2022 Award Winners
Congratulations to all the winners and finalists!
The presentations on this page illustrate how Bentley’s users master project challenges and achieve set objectives by leveraging the latest digital advancements. Watch these 10-minute videos to discover how the 2022 finalists are going digital!
Meet the 2022 winners and finalists
The categories for the 2022 Going Digital Awards in Infrastructure encompass all forms of infrastructure projects and stages – from design, to construction, to operations.
The projects in each category are judged by an independent panel of jurors, using criteria specific to each category.
Bridges & Tunnels
Winner
Ferrovial Construction and Alamo Construction
IH35 Nex Central Section
Location: San Antonio, Texas, United States
Project Playbook: iTwin, MicroStation, OpenBridge, OpenRoads, ProjectWise
Image Credit: Ferrovial Construction and Alamo Nex Construction
Project Summary
To provide extra capacity to the I-35 Northeast Expansion (NEX) corridor, Texas Department of Transportation (TxDOT) initiated a USD 1.45 billion project to construct a viaduct that will add three lanes in each direction. The scope of the project included designing and constructing 21.8 miles of viaduct, two interchanges, and more piping for the drainage system. TxDOT awarded the contract to Ferrovial Construction, which had to overcome the challenges of working in a tight space while integrating the complex bridge structure with existing utilities and infrastructure. They realized that their traditional 2D design methods were costly and inefficient, requiring them to seek a collaborative 3D technology solution.
Ferrovial chose ProjectWise and the Bentley iTwin platform to improve information exchange and develop a digital twin. Using Bentley’s applications and the model, they performed clash detection to eliminate 3,530 collisions, identified and resolved visibility issues, and provided the construction team with precise material information, saving significant time and costs.
Finalist
Southwest Municipal Engineering Design & Research Institute of China
In-Depth And Collaborative Application Of BIM Technology In The Second Section Of Chengdu’s East-West City Axis
Location: Chengdu, Sichuan, China
Project Playbook: LumenRT, OpenBridge, OpenRoads
Image Credit: Southwest Municipal Engineering Design & Research Institute of China
Project Summary
The East-West Urban Axis is an important transportation link of the twin city economic circle of Chengdu and Chongqing. Southwest China Municipal Engineering Design and Research Institute (SMEDRI) undertook the design work for the second section of the route, which spans 11 kilometers and features interchanges, bridges, and tunnels. The high-traffic, soft-rock tunnel with a complex underground piping system presented design and coordination challenges for the multidiscipline team. SMEDRI wanted to establish collaborative digital workflows from planning through construction and needed integrated BIM technology to achieve that.
They selected OpenBridge Modeler and OpenRoads to perform parametric 3D design, which helped to quickly create the bridge and tunnel models. Using Bentley’s integrated modeling and analysis applications, they identified and resolved 132 clashes to shorten the design cycle by 20% and saving millions of yuan. Working in a collaborative digital platform improved design quality, mitigated risks, and established a digital foundation accelerating construction of modernized smart city infrastructure.
Finalist
ZIGONG URBAN PLANNING AND DESIGN INSTITUTE CO., LTD.
Section C and D of the Infrastructure Construction Project of City-industry Integration Belt between Fushun County and Rong County of Zigong
Location: Zigong, Sichuan, China
Project Playbook: LumenRT, OpenBridge, OpenRoads
Image Credit: Zigong Urban Planning and Design Institute Co., Ltd.
Project Summary
Construction of the City-industry Integration Belt is important to help Zigong integrate into the Chengdu-Chongqing twin-city economic development zone. The project presented land requisition difficulties, complicated traffic control, and complex underground pipeline systems. To address these challenges and achieve synergy with the design, construction planning, and engineering works, the multidiscipline project team at Zigong Urban Planning and Design Institute wanted to make innovations to traditional design methods, requiring an integrated BIM solution.
They selected OpenBridge and OpenRoads to establish an open connected data environment and a digital construction management platform. By linking the 3D models with the planned construction timeline, they ensured the project stayed on schedule. Using Bentley’s applications identified problems prior to on-site works, improving overall project control. The solution enhanced design quality, reduced risks, and saved time and costs. The project sets a benchmark for future BIM application in digital city planning and construction and promotes the creation of a smart Zigong city.
Construction
Winner
ACCIONA
Safely Removing Dangerous Level Crossings Through Digital Construction
Location: Melbourne, Victoria, Australia
Project Playbook: ContextCapture, iTwin.js, LumenRT, MicroStation, OpenBridge, OpenRail, OpenRoads, ProjectWise, SYNCHRO
Image Credit: Acciona
Project Summary
As part of Melbourne’s level crossing removal initiative, an AUD 744 million project was deployed to remove 20 level crossings and construct 13 new stations along the Frankston Line. The team wanted to ensure efficient design and timely delivery of the project. However, they faced several construction planning challenges when working in congested areas among a large stakeholder group. They also needed to upgrade their digital approach to a more seamless integrated solution, as their previous strategy lacked context, connectedness, and did not visually communicate the construction sequence.
By leveraging SYNCHRO 4D, Bentley’s collaborative modeling and construction simulation software, the team established a connected data environment and created a digital twin to streamline workflows and provide unparalleled insight into constructability and construction monitoring. Implementing SYNCHRO allowed the team to reduce staging time by 67% and drafting requests by approximately 88%. SYNCHRO helped deliver the project on time with minimal disruption to passengers and the public. It provided a digital asset that can now unlock new opportunities for the realization of an intelligent digital Victoria.
Finalist
CHINA RAILWAY 18TH BUREAU GROUP CO., LTD.
Application of BIM Technology for Ultra-deep Water Transmission Tunnel in Pearl River Delta
Location: Foshan, Guangdong, China
Project Playbook: ContextCapture, LumenRT, MicroStation, OpenBuildings, OpenRoads, PLAXIS, SYNCHRO
Image Credit: China Railway 18th Bureau Group Co., Ltd.
Project Summary
The Pearl River Delta Water Resources Allocation project is the largest water conservancy investment ever made in Guangdong province. It will improve water supply security and capacity, as well as promote sustainable development in the region. China Railway 18th Bureau Group is responsible for the construction and execution of the ultra-deep, double-track water transmission tunnel, located 70 meters underground along a 113.2-kilometer transmission line. The project’s complex topography and geology presented numerous technical difficulties, coordination challenges, and safety risks, requiring the team to leverage an integrated BIM and GIS technology solution.
China Railway selected Bentley’s BIM, reality modeling, and geotechnical analysis applications, along with SYNCHRO, to establish a connected data environment, create a full lifecycle digital management platform, and improve collaboration efficiencies by nearly 50%. Through digital workflows and construction simulations, they optimized construction planning and organization, reducing the construction period by 62 days and saving CNY 8.7 million. The integrated digital solution provides a foundation for similar projects and promotes smart water conservancy country wide.
Finalist
DPR CONSTRUCTION
RMR 20 Mass Ave NW Repositioning
Location: Washington, D.C., United States
Project Playbook: SYNCHRO
Image Credit: DPR Construction
Project Summary
This complex project required the transformation of an outdated office building into an experiential urban destination on Massachusetts Avenue in Washington, D.C. The project scope included extending the 300,000 square-foot original 20 Mass building both vertically and horizontally—increasing its total size to 523,000 square feet. DPR Construction engaged in extensive collaborative design and preconstruction planning, determining that prefabrication would enable the project to stay on schedule and minimize disruption to the local community. However, they faced challenges installing the prefabricated modules without impacting other works or the project timeline.
They selected SYNCHRO 4D and SYNCHRO Control to link the construction schedule to 3D models, enabling the team to visualize and communicate the plan in a digitally immersive environment. SYNCHRO ensured the prefabricated works could be delivered and installed without any obstacles, while aligning to the overall construction schedule. Working in a collaborative, visual 4D environment reduced the construction schedule by two months. By reappropriating the existing 20 Mass structure, they were able to eliminate 6,905 metric tons of CO2 emissions.
Enterprise Engineering
Winner
MOTT MACDONALD
Smart Object Library for the Environment Agency
Location: United Kingdom
Project Playbook: ProjectWise
Image Credit: Mott MacDonald
Project Summary
To help the Environment Agency (EA) efficiently design and manage assets, Mott MacDonald sought to create a smart object library (SOL) accessible to the EA and its supply chain partners. However, they faced challenges securing cross-organization collaboration and ensuring optimum parametric functionality for each smart object. They evaluated different software applications but found that they lacked the functionality and adaptability required to host the smart objects. Therefore, the team needed a comprehensive, interoperable data-connected solution.
Mott MacDonald selected ProjectWise Components Center, which provided greater accessibility and interoperability than other platforms and was capable of hosting multiple file formats and serving a wide range of project disciplines and suppliers. The ability to reuse the digital content saved at least GBP 79,000 since the SOL implementation, with ROI increasing exponentially as the library incorporates more smart objects and becomes accessible to more users. Now, the EA can optioneer designs for efficiency, sustainability, and carbon emissions, helping them cut costs and meet their net-zero goals.
Finalist
NATIONAL HIGHWAYS
Complex Infrastructure Programme – A303 ProjectWise And iTwin Deployment Pilot Project
Location: Wiltshire, United Kingdom
Project Playbook: ContextCapture, iTwin.js, Orbit 3DM, ProjectWise
Image Credit: National Highways
Project Summary
The A303 Stonehenge tunnel is part of a corridor improvement scheme to alleviate severe route congestion and conserve the Stonehenge World Heritage Site. National Highways undertook a review of business requirements, supply chain processes, and technology solutions to improve information management. Previously, engineering data was siloed and National Highways received it through the supply chain, making data difficult to review and interrogate. National Highways needed digital engineering information management to maintain data fidelity and organize information.
National Highways piloted ProjectWise and iTwin to exchange and manage design data on the A303 project. The integrated digital solution provided a collaborative, web-accessible platform that resulted in a 50% more efficient data federation process and a 70% more efficient data exchange process. Bentley applications enabled National Highways to use supply chain data more proactively to better understand costs and risks, allowing for more timely and informed decisions to support better outcomes for the built asset.
Finalist
WSB
Digital As-built Proof of Concept
Location: Elk River, Minnesota, United States
Project Playbook: ContextCapture, OpenBridge, OpenRoads, ProjectWise, SYNCHRO
Image Credit: WSB
Project Summary
As part of the Minnesota Department of Transportation’s (MnDOT’s) TH 169 Elk Redefine Elk River initiative to support the roadway’s lifecycle management and long-term maintenance, WSB wanted to share complex 3D model information between design, construction, and asset management teams. WSB faced challenges updating the design model with the construction data, as well as integrating the information with asset management systems. They needed an open digital platform to integrate all data without losing valuable information.
Leveraging OpenRoads and iTwin, WSB imported data from MnDOT and other asset management systems into the design models and integrated them with the construction process data. Bentley applications reduced costs and resource hours while delivering the as-built model. The proof of concept demonstrates the value of a digital twin, providing real-time insight on the performance of 12 MnDOT asset classes for easier lifecycle maintenance and saving millions on project scoping assignments by identifying asset needs.
Facilities, Campuses, & Cities
Winner
SYDNEY AIRPORT
Maps@SYD
Location: Sydney, New South Wales, Australia
Project Playbook: ContextCapture, iTwin, iTwin.js, LumenRT, MicroStation, OpenCities, Orbit, ProjectWise, SYNCHRO
Image Credit: Sydney Airport
Project Summary
The Sydney Airport spans 906 hectares and includes three runways, three terminals, and over 400 buildings. Officials at the facility initiated a project to implement a cloud-based, self-service portal to support facilities planning and operations by integrating spatial and survey information, making it accessible to all staff across the organization. Faced with complex, voluminous data, compatibility issues, and a diverse user base, Sydney Airport needed an open and user-friendly digital platform.
Already familiar with Bentley’s modeling and mapping applications, the team selected OpenCities, integrating different types of financial and asset data and metadata, models, and documents from multiple systems. This integration provides real-time collaboration and 3D viewing capabilities for planning, auditing, and facilities management. Having access to an open digital environment increased efficiencies, improved productivity and the quality of deliverables, and reduced costs and resource hours across all departments. The solution furthers digitization and sets the foundation for an airport digital twin.
Finalist
KAUNAS UNIVERSITY OF TECHNOLOGY
Kaunas Digital Twin
Location: Kaunas, Lithuania
Project Playbook: ContextCapture, iTwin, iTwin.js, LEGION, LumenRT, MicroStation, OpenBuildings, OpenCities
Image Credit: Kaunas University of Technology
Project Summary
To help build, sustain, and develop a community focused on smart cities and infrastructure, Kaunas University of Technology partnered with other organizations to develop a digital twin of the city’s built environment, with an emphasis on the university campus. Modeling was time consuming, so the team wanted fast and accurate data capture and processing technology. Previous CAD-based applications lacked speed and interoperability. Therefore, Kaunas University needed an integrated technology solution capable of quickly processing multisourced data.
Leveraging ContextCapture with OpenCities Planner and iTwin, they generated a reality model of the city and campus and built a digital twin. Bentley’s applications facilitated multidiscipline integration and saved time while accurately modeling the area. The solution provided virtual tours of the existing university infrastructure and digitized the MLab building project. Working in the iTwin platform enabled the team to augment the new building’s digital representation with live IoT data to analyze indoor climate conditions, helping optimize energy consumption.
Finalist
Kokusai Kogyo Co., Ltd.
Project PLATEAU: Japan’s Largest 3D City Model Project
Location: Numazu City/Kaga City, Shizuoka Prefecture/Ishikawa Prefecture, Japan
Project Playbook: Descartes, MicroStation
Image Credit: Kokusai Kogyo Co., Ltd.
Project Summary
Project PLATEAU aims to develop Japan’s largest-scale 3D city models for 56 cities and promote their use by releasing them as open platform data for urban activities and smart-city management. Kokusai Kogyo conducted 3D modeling for the project and implemented initiatives to achieve more detail. However, they faced challenges incorporating intricate spaces and complex features, such as underground passages and traffic infrastructure into their models.
Kokusai Kogyo selected MicroStation, enabling them to create 3D models with an unprecedented level of detail for 17 cities nationwide. Bentley’s software improved workflow efficiencies, reducing resources hours by approximately 50%, and provided a platform to comfortably model the enormous point cloud data. The technology delivered highly detailed 3D models, achieving simulations that are closer to reality than previously possible, promoting smart city management throughout Japan.
Geoprofessional
Winner
MOTT MACDONALD
Driving Efficiency and Sustainability in Material Reuse through geoBIM
Location: Birmingham, West Midlands, United Kingdom
Project Playbook: Keynetix, OpenRoads, ProjectWise, Seequent
Image Credit: Mott MacDonald
Project Summary
The 90-kilometer HS2 Phase 1 rail route has approximately 25 million cubic meters of material earmarked for excavation, making the volume of earthworks one of the largest sources of carbon emissions. The integrated project team (IPT) needed to identify mass haul efficiencies that could minimize wasted material and help HS2 achieve its target of 50% reduction in carbon emissions. IPT had to accurately understand the material types for reuse, but faced geotechnical and coordination challenges that traditional assessment methods could not accommodate, requiring an integrated digital geological information solution.
Leveraging ProjectWise with Central and Leapfrog applications from Seequent, The Bentley Subsurface Company, the team developed a collaborative geoBIM assessment technique based on the 3D spatial assessment of ground investigation data within the proposed earthworks excavations. Modeling specific geometric earthwork profiles optimized mass haul movements during construction, which provided critical insight into material reuse across the project. The 3D models provide a foundation for the development of a digital twin to support future earthworks projects.
Finalist
GHD
Integrating geological data using digital solutions at Cressbrook Dam
Location: Toowoomba, Queensland, Australia
Project Playbook: ContextCapture, gINT, Leapfrog, Seequent
Image Credit: GHD
Project Summary
Cressbrook Dam creates the major source of water supply for Toowoomba and the surrounding Queensland region. Responsible for managing the dam over the years, GHD has access to voluminous historical paper and multisourced digital geological data and maps. Therefore, they wanted to convert the historical information into a single digital data source. Faced with geological data collection and integration challenges, they realized that traditional approaches were time consuming and risky, requiring an integrated digital data capture and modeling solution.
GHD selected ContextCapture to create a 3D reality mesh of the existing conditions, saving AUD 80,000 in on-site survey costs. Using Leapfrog allowed them to overlay historical maps and import design layers to recreate a geological model as it would have been in 1983, augmented in 3D. The digital model is critical to understanding the dam foundations, geological components, and risks necessary to perform future upgrades and design works. As a digital asset retained by TRC, the model ensures dam safety and reliability for decades.
Finalist
PT Hutama Karya (Persero)
Semantok Dam Project
Location: Nganjuk, East Java, Indonesia
Project Playbook: ContextCapture, PLAXIS, SYNCHRO
Image Credit: PT Hutama Karya (Persero)
Project Summary
Located amid the lowland and mountain terrain of Nganjuk in East Java, the Semantok Dam aims to reduce flood discharge, ensure water availability, and boost the district’s agricultural productivity by 186.33%, providing a sustainable infrastructure solution to support society. PT Hutama Karya undertook most of the construction works, facing geotechnical challenges related to ineffective foundation design and insufficient rock fill quantities. These challenges were compounded by a strict construction period. To timely and cost effectively resolve these issues, the team needed flexible and integrated technology applications.
PT Hutama selected ContextCapture and SYNCHRO to perform reality modeling and construction simulation. Combined with their project management information system and GIS systems, they provided real-time understanding of field conditions and a holistic project overview for timely, cost-efficient management. Using PLAXIS resolved the foundation and quarry issues, saving a total of USD 3.8 million in potential rework. Bentley’s integrated digital solution saved 183 days in the construction schedule and provides the basis for digital asset management during operations and maintenance.
Grid
Winner
POWERCHINA HUBEI ELECTRIC ENGINEERING CO., LTD.
Full Lifecycle Digital Application in Wuhan Xudong 220kV Substation Project
Location: Wuhan, Hubei, China
Project Playbook: LumenRT, MicroStation, OpenPlant, ProjectWise
Image Credit: PowerChina Hubei Electric Engineering Co., Ltd.
Project Summary
This project is central China’s first fully underground 220-kilovolt substation and is a pilot demonstration project for Wuhan to build a first-class power grid, providing electricity for 200,000 residents in northern Wuchang. Located underground near the Yangtze River in a densely populated area, the project presented site and geotechnical constraints demanding a compact layout, compounded by multiple disciplines requiring coordination amid a short construction period. The project team wanted to implement lifecycle 3D digital workflows and needed an integrated technology solution.
Leveraging Bentley’s 3D and reality modeling technology with ProjectWise, the team effectively planned the substation layout, reducing total land area by 52.42%, avoiding more than 50 reworks, and saving CNY 3 million in project changes. Through collaborative digital design and construction workflows, they saved CNY 7.54 million in investment costs and reduced the construction period by 30 days. Using Bentley’s applications to develop the substation digital twin set a benchmark for lifecycle 3D digitalization of substation projects for the State Grid Corporation.
Finalist
ESSENTIAL ENERGY
Essential Energy Intelligent Substation Design
Location: Port Macquarie, Australia
Project Playbook: ContextCapture, OpenUtilities, ProjectWise
Image Credit: Essential Energy
Project Summary
With lower operating costs driving the energy sector, Essential Energy is assessing its capital works projects to find a low cost, low resource solution for small capital projects that provide essential economic support to New South Wales. They wanted to explore the feasibility of an intelligent digital design system (IDDS) specifically for small utility projects. However, they faced data acquisition and compatibility issues, compounded by challenges ensuring their as-built designs accurately depicted real construction.
Already familiar with Bentley applications, they used ContextCapture to create a reality model of each project site, OpenUtilities for comprehensive substation design and analysis, and ProjectWise to manage and share models and data. By automating previous manual processes, the team significantly reduced design hours across the entire capital works portfolio. Their Bentley-based IDDS reduced environmental impact and project design costs by 50%, as well as decreased risks associated with manual on-site work. The digital solution establishes the basis for transitioning to a more comprehensive digital twin for intelligent asset management and operations.
Finalist
STATE GRID HENGSHUI ELECTRIC POWER SUPPLY COMPANY
Comprehensive Application of BIM Technology for Power Transmission and Transformation Engineering Construction
Location: Hengshui, Hebei, China
Project Playbook: MicroStation, SYNCHRO
Image Credit: State Grid Hengshui Electric Power Supply Company
Project Summary
The Qinghan substation project was initiated to improve grid structure and strengthen power supply in Gucheng County, Hengshui. With more than 20 disciplines and suppliers located across eight provinces, the project was difficult to control amid a global pandemic, and presented additional challenges given the proximity to live power supply equipment and soft soil conditions. The project team wanted to explore BIM processes as a new mode of power grid construction and needed an integrated digital solution.
Leveraging MicroStation and SYNCHRO, the team performed collaborative modeling, collision detection, and construction simulation, optimizing design and construction while saving a combined CNY 538,100. Working in a digital environment effectively resolved the insufficient soil bearing capacity and safety risks associated with the narrow construction space. Bentley’s comprehensive BIM solution reduced the construction period by 74 days and provided the basis for developing a digital twin of the power grid for full digital lifecycle operations and maintenance management.
Process & Power Generation
Winner
OQ UPSTREAM
OQ Asset Reliability Digitalization with Purpose
Location: Oman
Project Playbook: AssetWise
Image Credit: OQ Upstream
Project Summary
OQ, an integrated energy company, operates and manages dozens of plants, thousands of assets, and over 4,500 kilometers of pipeline across Oman. To improve asset performance and reliability and ensure safe and reliable plant operations, OQ wanted to digitalize asset management processes. Scattered paper asset data records and previous reactive maintenance methods proved costly and ineffective. OQ realized that they needed to establish a centralized digital asset performance management (APM) system.
They selected AssetWise as their central asset data management platform, incorporating failure reporting and analysis, asset health indicators, and digital inspection strategies to enable corrective maintenance management. Their digitalized APM system reduced asset failures and unplanned plant shutdowns, minimizing environmental risks of flaring. Based on APM implementation at one compressor site, the digital solution saved 14.8% in total maintenance costs and reduced functional failures by 50% to achieve an annual operational reliability growth of 4.3%. Continuing to digitize, OQ is integrating APM as part of their efforts to develop a digital twin.
Finalist
SARAWAK ENERGY BERHAD
Modernizing Bakun Hydroelectric Plant with a Digital Twin
Location: Bintulu, Sarawak, Malaysia
Project Playbook: ContextCapture, iTwin, iTwin.js, LumenRT, MicroStation, OpenBuildings, OpenPlant, OpenUtilities, PlantSight, ProjectWise
Image Credit: Sarawak Energy Berhad
Project Summary
To help become a digital utility by 2025, Sarawak Energy initiated a digital twin pilot project at its Bakun Hydroelectric Plant. The project presented challenges in generating intelligent 3D plant models, given the lack of accurate as-built drawings and limited accessibility, compounded by slow network speeds, large data files, and compatibility with third party applications. Sarawak needed integrated, collaborative modeling technology to generate the digital twin.
Leveraging ContextCapture and MicroStation, they generated high-resolution 3D reality models, reducing the time to develop the as-built designs by 70%. Integrating Bentley’s open 3D modeling applications, PlantSight enabled better visualization of assets and seamless integration with third party platforms. The digital twin solution supports remote plant operations, reducing the need for onsite staff by 30%. Sarawak expects operations and maintenance costs savings by integrating the digital twin with asset performance solutions. The successful pilot demonstrates the digital twin as a crucial component to improve plant reliability and efficiencies.
Finalist
Shell Projects and Technology
Deepwater Project Delivery Digital Platform
Location: Houston, Texas, United States
Project Playbook: AssetWise, iTwin, iTwin.js, Orbit, PlantSight, SYNCHRO
Image Credit: Shell Projects and Technology
Project Summary
Shell identified a portfolio of projects in the Gulf of Mexico to deploy an integrated project delivery digital platform, continuing top cost performance while also working toward meeting net-zero carbon goals and further improving project cycle times for deep water projects. This end-to-end digitization from concept design, to handover, to operations presented challenges, including integrating multi-sourced data. To achieve their goal, Shell needed open, interoperable technology applications.
Leveraging, amongst others, PlantSight and AssetWise ALIM, Shell developed a digital platform that provides a single source of truth from project conception through delivery of a digital twin for operations and beyond. Working in an integrated digital environment optimizes data access, visualization, and remote collaboration, improving efficiencies, reducing time for project teams to find information by 50%, and eliminating work duplication. By digitizing workflow orchestration and supporting end-to-end project delivery, Shell expects to see significant productivity gains and cost savings. The PlantSight digital twin solution can be scaled as projects expand or new ones arise.
Rail & Transit
Winner
PT WIJAYA KARYA (PERSERO) TBK
Integrated High Speed Rail and Station Jakarta – Bandung
Location: Jakarta – Bandung, Indonesia
Project Playbook: ContextCapture, iTwin, MicroStation, OpenBridge, OpenBuildings, OpenRail, OpenRoads, PLAXIS, SYNCHRO
Image Credit: PT Wijaya Karya (Persero) Tbk
Project Summary
The integrated high-speed rail between Jakarta and Bandung will reduce congestion between the two cities and foster a culture of public transportation in Indonesia. Spanning 143 kilometers in length and featuring various structures, the project presented geological and coordination challenges, compounded by an accelerated project schedule amid a global pandemic. Having used 2D design and conventional survey methods on past projects, resulting in delays, additional cost, and inefficient construction, lead contractor PT Wijaya Karya (WIKA) realized that they needed an integrated BIM and digital twin solution.
Leveraging Bentley’s open civil design and reality modeling applications, and digital twin technology, WIKA developed a connected digital ecosystem and single source of truth, facilitating dynamic modeling and the generation of an intelligent digital twin. The integrated solution streamlined workflows, improving efficiency, design quality and calculation, saving USD 185 million in construction costs and shortening the construction schedule by six months. The project sets a benchmark to develop open digital building blocks for integrated public transportation in Indonesia.
Finalist
Arcadis
Carstairs
Location: Glasgow, Scotland, United Kingdom
Project Playbook: ContextCapture, iTwin, LumenRT, MicroStation, OpenRail, OpenRoads, ProjectWise
Image Credit: Arcadis
Project Summary
All United Kingdom rail passengers using the West Coast Main Line from England into Scotland travel through the Carstairs railway station in southern Scotland, which is located close to the key rail junction that divides northbound trains between Glasgow and Edinburgh. To improve passenger service and accommodate high-speed, low-emission electric trains, Arcadis was hired as part of an alliance with Network Rail and Babcock, known as Rail Systems Alliance in Scotland (RSAS), to design an updated electrification system. They discovered the new design elements were difficult to integrate into their previous modeling applications.
Arcadis determined they could unify all design work with Bentley’s open and integrated applications. Using the Bentley iTwin platform, they created a digital twin of the project that enabled improved communication between RSAS members, as well as early detection and resolution of clashes in the design. Keeping project information up to date in ProjectWise enabled web-based interdisciplinary project reviews. Arcadis met all client requirements and optimized the design while reducing the modeling time by 35%.
Finalist
Oriental Consultants Global
Metro Manila Subway Project (MMSP) – Phase 1
Location: Metro Manila, Philippines
Project Playbook: ComplyPro, iTwin, PLAXIS, ProjectWise, SYNCHRO
Image Credit: Oriental Consultants Global
Project Summary
The Philippines Department of Transportation initiated the Metro Manila Subway Project (MMSP) to ease traffic congestion and provide safe, reliable transportation for the National Capital Region, also known as Metropolitan Manila. Phase 1 of the MMSP traverses six cities and includes 13 underground stations and a train depot covering 28.8 hectares above ground. The scale of the project presented communication and coordination challenges that current applications failed to address. Therefore, the project team realized that the implementation of collaborative BIM workflows, proactive risk management and cost monitoring would require a connected data environment be established.
Leveraging ProjectWise and ComplyPro, the project team developed a common digital engineering system and a single source of truth, enabling real-time data sharing that optimized collaboration to save 5,000 resource hours within the project’s first six months. Combined with SYNCHRO for construction simulation, Bentley’s integrated technology solution identified and resolved 50 clashes, eliminating rework, shortening the project schedule, and saving costs. The successful BIM implementation has already achieved an ROI of over USD 600,000.
Roads & Highways
Winner
Waka Kotahi and FH/HEB JV, BECA Ltd.
Takitimu North Link, by Waka Kotahi and FH/HEB JV
Location: Tauranga, Western Bay of Plenty, New Zealand
Project Playbook: iTwin, Leapfrog, LumenRT, MicroStation, OpenBridge, OpenRoads, OpenRoads ConceptStation, PLAXIS, ProjectWise
Image Credit: Beca Ltd.
Project Summary
The Takitimu North Link project is being constructed in two stages by Waka Kotahi (New Zealand Transport Agency) and upon completion will offer more varied public transport and improved safety in the Western Bay of Plenty, supporting economic development and population growth. Stage one is a 6.8-kilometer expressway, including 10 bridges and a separated pedestrian path, being built by a Fulton Hogan/HEB Joint Venture, in a challenging natural environment constrained by existing infrastructure and residents. Beca is the lead design consultant and wanted to implement an integrated, model-based digital approach to address the site complexities and coordinate the large, multidiscipline project team.
Leveraging Bentley’s open modeling applications, Beca established a connected data environment and digital twin that will simplify construction in the constrained location. Through collaborative digital modeling and 3D visualization, they reduced modeling time by 15% and improved design efficiencies by 20%, while achieving higher-quality deliverables compared to previous design methods. The digital twin enables data integration for construction activities and future management and maintenance of roadway operations.
Finalist
AFRY
New Test Track for Autonomous and Electrified Vehicles
Location: Södertälje, Stockholm, Sweden
Project Playbook: LumenRT, MicroStation, OpenRoads, ProjectWise
Image Credit: AFRY
Project Summary
AFRY was selected by commercial vehicle manufacturer SCANIA to design a new test track to test and drive electric and autonomous technology for heavy vehicles. The test track includes 19 kilometers of roads with more than 60 intersections and junctions, though complex, hilly ground conditions will make layout difficult. Since changing any single element would impact numerous others, AFRY needed a flexible, accessible design environment.
They determined Bentley applications could model the track while ensuring tight change management and constructability. AFRY used the applications to produce accurate 3D models enriched with project data, as well as to verify the impact of design on the environment and calculate the amount of earthwork required. The ability to produce dynamic relationships between models reduced modeling time by 30%, and automated drawing production saved 30 resource hours. The applications helped AFRY detect and remove errors in the design stage, saving millions of Swedish crowns in rework and helping them take the lead in developing sustainable transport solutions.
Finalist
Foth Infrastructure & Environment, LLC
City of Perry Innovates with Foth Creating a Digitally Mapped City Using Digital Twins
Location: Perry, Iowa, United States
Project Playbook: ContextCapture, MicroStation, OpenRoads, ProjectWise
Image Credit: Foth Infrastructure & Environment, LLC
Project Summary
The City of Perry hired Foth to evaluate street and sidewalk conditions using mobile LiDAR scanning to improve access for citizens. The project quickly morphed into a citywide digital twin project to support the city’s capital improvement plan (CIP), presenting technical challenges for digitalizing over 60 miles of streets and 10 miles of alleyways. Foth needed integrated technology to process voluminous geospatial data, aerial images, and point clouds, and provide digital accessibility to multiple stakeholders.
Leveraging Bentley’s open modeling applications, Foth developed an optimal plan to deliver the digital twin, saving significant time and potential rework. The 500-gigabyte 3D city model contains approximately USD 598 million worth of asset data. The digital twin provides potential investors with a portfolio of data about historical structures, making them more inclined to invest in Perry and helping increase private investor engagement by 50% over the next five years. Having a digital twin enables Perry to gain support and enact its CIP 60% faster, increasing its ability to secure city funding by 75%.
Structural Engineering
Winner
WSP
Unity Place Delivered with Optimized Design by WSP Using Innovations from Bentley
Location: Milton Keynes, Buckinghamshire, United Kingdom
Project Playbook: PLAXIS, RAM
Image Credit: WSP
Project Summary
Located in Milton Keynes, Unity Place will be the new headquarters for Santander Bank, consolidating four existing office buildings into a state-of-the-art facility. It will be designed and constructed as a green, efficient space, achieving excellence in environmental sustainability and impact on well-being. Covering 84,000 square meters on an existing car park site, the sustainable building project presented architectural, geotechnical, and structural engineering challenges. WSP provides multidiscipline engineering services from conception through completion and realized they needed integrated structural and geotechnical modeling and analysis applications to determine sustainable building solutions.
WSP selected PLAXIS and RAM, simplifying design and streamlining workflows to meet the construction budget and timeline while achieving sustainability goals. Using Bentley’s applications, they opted for a concrete solution that saved 16,000 tons of concrete and GBP 1.206 million in material costs. The integrated technology reduced design time, saving an additional GBP 20,000, and facilitated innovative structural solutions that already exceed 2030 carbon targets. The project sets a benchmark for sustainable design of commercial new builds.
Finalist
DELHI METRO RAIL CORPORATION LIMITED
Design and Construction of Tunnel and Underground Station at Krishna Park of Delhi MRTS Phase-IV
Location: New Delhi, India
Project Playbook: PLAXIS, STAAD
Image Credit: Delhi Metro Rail Corporation Limited
Project Summary
The Delhi Metro Phase 4 extension will add nearly 62 kilometers to the existing 390-kilometer Delhi Metro, which has revolutionized mass transportation in India, providing reliable, eco-friendly services while also minimizing roadway accidents and vehicular carbon emissions. The Krishna Park project is part of this extension and includes structural design and construction of twin bore tunnels and an underground station. Located in a densely populated urban area with alluvial soil conditions, the project presented structural and geotechnical engineering challenges, requiring an integrated BIM solution.
Leveraging PLAXIS and STAAD, the project team modeled and analyzed the soil, and building and tunnel structures, monitoring and simulating structural loads and excavation works. Bentley’s integrated BIM applications streamlined workflows, facilitating clash detection and enabling real-time model modifications prior to work on site, saving 1,000 resource hours and associated costs. Through collaborative digital modeling and analysis, the team optimized structural design, reducing concrete material quantities by approximately 1,500 cubic meters and steel reinforcements by 250 megatons.
Finalist
Sinotech Engineering Consultants, Ltd.
TPC Changhua Offshore Wind Farm Phase 2 Project
Location: Changhua County, Taiwan
Project Playbook: OpenWindPower Fixed Foundation, SACS Pile Structure Design, SACS Wind Turbine Analysis Cloud Services
Image Credit: Sinotech Engineering Consultants, Ltd.
Project Summary
With a total power generation capacity of 300 megawatts, providing more than 1 billion units of electricity annually, the TPC Changhua Offshore Windfarm Phase 2 project will supply carbon-free electricity to approximately 270,000 households. Sinotech is designing the wind turbine generator support structures, requiring consideration of thousands of load scenarios. Faced with complicated geometry and voluminous data, they needed cloud-based, offshore structural design and analysis technology to complete the design in a timely manner.
Sinotech selected SACS to perform 80,000 load simulations, generating petabytes of data. Bentley’s application provided a dynamic modeling and analysis environment to complete the simulations in one and a half months, compared to three and a half using conventional methods. The software’s automated and comprehensive computing features saved 60% in design time and approximately five petabytes of local storage space.
Surveying & Monitoring
Winner
SINGAPORE LAND AUTHORITY
SG Digital Twin Empowered by Mobile Mapping
Location: Singapore
Project Playbook: ContextCapture, Orbit 3DM
Image Credit: Singapore Land Authority
Project Summary
Singapore Land Authority (SLA) initiated a national 3D mapping of Singapore via aerial and street mobile mapping with a ‘capture once, use by many’ objective, to create a smart, resilient, and sustainable nation. The project presented challenges when integrating aerial and mobile-captured data, compounded by difficulties refining 600 billion point clouds and sharing 25 terabytes of mobile mapping data with government agencies and stakeholders.
SLA needed a comprehensive, web-based application to manage the massive amount of data and develop a digital twin. SLA selected Orbit 3DM to manage and integrate the large volume of point clouds and images, then generated a digital twin, bridging data sharing with multiple users via cloud-based resources. Compared to traditional mapping methods, rapid mobile mapping using Bentley’s application saved SGD 26 million and one year in capture and processing time. The digital solution increases data availability by 50%, enables accurate data extraction, and delivers a sustainable, collaborative digital twin that can be used for multiple planning purposes.
Finalist
AEGEA
Brazil’s Largest 3D Sanitation Map (Digitalization of Rio de Janeiro)
Location: Rio de Janeiro, Brazil
Project Playbook: ContextCapture, iTwin, LumenRT, MicroStation, OpenBuildings, OpenCities, ProjectWise
Image Credit: Aegea
Project Summary
The Infra Inteligente program aims to identify and verify all physical assets of Aegea’s sanitation operation by creating a digital 3D map of their structures located across 13 Brazilian states. As part of this digitalization program, Aegea implemented its largest asset inventory project in Rio de Janeiro, requiring capturing and integrating more than 29,000 physical assets, 1,317 industrial plants, and 211,000 surveys. To enable 70 specialists from multiple engineering disciplines to complete the project, Aegea needed integrated BIM and reality modeling technology.
Leveraging ContextCapture and Bentley’s open modeling applications, Aegea processed a total of 156,000 drone-captured photos to generate a 3D reality mesh and digital twin. Creating a virtual reality environment provides real-time asset and plant insight to monitor equipment health and operation, enabling digital lifecycle management of sanitation assets, optimizing performance, service availability, and reliability. The 3D digital solution ensures risk mitigation and operational efficiencies and facilitates the modernization of Aegea’s sanitation network.
Finalist
HDR
Murray Dam Condition Assessment
Location: San Diego County, California, United States
Project Playbook: AssetWise, ContextCapture, ContextShare, iTwin, LumenRT, MicroStation, ProjectWise
Image Credit: HDR
Project Summary
Murray Reservoir features a dam withholding 4,644 acre-feet of water, making a major dam failure catastrophic for downstream communities. The city hired HDR to develop a high-resolution photographic record of the dam’s condition. The complexity of the structure with dam heights reaching over 100 feet presented inspection challenges, requiring multiple data capture methods. HDR wanted to generate a digital twin but needed flexible, collaborative technology to integrate and process the multi-sourced data.
They selected ContextCapture to process drone-captured images and terrestrial LiDAR point clouds into a 3D reality model with an accuracy of 3 millimeters. Importing the model into MicroStation and integrating artificial intelligence, they generated a digital twin to perform digital inspections, complement the work of rope access inspections, and serve as a baseline for analysis to predict future problems. Bentley’s applications reduced the need for dangerous on-site inspections and saved significant costs compared to traditional inspection processes. The digital twin will continue to enhance quality, safety, and sustainability of inspection work at the dam.
Water & Wastewater
Winner
Jacobs and PUB, Singapore’s National Water Agency
Tuas Water Reclamation Plant (TWRP)
Location: Tuas, Singapore
Project Playbook: MicroStation, OpenBuildings, OpenPlant, OpenRoads, Orbit, ProjectWise, SYNCHRO, iTwin, LumenRT/Omniverse
Image Credit: Jacobs
Project Summary
Singapore’s National Water Agency, PUB, is building the state-of-the-art Tuas Water Reclamation Plant (TWRP), providing a treatment facility for industrial and household wastewater designed to maximize water recovery and reduce energy consumption. Jacobs is responsible for design and construction management, including managing and integrating digital information across 17 contract packages. They want to achieve world-class digital delivery, but faced challenges coordinating and managing the voluminous data and multiple disciplines. Previous software packages proved ineffective, so they sought a cloud-based digital platform capable of collaborative, federated modeling.
Jacobs selected the Bentley iTwin platform, establishing a web-based digital environment and single source of truth, enabling real-time access to a digital twin and democratizing BIM and digital transformation across multiple stakeholders. The solution automated information extraction, improving engineering quality, efficiency, and collaboration. Establishing a connected digital platform enhanced construction and project delivery and optimized digital capabilities, streamlining workflows. The digital twin will provide a seamless transition into digital asset management for operations and maintenance.
Finalist
L&T CONSTRUCTION
Utility Development and Management for Nadaprabhu Kempegowda Layout (NPKL)
Location: Bangalore, Karnataka, India
Project Playbook: OpenFlows, STAAD
Image Credit: L&T Construction
Project Summary
As part of creating a dynamic and sustainable NPKL township, Bangalore Development Authority initiated an integrated area development project which included the scope of potable water supply, sewerage collection, and recycle water network through a piped system for 3,032 homes. L&T Construction is responsible for design, construction, commissioning, and operations and maintenance for 10 years. Faced with a constrained construction area and multiple disciplines working amid a tight schedule, L&T realized that conventional methods were time-consuming, delivered inaccurate results and were prone to rework in design and execution stages since the scope involves extensive house service connections and laying of multiple utilities in the same constrained area. Therefore, they needed an integrated hydraulic and structural modeling solution.
Leveraging OpenFlows and STAAD, L&T modeled and analyzed multiple hydraulic operating scenarios in order to ensure that the sewer and water network is optimised and performed structural design & analysis for 125 different structures. Bentley’s integrated technology solution saved 40% in engineering resource hours, and assisted in completing the engineering works in six months compared to nine months using manual processes. Establishing collaborative digital workflows avoided clashes and minimized rework, improving productivity by 25%. Implementing digital monitoring systems will enable remote operations and maintenance functions for smart utility management.
Finalist
MWH Treatment, as part of Advance Plus Framework JV with J Murphys & Sons
Burnley WwTW Capital Investment Project
Location: Burnley, United Kingdom
Project Playbook: SYNCHRO
Image Credit: MWH Treatment, as part of Advance Plus Framework JV with Murphys & Sons
Project Summary
The Burnley Wastewater Treatment Works project, which forms part of United Utilities Water Company, was initiated to improve current site capabilities and comply with tightened regulatory standards to accommodate population growth in Northwest United Kingdom. The tight timeline, cost, and site constraints presented coordination and logistical challenges that previous technology could not address. The project’s joint venture team wanted to digitally support and organize design, fabrication, manufacturing, and assembly works, reducing time on site and minimizing health and safety risk. To optimally phase the works and support digital rehearsals, they needed 4D construction simulation technology.
Leveraging SYNCHRO with interactive on-site safety induction software, the team generated a 4D construction model to visualize and support phased workflows. Using the model, they performed monthly digital rehearsals to review the program and provide a holistic view of the project as it progressed. The integrated digital solution facilitated proactive logistics management and interactive, intelligent workflows, saving eight weeks in time and GBP 80,000. The 4D model serves as a digital twin, enabling informed decision making, and will be provided to the client for operations and maintenance.
Congratulations to the 2022 Founders' Honors Recipients
Founders’ Honors, chosen individually by Bentley Systems’ founders, are presented to a small number of exemplary projects, individuals, and organizations which particularly inspire us in our company’s mission of advancing the world’s infrastructure while sustaining both the global economy and environment.