Five Promising Careers in Construction Technology
A career in construction technology involves designing, building, and installing different components. Some of the most popular projects include skyscrapers, hospitals, bridges, and homes. According to U.S. News & World Report, there are five best jobs in this field. Generally, associate degree programs are geared toward entry-level work. However, there are other options for those who want to advance in their careers. Read on to learn about some of the more promising jobs in this field.
Virtual reality, or VR, is a powerful tool for the construction industry. The technology can be used to evaluate design options, showcase proposals, and map out any potential problems and errors. It can also be used to streamline the construction process by identifying conflicting ideas and eliminating revisions before the start of construction. VR can help you make the best decision possible, as well as save resources, time, and money. Here are some of the many benefits of VR in construction.
Virtual reality simulations are a great way to train new construction workers without exposing them to real-world risks. The software allows employees to interact with the real-world workplace and develop visual and muscle memory. This way, they can practice the tasks they'll perform on the job. Unlike physical training, VR simulators can be used anywhere and without professional gear. The technology also reduces the risk of health hazards. With so many benefits, VR simulations in construction technology are a great way to improve safety and productivity at your company.
Construction jobs often require the use of heavy equipment. Without the proper training, this equipment is highly dangerous. Training on real equipment is impractical and unsafe because the margin for error is very low. In VR, the trainee can experience what they'll be doing before it's time to use the equipment. VR and AR are both effective tools for the construction industry. There are many benefits to VR and AR in construction. So let's look at some of them.
A VR scissor lift simulation has been shown for the first time during the Rental Show in Miami. This tech company, Serious Labs, based in Edmonton, Canada, has partnered with aerial lift manufacturer Skyjack to develop the VR scissor lift simulator. While this simulation is not yet ready to be used in the real world, it does show how VR can enhance safety in construction. When combined with real-world environments, VR is an effective and convenient tool for retraining operators.
Virtual reality simulators in construction technology have a wide range of benefits for construction industry professionals. The technology has helped reduce the risks associated with faulty equipment, decreased the likelihood of personal injury, and provided a venue for refresher training. For example, UK-based Avontus Software has developed an app to enhance the training of scaffold designers. This application allows multiple operators to work from a secure location. Furthermore, the software helps track critical metrics such as site conditions.
The benefits of AR in construction are many. From the planning stage to the final completion of the project, AR can eliminate costly rework, increase efficiency, build trust in the project, and create long-term ROI. However, the adoption of AR in construction has not been correspondingly high. It is because construction firms have a tendency to view AR as an immature technology. However, AR is a promising addition to construction engineering because it has the potential to improve precision, consistency, and efficacy.
For example, AR can improve the way architects and engineers visualize the space and design. Architects can place furniture and change the color of a building model using AR. It can also help them identify what type of furniture is best for each room. This way, construction firms can save valuable man-hours while minimizing costs and time. However, AR also has the potential to improve the quality of construction projects. VR and AR applications in construction technology can also help companies improve their processes and reduce waste.
Construction projects require collaboration between many teams. Using AR can improve remote collaboration and empower Remote Assistance. With AR-based Remote Assistance, construction managers, inspection experts, and site workers can all work together in real time, regardless of distance. By reducing the time and cost associated with errors, augmented reality will help construction companies improve client relations and create a long-term ROI. However, AR needs to gain momentum before it becomes a mainstream tool in construction.
In addition to its educational benefits, AR has the potential to improve the way students learn construction technology. The ability to experience three-dimensional objects and to understand two-dimensional technical drawings is a necessary part of understanding construction. The study has also identified the benefits of AR in construction technology education. For example, augmented reality can help students understand the concept of two-dimensional construction models better and understand the meaning of technical drawings more easily. As the application grows, AR will also improve student performance and help teachers improve the quality of teaching.
Augmented reality can be used to automate measurements on-site during the construction process. Users can simply tap their AR devices on the construction site to take measurements. The data they collect can then be compared to building models to make adjustments to the structure in real time. As a result, AR in construction technology can speed up the entire construction process. The benefits of this technology are immense. When properly utilized, AR can speed up the construction process.
Autonomous heavy equipment
The advent of autonomous heavy equipment in construction is on the horizon. While this technology is still in its early stages, companies that adopt this technology before others can set standards for its implementation will be ahead of the curve. Though many construction industry decision-makers show interest in this technology, some may not be convinced that it's practical or cost-effective. Others may believe that it will only serve as a replacement for existing machinery.
Until now, most construction companies have been reticent to adopt autonomous heavy equipment. But some companies are experimenting with this new technology, and some are even retrofitting existing equipment with autonomous capabilities. As of today, the construction industry represents one of the largest sectors in the world, with spending accounting for 13% of global GDP. Despite this, productivity in the industry has increased only 1% annually over the past twenty years. And according to McKinsey & Co., there is $1.6 trillion in additional value to be gained from productivity.
As a start, one company is using autonomous technology to develop control systems for existing construction equipment. The company focuses on earthmoving projects at remote job sites. The autonomous equipment works to till the soil before human crews arrive to build homes or start wind or solar energy projects. Earlier this year, Built Robotics raised $33 million from investors to expand its operations. While the industry is not at the forefront of automation, its potential in improving safety is undeniable.
The advent of robotics is long overdue. With the increasing availability of remote sensors, robotics will improve efficiency and productivity, while improving safety. Currently, nine out of 10 construction projects report cost overruns. Moreover, automation will help solve the labor shortage issue. In the US alone, 83% of construction contractors face difficulties in finding skilled workers. In the future, autonomous construction equipment will reduce the number of workers needed to complete a project.
The first autonomous construction machines have been developed by Built Robotics, a US-based company that develops self-driving machines for construction sites. The company has now raised $33 million in a Series B investment round. It has raised more than $48 million since its inception in 2016. Next47 is a global venture capital firm that has invested in startups that are disrupting the construction industry. The company also added T.J. Rylander to its board of directors.
The use of 3D printing in construction technology can be applied to many areas. The process of modeling allows clients to see the finished product. Traditional construction methods use software to design a structure and then manually build a model. However, 3D printing can quickly build models once the materials are selected and the computer design is completed. This can greatly reduce the risk of injuries and worker's compensation paperwork. Furthermore, 3D printing can be a valuable tool in achieving sustainability and increasing profitability.
While the construction industry faces many problems, the technology can be applied to medical equipment and COVID-19 testing swabs. 3D printing can make construction easier to automate and programmable, reducing the risk of workplace accidents and enhancing employee health. Some workers may be forced to learn new skills or abandon the field altogether. This technology can also help corporations increase profits. But there are still many challenges to overcome before 3D printing can become a standard in construction.
Aside from reducing labor costs, 3D printing can also save money on construction materials. As with any technology, 3D printing can be an excellent option for many different types of construction projects. It can also help to increase the efficiency of the process and improve the quality of the finished product. The cost of a 3D printer is relatively low, making it an ideal solution for smaller construction projects. A 3D printer can print almost any part of a building, which saves time and money.
Whether a contractor decides to use 3D printing in construction is up to you. The possibilities are endless. If you are building a model house, 3D printing can provide you with an instant printable model of the finished product. The construction industry is looking forward to the use of 3D printing. It will result in a more environmentally-friendly construction process that produces less waste. The construction industry will no longer be a slave to high labor costs.
Though 3D printing can be used in construction, it is not yet sufficient to produce habitable buildings. While 3D-printed structures can create walls and frames, they typically fall short when it comes to quality of life factors like running water and electricity. However, this technology has made significant strides over the last few years. In addition to the development of 3D printers, new methods are now being developed for the production of basic electrical components. Engineers are now able to design basic 3D-printed homes that can easily be retrofitted with utilities.