Tag: BIM

How digital twin technology integrated with (BIM) can transform building lifecycle management

Relocatable modular buildings (RMBs) represent a sustainable construction method where buildings are assembled and transported easily using prefabricated modules. However, challenges in management and logistics hinder their wider adoption. In a new study, researchers developed an innovative digital twin facility management system tailored specifically for RMBs.

This advanced framework integrates cutting-edge technologies to enhance management efficiency throughout the building lifecycle, establishing a foundation for wider digital twin integration in construction.

Relocatable modular buildings (RMBs) represent an innovative and growing solution for flexible and sustainable construction. These buildings can be quickly assembled from prefabricated “modules” and easily transported, minimizing costs and environmental impact while providing safer and cleaner construction environments. However, the management of assets and modular units for reuse and relocation across multiple lifecycles remains a major challenge in RMB projects.

To address this, a research team led by Associate Professor Yonghan Ahn from the School of Architecture & Architectural Engineering at Hanyang University ERICA in South Korea, developed a new digital twin (DT)-based framework for facility management of RMB projects. “Digital twin technology is a groundbreaking tool that offers a digital replica of physical assets, integrating real-time data, predictive analysis, and decision-making abilities,” explains Prof. Ahn. “Although digital twins are gaining popularity in other fields, their use in modular construction remains limited. We introduce a novel digital twin-enabled facility management system (DT-FMS) tailored specifically for RMBs.” The team also included contributions from Dr. Dennis Nguyen from Hanyang University. Their study was made available online on May 05, 2025, and published in Volume 176 of the journal Automation in Construction in August 01, 2025.

The new DT-FMS integrates building information modeling (BIM), internet of things (IoT), and geographic information systems (GIS) to create a detailed virtual model of RMBs. This model supports real-time monitoring, performance analysis, and logistics simulations across the building’s lifecycle. BIM offers robust 3D modelling and comprehensive building information. IoT provides real-time sensor data. GIS contributes critical geographic data, supporting effective logistics of modular units and location-based decision making.

This framework is structured across three interconnected layers: physical, digital, and service. The physical layer forms the foundation for real-time tracking and communication among different physical components such as resources, modular units, and people, including stakeholders, engineers, and workers. The digital layer includes modeling tools, data integration, and analytics. Finally, the service layer allows users to monitor, control, and interact with the DT framework, supporting effective decision making throughout the building lifecycle. 

To demonstrate the practical application of the framework, the researchers conducted a case study on a relocatable modular school system in South Korea. DT-FMS enhanced the decision making for module distribution and reuse, resulting in improved management efficiency. 

“Our research highlights the important role of digital twins in promoting a circular economy by enabling the reuse, reconfiguration, and optimal relocation of modular units, thereby minimizing waste and maximizing value throughout repeating project cycles,” remarks Dr. Nguyen.

Reference

Title of original paper: Digital twin framework to enhance facility management for relocatable modular buildings

Journal: Automation in Construction

DOI:  10.1016/j.autcon.2025.106249

How Construction Consultants Are Leading the Charge in Technological Innovation

The construction industry is traditionally known for its hands-on approach and reliance on manual labor. However, with the rapid rise of technology, construction consultants such as those at mitchellmcdermott.com are playing a pivotal role in integrating emerging innovations. They are contributing to the industry’s evolution by embracing new technologies like Building Information Modeling (BIM), Artificial Intelligence (AI), and machine learning. By leveraging these advancements, consultants are reshaping the industry, streamlining operations, and optimizing project outcomes.

Embracing Building Information Modeling (BIM)

Building Information Modeling (BIM) has become a game-changer in construction projects. This advanced digital tool allows for the creation of detailed 3D models, giving teams a comprehensive view of a building or infrastructure before construction begins. By incorporating BIM, construction consultants can detect design flaws early, improve collaboration among teams, and minimize costly errors.

The primary advantage of BIM lies in its ability to integrate information across different disciplines. Architects, engineers, and contractors can work from the same set of data, ensuring all parties are on the same page. This reduces the risk of misunderstandings and delays during construction. Consultants who use BIM can guarantee more efficient use of resources and faster project completion.

Artificial Intelligence and Machine Learning in Construction

Artificial Intelligence (AI) and machine learning are also gaining traction in the construction world. These technologies enable systems to analyze vast amounts of data and make predictions based on that analysis. For example, AI algorithms can predict potential project delays or identify areas where costs might overrun.

Consultants are utilizing AI to enhance decision-making and improve safety measures. AI-powered systems can analyze historical data and offer real-time solutions for site management, workforce allocation, and resource planning. With AI’s ability to optimize operations, construction consultants can help businesses reduce inefficiencies and improve overall project performance.

Machine learning, a subset of AI, helps systems “learn” from past project data, continuously improving predictions and processes. Consultants rely on machine learning to fine-tune project planning and execution, creating more accurate timelines and cost estimates. Over time, these systems become increasingly adept at forecasting potential challenges, allowing for more proactive responses.

Enhancing Project Management with Cloud-Based Tools

Cloud computing has revolutionized project management in the construction industry. Construction consultants are increasingly adopting cloud-based platforms to facilitate real-time collaboration, file sharing, and document management. These tools ensure that all stakeholders, from architects to subcontractors, have access to the most current project information.

By utilizing cloud-based solutions, consultants can streamline workflows, increase transparency, and reduce administrative bottlenecks. Furthermore, cloud tools allow project managers to track progress remotely, improving overall oversight and ensuring timely project completion.

Streamlining Sustainability Efforts

With growing concerns about environmental impact, construction consultants are also leveraging technology to promote sustainability in construction projects. Tools like energy simulation software and environmental impact assessment platforms enable consultants to design eco-friendly buildings that minimize waste and energy consumption.

By using technology to assess the environmental footprint of a project, consultants can recommend solutions that not only meet sustainability goals but also result in long-term cost savings for clients. Sustainable building practices are becoming increasingly important, and technology is playing a vital role in reducing the construction industry’s environmental impact.

Automation and Robotics: Improving Safety and Efficiency

Automation and robotics are transforming the way construction sites operate. Construction consultants are advocating for the integration of automated machinery to handle repetitive tasks, such as bricklaying, welding, and excavation. By introducing robotics, construction firms can reduce human error, increase precision, and speed up project timelines.

These technologies also improve worker safety by taking over high-risk tasks. With fewer manual laborers exposed to dangerous environments, the likelihood of accidents decreases, making construction sites safer for all involved. Consultants who integrate automation and robotics into projects ensure that companies are operating in line with the latest safety standards while improving efficiency.

Data-Driven Decision Making

The use of data analytics has become central to making informed decisions in construction. Consultants are now able to gather and analyze data from various sources, such as sensors on construction equipment, IoT devices, and project management platforms. This data can be used to monitor progress, forecast potential issues, and identify ways to optimize operations.

For example, consultants can track equipment usage and identify patterns of inefficiency, allowing for better fleet management and maintenance planning. By tapping into the power of data analytics, construction consultants provide clients with actionable insights that drive smarter business decisions.

Conclusion: The Future of Construction

Technology continues to shape the future of construction, and consultants are at the forefront of this revolution. By embracing tools like BIM, AI, machine learning, cloud platforms, and robotics, they are driving the industry toward greater efficiency, safety, and sustainability. As these technologies continue to evolve, construction consultants will remain essential in helping businesses navigate this rapidly changing landscape. Their ability to integrate innovative solutions ensures that projects are completed on time, within budget, and to the highest standards.

 

Call-out to ambitious aquatech companies to apply for 2024 BIM Innovation Studio

Ambitious aquatech businesses are invited to apply for a ground breaking Bord Iascaigh Mhara (BIM) mentoring programme in a sector which has just attracted a €15 million investment from the Ireland Strategic Investment Fund (ISIF).

The ISIF has announced the investment to Hatch’s Blue Revolution Fund which focuses on early-stage companies who have the potential to transform aquatech.

Minister for Agriculture, Food and the Marine, Charlie McConalogue, today announced that BIM is partnering again this year with aquaculture accelerator, Hatch Blue, for its popular Innovation Studio.

This is a free, intensive two-week programme aimed at supporting young aquatech companies in all aspects of development including technology and investment. BIM’s Aquatech Development Programme is supported by the European Maritime, Fisheries and Aquaculture Fund (2021 – 2027) with an investment of €380,000 in 2024.

The aim of the BIM Innovation Studio is to grow Ireland’s €200 million aquatech business, and to position the country as the “Silicon Valley” of the sector.

Now in its seventh year, some 50 projects and companies have completed the Innovation Studio, and have attracted a total investment of around €15 million, creating more than 200 hi-tech jobs.

“I am delighted to announce applications are open for the 2024 BIM Innovation Studio which has fostered a wealth of innovation, energy and talent in Ireland’s growing aquatech sector since its inception seven years ago,” said Minister McConalogue. “This programme offers a unique opportunity for companies with technology applicable to the globally important aquaculture sector to improve their investor readiness and increase market access.

“Ireland is leading the way in the development of the aquatech sector with some 60 Irish aquatech companies turning over €200 million in 2022 with the potential for significant growth and job creation.”

The Minister welcomed the €15 million investment by ISIF in the Blue Revolution Fund which invests in early stage aquatech companies. “This is a huge vote of confidence in the sector which has enormous potential. Aquatech companies can advance the health of the oceans while providing sustainable seafood regenerative ecosystem services and community benefits.”

Aquatech is any technology or innovation driving sustainable seafood farming, and it can be applied progressively to the breeding, raising, and harvesting of fish, shellfish, and aquatic plants.

The BIM Innovation Studio offers opportunities for companies in areas such as pharmaceuticals, marine engineering, genetics, feed additives and artificial intelligence.

Applications for the BIM Innovation Studio are open until 19 July 2024. The BIM Innovation Studio takes place from 1 to 10 October at the Lee Hotel, Cork City. Several companies will then be selected to pitch at the BIM Aquatech Conference on 11 October where the winner of the BIM Aquatech Business of the Year 2024 will also be announced.

“The BIM Aquatech Innovation Studio provides a springboard for aquatech innovations, connecting participants with industry experts, mentors, and investors worldwide,” said Jessica Giannoumis, Hatch Blue’s Aquatech Community Manager for Ireland. “Whether it’s sensor technology, alternative seafood solutions, or water management strategies, this is the ultimate opportunity to refine your aquatech vision.”

Eight to ten successful applicants will be matched with experienced mentors to further develop their business strategy, product or service. They will also have access to a global network of aquaculture technical experts.

Several companies involved in the 2023 Innovation Studio attended a delegation to Southeast Asia last year with Hatch to grow their network and learn more about their potential market.  The delegation has secured potential business opportunities on foot of this.

Aquamonitrix, a Carlow based company, is delivering a dataset to the water industry on nitrates and nitrites that are toxic to fish, but which were previously impossible to measure in real time.

The company had previously participated in the BIM innovation Studio.

The Innovation Studio supports the ambitious goals set out in the Department of Agriculture, Food and the Marine’s Food Vision 2030 Strategy, including to promote Ireland as a knowledge base for aquaculture technology and research and attract external investment into the sector.

Significant growth occurred in the seafood-tech sector over the last five years with the number of active companies growing from 42 in 2016 to 62 in 2021, according to BIM’s Business of Seafood 2022 report. Over this period employment in these companies increased from 517 in 2016 to 892 in 2021 while turnover increased from €86m in 2016 to €217m in 2021

For further information and to apply visit:  https://bim.ie/news-and-events/news/bims-2023-aquatech-innovation-studio-programme-now-open-for-applicants/

Finalists announced for inaugural BIM Aquatech Business of the Year

Three cutting edge Irish aquatech companies using technology to drive sustainable seafood farming have been announced as finalists in the inaugural BIM Aquatech Business of the Year.

The winning company will be announced at a conference titled “Aquatech – Ireland’s Global Opportunity” in Killarney, Co. Kerry, on Thursday, 19 October. Some of the world’s leading experts in aquaculture will be speaking at the conference.

The three finalists in the BIM Aquatech Company of the Year are:

  • Aquamonitrix, led by CEO Mark Bowkett and based in Co. Carlow. It provides a revolutionary new analyser for measuring nitrate and nitrite in fresh, saline and waste-water.

 

  • Aqualicence, founded by Kate Dempsey and based in Co. Wicklow. This is a marine and offshore windfarm consultancy firm supporting on all aspects of licensing applications and support services required for successful submissions.

 

 

  • Konree Innovation, founded by Margaret Rae and based in Co. Galway.  The company uses artificial intelligence and machine learning to outsmart infestation by sea lice, a parasite that affects salmon and other fish, and impacts on production.

 

According to Richard Donnelly, Development and Innovation Director at BIM, there are currently 62 aquatech companies operating in Ireland, all using technology to enable sustainable seafood farming at a time when the sector is facing many challenges. Between them the companies turned over €212 million last year.

“Ireland has the potential to be a world leader in aquatech and BIM is driving the sector’s development. The Department of Agriculture, Food and the Marine’s Food Vision 2030 strategy is to “promote Ireland as a knowledge base for aquaculture technology and research and attract external investment into the sector”. The scale of the opportunity is enormous.” said Mr. Donnelly.

He added that the three finalists in the first BIM Aquatech Company of the Year are examples of the energy, innovation and talent in the sector in Ireland. “We believe that with proper supports Ireland has the potential to be the “Silicon Valley” of the aquatech world.”

Technicians testing a nitrate sensor in the Aquamontrix lab in Tullow, Co. Carlow

Currently 8 emerging aquatech companies are taking part in the Bord Iascaigh Mhara (BIM) Aquatech Innovation Studio Programme in Kilorglin. The programme, being delivered by aquaculture accelerator Hatch Blue, and supported by the European Maritime Fisheries and Aquaculture Fund, is now in its fifth year.

The Innovation Studio will culminate with Thursday’s conference. Leading experts in aquaculture taking part include Kristen Virega, SVP Global Shrimp efishery, Neil Sims, Founder and CEO, Ocean Era and Jennifer Bushman, Sustainable Aquaculture Strategist and Communicator. BIM CEO, Caroline Bocquel, is also among the key speakers.

The panel discussion will focus on what’s required for Ireland to take advantage of the global opportunity in aquaculture, and how the ecosystem can be nurtured. Panellists include:

  • Antonios Chalaris, Aqua Business Manager of Devenish Nutrition, an agri-technology company based in Belfast.
  • Róisín O Shea, a Senior Investment Manager in the Food and Agri team at Ireland’s Strategic Investment Fund (ISIF).
  • Fearghal O Donncha, a research scientist at IBM Research Europe. Research includes high-resolution modelling of coastal systems and data driven management of fish farms and
  • Jennifer O Brien, CEO of food tech company Sea & Believe.

Excitement builds as Ireland’s aquatech industry aims for global recognition at BIM conference

Bord Iascaigh Mhara (BIM), Ireland’s seafood development agency is hosting a conference next month that aims to position Ireland as the centre of excellence for aquatech. The inaugural Aquatech Business of the Year award is also being announced at the event.

The conference, being held in partnership with global aquaculture accelerator, Hatch, and supported by the European Maritime Fisheries and Aquaculture Fund, will gather some of the leading experts in aquaculture including Kristen Virega, SVP Global Shrimp efishery, Neil Sims, Founder and CEO, Ocean Era and Jennifer Bushman, Sustainable Aquaculture Strategist and Communicator. BIM CEO, Caroline Bocquel is also among the key speakers.

Aquatech can be defined as any technology enabling sustainable seafood farming. There are currently 62 aquatech companies operating in Ireland, employing almost 900 and with a combined turnover of €217 million.

This exclusive discussion and knowledge sharing opportunity will provide a platform for senior policy makers, aquaculture and tech sector thought leaders and investors to learn how  Ireland can build its capabilities in this space.

‘Aquatech – Ireland’s Global Opportunity’ is taking place at the Brehon Hotel in Killarney, Co Kerry on Thursday 19 October from 14:00 to 16:00 (Irish Standard Time). You can register to attend for free at the following link:  bit.ly/44CLJgX