Best Use of Technology: Design Efficiency
Asia Infrastructure Solutions
Unleashing synergy: Transformative engineering workflows through BIM-Driven design automation
Our entry comprises a novel approach to address the growing demand in the engineering market by establishing a symbiotic relationship between humans and machines. We utilise Robotic Process Automation (RPA) to seamlessly connect Building Information Modelling (BIM) with engineering analysis software, enabling automatic design checking for compliance with various codes of practice. The integration of RPA and BIM streamlines the design process and has been successfully implemented in real-life projects, resulting in a tenfold increase in design efficiency compared to the manual approach. The time saved is redirected towards optimising designs and developing customised options for clients, increasing client satisfaction. Our development showcases the practicality and effectiveness of the BIM-based RPA design approach and its potential to drive advancements in engineering practice. We believe our project deserves recognition for its contribution to delivering smarter projects with improved performance.
AtkinsRéalis
Sizewell C drainage delivery automation
On the design of Sizewell C civil works, AtkinsRéalis have delivered a step change in how drainage designs are produced, boosting productivity by automating the production of BIM models and construction schedules. Recognising that manual data entry and modelling processes were delaying delivery and compromising quality, our team has developed a holistic digital solution that directly addresses major bottlenecks in the design process. Software extensions were developed in-house by our engineers to transfer data between relevant applications, removing huge volumes of menial work and significantly improving data quality. Data extracts of our high-quality BIM models were used to automate design parameter checks and deliverables production, enabling faster design iterations and smoother multi-disciplinary collaboration. Since its introduction on Sizewell C in May 2024, the solution has saved over a thousand hours, which is expected to increase several-fold as design ramps up.
Daylun
Daylun’s Technological Innovation: The 241 Waterloo House of the Future Daylun’s 241 Waterloo Ave project exemplifies how cutting-edge technology can revolutionize construction. Utilizing Autodesk's REVIT software, we digitally designed the house, addressing potential issues before on-site work began. We integrated the existing concrete structure with precision, retaining 60% of it to minimize the carbon footprint. Key Technologies: 3D Scanning: Partnered with 3D Interiors to use FARO scanning, capturing precise 3D data of the existing building. Digital Modeling: Built the house in REVIT, achieving tolerances of less than 3 millimeters. CNC Precision: Used CNC machines to cut materials based on the digital model, ensuring perfect alignment with the existing structure. This approach resulted in a precise, efficient, and sustainable construction process, demonstrating how digitalization and automation can transform the industry and set new standards for future projects.
GHD
Automation Studio software
The use of GHD’s Automation Studio software on the design of Severn Trent’s new service reservoirs demonstrates how GHD’s automation software can radically improve efficiency and delivery on a range of infrastructure projects within the water sector. The software integrates multiple design workflow stages into one application with a single intuitive interface so that engineers simply input the design requirements and within seconds the software automatically produces fully verified and compliant design calculations and detailed construction-ready drawings. By applying the software to several reservoir designs for Severn Trent we were able to quickly get a detailed design for the project which could then be reviewed and improved where required. The net result is a powerful software tool that has had a transformative impact on design services for our client and enhanced efficiency and effectiveness for our engineers.
Mott MacDonald
High speed 2 phase 1 area north
The suite of linked tools developed for a significant infrastructure project has boosted the efficiency of pile group analysis and design. By automating repetitive tasks, the technology has significantly reduced time demands on engineers, saving approximately 350 man-days on the project. This has created more space for focus on critical thinking and delivering creative engineering solutions for Clients. The development of these tools was a result of a well-thought-out digital workflow strategy, which involved close collaboration between the geotechnics and civil structures disciplines. The tools are scalable for future projects of any scale, setting a new norm for efficiency in design delivery. Continuous improvement and maintenance are integral parts of the development, promising increased automation, optimisation, and integration in the future.
Mott MacDonald
SpeedBot
This digital tool SpeedBot aims to introduce a refined approach to the structural analysis process for tunnels through the application of contemporary digital methodologies, notably Computational Design (CD), which facilitates the efficient creation of intricate analytical models. The tool known as SpeedBot has proven particularly useful by minimizing time expenditures on modelling. This, in turn, allows designers to focus in-depth on the analysis’s input and output for multiple alternative options. This approach allows for more sophisticated thinking time and covers a wide range of possibilities for optimisation including sustainability goals. Furthermore, SpeedBot facilitates the possibility of analysing increased number of locations along the tunnel alignment avoiding unwanted generalisation in the design. It provides sustainable outcome for tunnel problems, making it an invaluable asset to embrace the digital evolution. By continually leveraging the potential of advanced technologies and methodologies, the future of engineering promises to exceed the expectations for sustainability.
Mott MacDonald
Implementation of digital transformation
The Mott MacDonald Business Intelligence Team stands out for its transformative impact on design efficiency. Our innovative applications have streamlined the workflow for 1,200 users, fostering trust and visibility in project data. Our training initiatives have equipped 2,000 individuals with the skills to manage 70K+ deliverables effectively. The Online MIDP, and AIDB reflect our commitment to innovation, significantly reducing human error and enhancing data accuracy. Our automation scripts and PowerApps have set a benchmark in the industry, making us a worthy contender for the TechFest Award. Our work epitomises the fusion of technology and expertise, driving unprecedented efficiency in construction and civil engineering.
Mott MacDonald Bentley
Standardising design with Moata intelligent content and the production hub
At Mott MacDonald Bentley we have successfully incorporated two new platforms into our project delivery model to improve efficiency by reusing designs and data across different sites: Moata Intelligent Content and the Production Hub. These platforms are interlinked to host standard products with their supporting narrative, documentation and fully parametric 3D models that are quick and easy to adjust to site-specific requirements. What started as an initiative to deliver a large-scale phosphorus removal programme of works has incorporated a variety of new standard products in the past months, with the intention being to scale up the content to capitalise on its success in comparison to traditional production methods in which teams were designing in silos on a site-by-site basis. The economic impact that this initiative has had in the past year and a half has been quantified to be in the region of a £661,500 cost saving.
Network Rail
The Frame footbridge parametric design tool
The Parametric Frame Bridge is a design configurator and feasibility tool developed by Gottlieb Paludan Architects for Network Rail to facilitate and automate the design process for the Frame footbridge. The user inputs basic design parameters such as span and required headroom clearance and the BIM parametric model without other applications or background knowledge produces an outline 3d model which can be used to extract design drawings as well as detailed steel quantities and material costs. The user can also change the parameters and the tool works to immediately produce an updated model, illustrating the consequences of changing the bridge design while retaining the original design intent and functional integrity, and optimising the structural design and providing revised costs and quantities therefore significantly reducing design time and cost.
Ramboll UK
FAT PAnDA
Ramboll's FAT PAnDA is an in-house digital tool which allows for optimised decisions early in building design phases, combating singular focus and enhancing data-driven design. It rapidly appraises performance metrics of façade systems, a leap over traditional methods that often miss the holistic view due to a lack of data. The tool boasts a user-friendly interface divided into setup/configuration, system display, and output panels. Key features include calculations of embodied and operational carbon, overall thermal performance, architectural and structural outputs, peak solar gain studies, and façade access considerations, effectively weaving together all aspects of façade design. It supports various façade types and is built on a flexible, dynamic database managed by multidisciplinary teams, ensuring consistent updates and validations without disrupting the tool's core functionality. Through integrating multiple facets of design, from environmental impact to architectural refinement, the tool streamlines efficiency, leading to a more cohesive and sustainable façade design.
Transcend Software
Automating the design of wastewater treatment works with BRK Ambiental-Brazil's 2nd largest water utility
BRK Ambiental, in partnership with Transcend, transformed their wastewater treatment plant project evaluations using generative design technology. By adopting the Transcend Design Generator (TDG), BRK reduced design costs by up to 80% and cut timelines from two months to one week. This technology enabled BRK to evaluate ten times more project alternatives, significantly enhancing decision-making and operational efficiency. The innovative use of TDG allowed BRK to remain competitive, responsive to evolving demands, and improve CAPEX and OPEX management. This strategic collaboration highlights the potential of advanced technology in driving efficiency and productivity in the construction and civil engineering industry.