The 10 Construction Technology Trends In 2020
The construction industry is always looking for new ways to make the sector safer, easier and more efficient. From utilizing modern AI to ensuring fast construction site broadband.
Over recent decades, technology has evolved at a staggering rate, however, due to the strict requirements needed from construction to ensure safety, it is only recently that these technologies have been able to meet the specifications needed to be used.
In this article, we look at the top ten construction technology trends to look for in 2020.
1. Big Data
Data is the currency of the modern world and with 2.5 quintillion bytes of data generated every day, it can be a struggle to manually interpret all of this and make proper use of it.
Big data removes the almost impossible task of this, the human brain can only process so much, not to mention the natural errors that could be included in this process.
Using big data to discover trends within data, within a matter of minutes, is shaping the face of the construction sector.
This data is collated from all manner of resources, from internet search history, smartphones, social media and even photographs.
Previous data can be used to pick out trends and patterns to help avoid pitfalls and aid in a successful project.
It can even determine when a project should start by analyzing weather patterns and traffic.
2. Artificial intelligence & Machine Learning
AI is intelligence that mimics the behaviour of a human, ML is this but also learns from previous experience without having to be programmed and can avoid any previous errors.
Both AI and ML are becoming essential to the world of construction.
Machinery can be programmed to carry out manual tasks that are relative, such as bricklaying and welding, which means workers are free to carry out other tasks.
It can even make a site safer, AI can look out for hazards and alert workers of dangers. It can even use photo recognition to ensure staff and visitors are wearing correct PPE.
3. The Internet of Things
Most households use IoT, but construction sites are increasingly seeing this present as well. The IoT is when a central platform controls smart devices, such as phones, watches and speakers.
This is being rolled out across the sector in fantastic new ways. Sensors are being installed in machinery, for example, cement mixers can alert workers when the contents are low and even engines can automatically switch off when not in use.
Safety is increasing, workers wearing smart technology can be notified using geo-location when they have entered a danger zone.
Footfall can even be tracked, reducing arduous paperwork and saving time.
4. Robotics & Drones
No longer just for hobbyists, these amazing inventions are so versatile, most sectors are taking advantage.
Drones can be used to fly in materials, in a fraction of the delivery time of vehicles. Not only does this speed up the process, but also reduce a site’s carbon footprint.
Cameras on drones can be used for a quick, comprehensive overview of a site, meaning managers can quickly identify hazards.
Demolition robots are becoming the norm, although flowers than using human workers, they are safer and less expensive.
5. 5G and Wi-Fi 6
No business can properly run without adequate communication, most of which is now done via the internet.
While broadband is the best means of ensuring a fast, reliable connection, this isn’t always feasible on every site, especially when the project is short-term.
5G and wi-fi 6 are considerably faster than their predecessors and allow all team members to easily communicate with each other and clients while making sure that documentation and data are easily accessible throughout the project.
6. BIM Technology
Building information modelling technology uses intelligence to aid designers during the initial process.
BIM technology uses AI to flag clashes during the design process, including plumbing and electrics.
It can even offer solutions to these clashes, meaning all those involved do not need expertise in every element in order to design a safe and functioning building.
7. Virtual Reality and Augmented Reality
VR creates a fully immersive experience into a virtual world while AR places digital elements into a real-life view.
Virtual tours can be provided, even before the construction of a building starts, meaning clients can have a full picture of what to expect upon completion.
Risk assessments can be completed remotely, allowing site managers to get a good view of every part of the design. This also removes the wait time for these team members to be present to carry out these assessments.
8. 3D Printing
3D printing is quickly becoming indispensable within the sector. Materials can be printed on-site, removing waiting times and reducing delivery vehicles on our roads contributing to carbon emissions.
As these parts are relevantly cheap to produce, it provides the means to experiment with new designs and allow easy trial and error.
There are times when bespoke pieces are required, which can be costly to have made as a one-off by manufacturers. Using 3D printing means almost anything can be created.
9. Mobile and Cloud Technologies
Most of us use the cloud within our personal life, but it is quickly becoming one of the most important technologies within construction.
Being able to share files instantly reduces time wasted between departments, while still ensuring these files are stored safely and securely.
These can be updated in real-time, allowing better collaboration and communication.
10. Blockchain Technologies
The most commonly known blockchain technology is Bitcoin. Digital currency can be stored safely as payment and ensures all parties are satisfied throughout the project.
Payment is safely stored with a third party with an agreed contract in place. Once the contract has been satisfied, this payment is released.
This removes the worry from clients not knowing if they will get what was expected and means contractors will always be paid upon completion.
This year is proving an exciting year for construction technology trends, with these in place, construction sites are ensuring a more efficient, safer and more eco-friendly service.
Related news :
Atlas is delighted to welcome Khaled Kotb and Maziar Hosseinian to the engineering team. Khaled joins as MEP Associate Director and Maziar as Structural Engineering Associate.
The appointments add to the wide-ranging capability of Atlas’ engineering team who partner with some of the world’s leading consultants and contractors to help improve documentation quality, deliver larger more complex projects and to become more competitive in the marketplace.
Director of Engineering Dr Khoa Tran Kim said, “We are delighted to welcome both Khaled and Maziar to Atlas. As MEP Associate Director, Khaled plays a pivotal role in overseeing the successful execution of large-scale, complex, and multi-disciplinary projects. His technical prowess, combined with exceptional management skills, ensures that our clients receive the highest level of service and project delivery.
Maziar's expertise is in the design and lateral stability analysis of RC high-rise structures utilising advanced analytical methods and the design of structural steel industrial and mining buildings. He is a great addition to the team, overseeing peer reviews, mentoring, and coaching junior engineers in computer modelling and design verifications.”
Prior to joining Atlas Khaled was MEP Senior Manager at Hyundai Engineering and Construction working on the Hanoi Pilot Metro Line PC03 (underground section Hanoi), Vietnam.
Maziar previously held senior/lead structural engineer roles with Australian-based organisations including Taylor Thomson Whitting and SMEC International.
Atlas welcomes both Khaled and Maziar to the company.
About Khaled Kotb
Khaled has over 20 years of professional experience in electrical and mechanical engineering, project management, site supervision, design, value engineering and contract conditions. Since gaining his qualifications from Cairo University he has worked in Egypt, the United Arab Emirates, Hong Kong and Vietnam. His multilingual capabilities in English, Arabic, Tagalog, and French are an advantage to effectively communicate and collaborate with our global clients.
In sharing his vision for the industry and working at Atlas, Khaled said: “Atlas is a well-established organisation with excellent systems. As a team, we combine human values, integrity, and honesty with MEP industry expertise to provide the highest level of performance and professionalism to our clients’ projects.”
With his project experience encompassing all stages of the project lifecycle – concept design, procurement, construction, installation, testing and commissioning – Khaled has successfully delivered electrical and mechanical solutions for rail, high-rise residential and mixed-use, hotels and resorts, healthcare, leisure and industrial projects. He has considerable knowledge of global electrical, electronic and related technologies, standards and codes, including IEC, NEC, BS, NFPA and FIDIC.
khaled.kotb@atlasindustries.com
About Maziar Hosseinian
Maziar is a structural engineer with 14 years’ experience. He gained his Master of Engineering Science in Structural Engineering from the University of New South Wales, Australia.
Upon joining Atlas Maziar said “Coming from an engineering design background in Australia I have been struck by how well informed the Atlas team is of high-level international standards. They are well capable to compete and hold up their own in the global engineering consultancy market and add considerable value to their client’s projects.”
Maziar’s professional experience includes numerous residential, commercial and industrial buildings in Australia and South East Asia. He has extensive knowledge of reinforced concrete, post tensioned and precast concrete and structural steel structures in addition to shallow and deep piled footing systems. Maziar is knowledgeable in the quality control of design and directing the design to value engineering standards and efficient constructability.
maziar.hosseinian@atlasindustries.com
The Atlas team has just secured the third position in the prestigious INNOVATOR OF THE YEAR category at the recent Autodesk ASEAN Innovation Awards 2023 (AAIA). The accolade was awarded in recognition of the team’s great work on the Hong Kong International Airport Terminal 1 project, which exemplified the transformative power of digital technology in the AEC industry.
The team was entrusted by the Airport Authority Hong Kong (AAHK) to embark on the first phase of the airport's digital twin journey. Their objective was to develop an as-built asset-rich BIM model of Terminal 1, which would serve as a comprehensive asset and facilities management tool, as well as a visualization aid for future expansion and development endeavors.
To accomplish this feat, Atlas harnessed the capabilities of several Autodesk solutions, including ReCap, Revit, BIM360, Navisworks, and Dynamo. During the programme, the team meticulously validated an immense volume of data, consisting of over 10,000 folders, 500,000 files, and a staggering 391GB of information, successfully generated and aligned more than 3,000,000 BIM geometries.
A key highlight of the project was the seamless collaboration of over 50 professionals across various disciplines, showcasing excellent teamwork and project management skills. This synchronized effort ensured the integration of multiple facets of the project, ultimately contributing to its success.
David Llorente - Digital Director and the Digital team represented Atlas at the AAIA event. David delivered a presentation on the award-winning project and participated in a round table discussion to share the ideas of cutting-edge advancements in design, technology, and application within the industry.
The advantages in digital transformation, understanding the technology and its potential to revolutionize the way we envision and create the built environment, were also discussed on the sidelines of the conference.
This recognition garnered by the Atlas team at the Autodesk ASEAN Innovation Awards 2023 is a testament to our unwavering commitment to embracing digital transformation and leveraging innovative technologies. This remarkable achievement serves as an inspiration to the team, highlighting the developments of BIM and digitalization in driving productivity and enhancing project workflows.
Ho Chi Minh Office
Recently, Atlas had the honor of welcoming Mr. Nigel Huddleston MP - the UK Government Minister for Trade and Ms. Emily Hamblin - Consul General in Ho Chi Minh City for a visit to Atlas’ head office.
Members of the Atlas team led the Minister and Consul General on an office tour, offering a first hand glimpse into Atlas’ services, expertise, and vibrant company culture during the visit. It was an occasion to showcase the breadth of innovative architectural, engineering and infrastructure projects that Atlas is engaged on globally, the cutting-edge technologies applied, and the talented professionals who drive our success.
This visit allowed Atlas to demonstrate to the Minister how we are assisting UK based clients in responding to the requirements of the recent Building Safety Act, discuss the impact of AI on the industry, our training collaboration programmes with local Universities, reinforcing our commitment to supporting our partners in shaping the future of the AEC industry globally.
Global AEC Market Opportunities and Forecast, 2021-2028
AEC Market Statistics—2028
The global AEC market size was valued at $7,188.00 million in 2020, and is projected to reach $15,842.00 million by 2028, growing at a CAGR of 10.7% from 2021 to 2028. Architecture, engineering, and construction software is used by real estate companies, construction firms, surveyors, interior designer, and mechanical & electrical piping engineers for effective project life cycle management. Key objective of architecture, engineering, and construction software is to enhance project performance and produce better outcomes. AEC helps construction managers to gather data and information from relevant disciplines and communicate more effectively. Enhanced data communication and coordination among various stakeholders, architectures, and construction supervisors is coupled with improved construction productivity to provide a leading edge to AEC users.
Depending on deployment mode, the on-premise segment dominated the AEC market share in 2020, and is expected to continue this trend during the forecast period. The growth of this segment is attributed to rise in concerns about security of data associated with construction projects, which is highly valuable. Larger firms in the AEC industry provide on-premise software for their customers in industrial, infrastructure, and residential sectors. However, the cloud segment is expected to witness highest growth in the upcoming years as it does not involve capital cost as well as has low maintenance requirements, hence is most preferred by mid-sized financial institutions.
On the basis of enterprise size, the large enterprises segment dominated the market share globally in 2020, and is expected to continue the same during the forecast period. The growth is attributed to rise in use of cutting-edge technology such as augmented reality and virtual reality in large scale enterprises, which needs AEC.
North America generated highest revenue in 2019, and is expected to continue this trend during the forecast period. This is attributed to rapid growth in the construction and infrastructure sector such as adoption of artificial intelligence and rise in need for automation in the construction and architecture sector. However, Asia-Pacific is expected to exhibit highest growth during the AEC market forecast period as adoption of AEC software is prominent in this region, owing to growth in the construction sector in this region. Surge in multi-story buildings and skyscrapers as well as ongoing developments in infrastructure in this region are expected to be key factors facilitating growth of the AEC market.
Segment review
AEC market is segmented into component, deployment mode, enterprise size, application, and region.
- By component, it is bifurcated into software and service.
- Depending on deployment mode, it is categorized into on-premise and cloud.
- On the basis of enterprise size, it is categorized into large enterprises and small & medium size enterprises.
- As per application, it is classified into construction & architecture companies, education, and others.
- Region wise, the market is analyzed across North America, Europe, Asia-Pacific, and LAMEA.
Top impacting factors
Numerous factors such as growth in infrastructure projects, owing to rapid urbanization and increase in productivity through exchange of information drive the market globally. Furthermore, mandatory rules and regulations applied by government authorities for the use of AEC software also drives the market globally. However, high initial cost of implementation of AEC software and lack of skilled workers in the industry restrain the market globally. Furthermore, growth in adoption of AR and VR in the construction industry and rise in implementation of IoT in numerous construction projects are expected to create AEC market opportunity market during the forecast period.
Increase in infrastructure projects
As population is increasing globally, demand for construction of buildings, malls, and offices, owing to launch of projects such as smart cities and high-speed roads, is on the rise. Hence, to operate these projects seamlessly and efficiently, key players are adopting AEC software. The construction industry has witnessed rapid growth in the Middle East and in most developing countries of Asia- Pacific such as India and China.
Source: The indicators are extracted from Allied Market Research report as a reference for market forecast.