcarpenter.com/

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WV Carpenter Training Center | Skills. Productivity. Attitiude

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Online Training Opportunity

Members are eligible for online courses or updates/notices through the CITF Online Learning Center. Select Members on Carpenters.org, scroll down to UBC Member Training Opportunities, select CITF Online Learning Center and click here, the login to the Members site to access the CITF Online Learning Center.

Courses that are available if eligible:
COVID - 19 Preparedness Qualification
ICRA: Best Practice Awareness (Please note this is not the ICRA
24-Hour hands-on course)
ICRA: Best Practice in Health-Care Construction Refresher

Trouble logging in?
Make sure you are using the same email associated with your local union
Make sure you are logging in using Google Chrome Browser
If you are still receiving an error message, please contact bugtrax@carpenters.org and supply your name, UBC ID, email address and error message.

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Members are eligible for online courses or updates/notices through the CITF Online Learning Center. Select Members on Carpenters.org, scroll down to UBC Member Training Opportunities, select CITF Online Learning Center and click here, the login to the Members site to access the CITF Online Learning Center.

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CareerWatch.    (2021, Sep 15).  Become a Carpenter in 2021? Salary, Jobs, Education

Retrieved from

https://www.youtube.com/watch?v=vPxDB7Ji8

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How to train like a Carpenter Augmented reality.

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How to train like a Carpenter Augmented reality.

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BigRentz, Inc.   (2022,March,9).  6 Useful Applications for Augmented Reality in Construction  Retrieved from                                         https://www.bigrentz.com/blog/augmented-reality-construction

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The construction job site is changing. Paper drawings, sketches and design plans are giving way to drones, 3D models and a new interactive experience called augmented reality.

Augmented reality, or AR for short, is one of the most talked-about technology trends in construction. Using advanced camera and sensor technology, AR combines one's physical surroundings with computer-generated information and presents it in real time. While video games have used the technology for years, this "augmented" experience is recently making waves in construction, offering immense opportunities to improve the project life cycle.

By combining digital and physical views, augmented reality helps construction teams drive more efficiency, accuracy and overall confidence in their projects. The AR global market is expected to reach $300 billion by 2024. Rather than replacing workers on the field, AR will greatly enhance the ways humans and digital machines work together.

As the technology continues to mature and become adopted, augmented reality in construction will become an invaluable tool - and even has the potential to change the future of building. Read on to learn about the different ways AR will benefit the industry in 2022 and onward.

How Does Augmented Reality Work?

Whereas virtual reality is strictly a digital experience, augmented reality combines the physical and digital world into one immersive environment. AR projects 3D images on a person's physical surroundings as they walk through with a mobile device or special helmet.

Using GPS and cameras, AR can present real-time data geospatially, updating and displaying the necessary information as the user moves throughout a building space. Information such as schedules, operational details, and structural plans are easily accessible, allowing users to automate the construction process and make decisions on-site.

How is AR Used in Construction?

With the ability to provide real-time information, augmented reality is being used within the industry to increase efficiency, improve safety, streamline collaboration, manage costs and boost overall project confidence. Here are some of the ways construction teams are using AR to streamline the building process.

1. Project Planning

New developments in augmented reality are making it possible to generate 3D models directly on a 2D plan. Combined with 3D modeling software and building information modeling (BIM), construction companies can produce detailed, interactive models of building projects and present them to clients at the start of a project. This allows clients to get a realistic view of project outcomes and make any changes before construction begins. Getting this level of client involvement early in the process helps prevent costly changes later and keeps clients engaged.

Accuracy is an important component of any construction project. AR also allows teams to conduct walk-throughs of the entire project before it is executed, closely examining the details and components of the structure. This foresight can prevent schedule delays, reduce cost overruns and identify any mistakes before they surface.

2. Automated Measurements

Augmented reality gear can measure a space's physical properties, including its height, width and depth. Construction companies can incorporate this data into models, allowing them to generate more accurate structures and gain a comprehensive view of how the project will look. Having precise measurements in advance makes it easier to create accurate material and labor estimates and an efficient project timeline.

Augmented reality is also being developed to allow field workers to automate measurements on-site during construction. When wearing an AR unit, workers will be able to tap to automatically make measurements of the built components and compare them against the measurements specified in the building models. This allows workers to find any inconsistencies in the structures and quickly adjust them to prevent higher costs and delays down the line.

3. Project Modifications

One major innovation in augmented reality is its ability for users to make changes to building models directly on the field site. Using a headset or mobile device, workers can easily display interior and exterior views of a structure and make modifications to the virtual plans while keeping the original view intact. For example, engineers will soon be able to virtually remove and relocate structural components and modify a building's layout with just a few taps on their AR-enabled device.

This application will be particularly useful for engineers, as it allows them to troubleshoot any errors in a virtual view before applying changes to the physical structure. Since this digital data is continuously updated, it removes the guesswork from project changes while improving workflow and preventing wasted materials.

4. On-Site Project Information

The ability to combine all digital information and documentation with one's physical view is a game-changer for on-site crews. Field workers can view information like the locations of pipes, walls, outlets, switches and ventilation, and toggle between layers to help monitor a project against its building plan and ensure successful project closeout. For example, a contractor can use a headset or tablet to see the locations of each drill hole specified in the building plans and ensure proper placement.

In addition to providing a useful information database, AR allows users to virtually see the building's progress against its schedule. As the industry continues to struggle with productivity, this application will prove to be an indispensable part of project management.

5. Team Collaboration

Construction projects require a great deal of collaboration between multiple teams, including carpenters, electricians, plumbers, welders, designers and managers. A successful collaboration ensures that a project is completed on time and according to the proposed budget.

However, all workers involved in a project are not always present on a job site. Any errors that arise must wait for all the parties involved to assemble and review blueprints and make any changes. AR allows all users to share notes and videos of errors or design issues in real time, reducing the cost and time it takes to resolve problems.

6. Safety Training

Safety is a common challenge in the construction industry. Safety programs cost a lot of time and money and aren't always properly communicated to workers. With the help of an AR headset, however, workers can access virtual drills, instruction and safety scenarios. This style of direct learning not only improves their awareness of safety and provides intuitive training, but also reduces training costs and downtime.

Engineers are also exploring the possibility of using augmented reality to create virtual models of equipment like cranes and boom lifts. With this technology, workers will be able to use their headsets to practice operating heavy machinery in a safe, virtual setting, further enhancing their learning and development.

Current AR Technologies Used in Construction

Companies are constantly innovating and creating new AR technologies. The following products are already making waves in the industry by offering more efficient ways to plan and construct buildings.

Akular AR

Akular AR is a cloud-based technology that allows users to view 3D models of physical spaces using a smartphone or tablet. It not only optimizes BIM models and allows users to view them on-site, but also allows team members to send information - like BMS and IoT sensor data - in real time.

AR Instructor

The company Arvizio created AR Instructor to provide a new type of on-the-job training for the construction and manufacturing industries. This technology guides users through various tasks using pre-prepared augmented reality instructions. Off-site trainers can supplement each step with 3D models, videos, documents or images superimposed over a user's physical surroundings.

ARki

ARki is an app that allows designers to create 3D models and superimpose them on top of their surroundings or 2D floor plans through their phone camera. Users can upload files, create models and then virtually connect with other team members to easily share their notes and designs.

AR Headsets

AR headsets are one of the most common augmented reality technologies workers use on construction sites. They can be worn with safety helmets and allow users to view superimposed 3D models and project plans while leaving their hands free. They can also collect digital measurements and integrate them into existing models to keep them up to date.

Pros and Cons of AR

While augmented reality provides instant results and can positively impact your business's project life cycle, there are important pros and cons to consider.

Benefits

Finishing a project on time and within budget is a crucial part of the construction process. AR provides the tools for construction companies to plan a project from start to finish, ensuring accuracy, preventing rework and saving building costs. This overall precision and efficiency can afford construction companies greater confidence in their projects, improving client relations and creating long-term ROI.

Limitations

Despite its potential, augmented reality still needs to gain momentum before achieving widespread use. Comfort and safety are major concerns for users wearing AR headsets for long working hours. The equipment is often susceptible to adverse weather conditions and functions best with a solid internet connection and static environment. These are all factors that aren't always present on construction job sites.

According to the McKinsey Global Institute, construction is second on the list of the least digitized major industries. A new application like AR comes with a learning curve that may deter companies from investing in the technology.

The Future of AR in Construction

As technology continues to evolve, a number of applications are beginning to harness the abilities of AR. Apps like SmartReality allow users to generate 3D models on any 2D plan, and Pair 3D allows architects to drop furnishings into their designs to determine the building's visual impact. Canadian startup Sensopia created magicplan, an AR app that allows users to estimate material costs on generated models and order directly on the app.

Although only large construction firms have fully scaled AR so far, it will become more accessible in the coming years as the technology comes down in costs and 5G networks expand. Many companies are offering the technology on a per-project basis and with free trials, allowing construction managers to experiment with the new technology and apply it to their business.

From eliminating errors to offering insight, augmented reality in construction can effectively streamline the entire project life cycle. Companies investing in this innovative technology are already enjoying the benefits, and it is a cutting-edge trend that can no longer be ignored in the industry. In 2022, the technology will continue to mature and become economically feasible, while seeing increased investment and adoption. Like forklifts and power tools, we can expect this innovative technology to become a common fixture on construction sites moving forward.

Additional Sources:
eSUB | PlanGrid | Autodesk | Construction Dive | SRI International | Wired | Geospatial World | American Journal of Engineering Research | Jasoren | Tech Trends | Capterra | AZ Big Media | PHPC Pros | GenieBelt | Cubicle Ninjas | Intellectsoft | GBKSoft

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6 Applications for Augmented Reality in Construction - BigRentz

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The construction job site is changing. Paper drawings, sketches and design plans are giving way to drones, 3D models and a new interactive experience called augmented reality. Augmented reality, or AR for short, is one of the most talked-about technology trends in construction.

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Ziprecruiter. (n.d.).  Carpenters make  $30k-94k per year in West Virginia.  Retrieved from https://www.ziprecruiter.com/Salaries/Union-Carpenter-Salary--in-West-Virginia

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Union Carpenter Annual Salary in West Virginia ($48,698 Avg | Apr 2022) - ZipRecruiter

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$20,501 - $99,169. How much do Union Carpenter jobs pay a year? The average annual pay for an Union Carpenter Job in West Virginia is $48,698 a year.

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Gustafson,Craig    (2022, Feb, 25)  How to Become a Carpenter

Retrieved from

https://www.familyhandyman.com/article/how-to-become-a-carpenter/

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Carpenters are in demand. If you're interested in a career in the trades, here's what you need to know about how to become a carpenter.

According to the U.S. Bureau of Labor Statistics ( USBLS), carpentry is one of the most in-demand jobs in all the trades. The USBLS predicts that more than 50,000 new carpentry jobs will open up between 2018 and 2028.

Why so much need? The housing bust/financial crisis of 2008 caused many construction tradespeople to retrain into other careers. And with construction work stagnant, young people entering the workforce generally looked for opportunities in other fields. Those circumstances set the table for a serious shortage of skilled labor in the construction trades, opening up the opportunities that now exist.

Carpenters typically work with wood-based materials in the construction of homes and commercial property. They frame interiors, set windows and specialize in finish work, as well as work in cabinet shops. Carpenters can also become qualified to do related work such as roofing and insulation.

Physical demands of carpentry include heavy lifting, reaching, climbing ladders and scaffolding, use of power tools and equipment, and frequent kneeling and bending. Workers are often exposed to the elements on the jobsite.

Average Wages for Carpenters

USBLS lists the median income for U.S. carpenters in 2018 as $46,590, although highly-skilled, experienced carpenters can command much more. Data provided by Wisconsin Indianhead Technical College ( WITC) suggests that the typical starting wage for a carpenter who just completed training is $18 to $21 per hour.

Necessary Carpenter Qualifications

Minimum qualifications for becoming a carpenter include a high school or equivalency diploma. Many employers prefer a candidate with a driver's license. To enter accelerated training programs, candidates will likely need to demonstrate basic proficiency in math and communication through an aptitude test. And accumulating some related work experience shows employers that the candidate has genuine interest and motivation to succeed.

Although it's possible to get in the door with no training or experience and work your way up, there are some drawbacks to that route, according to Deb Kutrieb, associate dean at WITC, who oversees the school's curriculum for technology and industry. Those with no training or experience typically begin at a lower wage scale. Someone could also be stuck on a particular task and not develop the well-rounded base of knowledge and experience needed to transition to a managerial position or start their own company. Carpentry is tough, physical work that many people can't do after several decades.

Education and Training

Several paths exist for those pursuing formal training. Some high schools offer vocational/shop classes. Kutrieb said high school students can get an early start in a program like WITC's Construction Academy. While the practical experience gained does not count toward required work experience in post-secondary training programs, the coursework counts toward high school graduation requirements and a certificate or associate degree at the accredited institution.

Attending a Technical School

Typical programs involve a two-year program where students learn skills such as reading blueprints, preparing estimates and ordering materials. They also develop foundational knowledge of common building code and Occupational Safety and Health Administration (OSHA) guidelines.

While it may also include some hands-on experience, like a house-building project, these programs generally do not include much jobsite experience. Attending a trade school takes less time than working through an apprenticeship program.

Apprenticeship

Apprenticeship represents a second training pathway. Working for a company under the watchful eye of a master tradesperson, apprentices invest four to five years in intense training. Acceptance requires a verified employer as a sponsor, a qualifying aptitude test score (sometimes a benchmark score on the ACT is accepted) and approval from a committee of master tradespeople through an interview.

Besides working the same schedule as the regular crew, apprentices take classes one or two evenings a week paid for by their employer to develop the knowledge and experience required to pass a certification exam and become a journeyman carpenter. Apprentices typically sign a contract of indenture that outlines their program. Wages increase each year on the apprentice's anniversary date, gradually approaching the state's mandated standard.

The advantages of an apprenticeship program include no out-of-pocket expenses for the education and steady income while training. The candidates pay only for their licensure exams. The drawback is that it takes longer to complete the program.

A Hybrid Approach

A program that combines school and apprenticeship does exist. In this case the program lasts three years with apprentices working full-time on a crew under the supervision of a master carpenter, while attending one full day of classes every two weeks. Again, this approach requires the cooperation of an employer.

Career Advancement

Journeyman carpenters continue accruing documented experience and coursework toward master carpenter status, which enhances their earning potential. In some places it allows them to hold supervisory responsibilities. Some states do not require a contracting company to be owned by a master tradesperson, but in that case a master tradesperson is usually required to be on staff.

The approach you take depends on your personal preference. Trade school is a shorter time commitment and provides a higher initial wage. However, students must pay for their education. Apprentices endure a longer time commitment but pay no out-of-pocket costs other than applicable state licensing fees. They emerge fully qualified and command a journeyman's wage.

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Carpenters are in demand. If you're interested in a career in the trades, here's what you need to know about how to become a carpenter. According to the U.S. Bureau of Labor Statistics ( USBLS), carpentry is one of the most in-demand jobs in all the trades.