Computational design automation in KSA infrastructure projects
Design automation can help alleviate resource shortages by saving the manpower hours in repetitive design components and enforce quality by eliminating human error and optimising 1000s of potential design routes. Taking new and innovative approaches to design management can provide a simultaneous review process and oversight including real-time reporting – leading to better designs.
In the eyes of Mohammad Al Ktaishat, Digital Project Delivery Lead for Civil Infrastructure, AECOM Middle East & Africa, technology has become an indispensable necessity in today’s world. In his enlightening presentation, he underscores the ever-escalating role of technology, particularly in the realm of project design and engineering, with a specific focus on its significance in Saudi Arabia.
Al Ktaishat aptly observes that there has been a remarkable 95% surge in the digital requirements expected by most clients. This surge is driven by the growing demand for expanded design services and heightened operational efficiency within the industry.
As he unveils the company’s digital strategy, Al Ktaishat looks into the organization’s proactive embrace of technology. He outlines their ambitious goal of leading the charge in technology adoption and their unwavering commitment to providing clients with cutting-edge technology consultancy. Additionally, he sheds light on their dedication to crafting tailor-made services to facilitate the execution of challenging project design and engineering endeavors.
In this presentation, he also explores the fascinating realm of computational design automation within infrastructure projects in Saudi Arabia, shedding light on how this transformative approach is shaping the landscape of the country’s development initiatives.
Digital Transformation in Saudi Arabia
Saudi Arabia is on the cusp of a significant transformation in its infrastructure development, driven by a powerful force – computational design automation. As the kingdom seeks to enhance its urban landscape, address complex engineering challenges, and optimize project efficiency, this innovative approach is emerging as a key enabler.
Computational design automation refers to the use of advanced software, algorithms, and artificial intelligence to streamline the design and engineering processes in infrastructure projects. It has proven to be a game-changer in KSA, offering several compelling benefits.
Efficiency and Speed
Computational design automation accelerates the design phase, reducing the time required to plan and develop infrastructure projects. Complex calculations, simulations, and data analysis can be performed at unprecedented speeds, leading to faster project delivery.
Precision and Accuracy
Automation minimizes human errors, ensuring that designs meet the highest standards of accuracy. This is especially crucial in infrastructure projects where even minor discrepancies can have significant consequences.
Cost Reduction
By optimizing designs, automating repetitive tasks, and enhancing resource allocation, computational design automation contributes to cost savings throughout the project lifecycle. It enables better budget management and cost forecasting.
Computational design automation is ushering in a new era of infrastructure development in Saudi Arabia. It empowers planners, engineers, and policymakers to create smarter, more sustainable, and cost-effective solutions. As KSA continues its journey toward a more advanced and interconnected future, the integration of computational design automation will be instrumental in achieving its visionary goals and redefining the infrastructure landscape of the kingdom.
