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.
Khatib & Alami, an engineering company, has been at the forefront of digital technology adoption for over three decades, with a strong focus on integrating technology such as Building Information Modeling (BIM) into their design processes. In this presentation, Dr Ahmad Salih, Senior Director Knowledge Management and Operational Excellence, Khatib & Alami shares real-world use cases where they’ve harnessed technology to revolutionise design and construction practices. He sheds light on the successful implementation of digital twin project management and emphasises the pivotal role BIM plays in their digital strategy.
Dr. Salih elaborates on how these technological advancements have translated into tangible benefits, saving projects a staggering 7,700 hours through automation and compressing certain processes from a lengthy 97 days to a mere single day. Furthermore, he elucidates the seamless transition of project designs from one technology to another, ensuring a streamlined and highly efficient design practice.
As the construction industry undergoes rapid evolution, driven by an escalating demand for innovative solutions to tackle the intricacies of contemporary construction projects, it becomes imperative to explore transformative technologies like parametric design and BIM automation. In this blog, we embark on a journey to understand how these cutting-edge technologies are reshaping the construction landscape.
Understanding Parametric Design
Parametric design is a design approach that uses algorithms and mathematical relationships to generate and manipulate design elements. In the context of construction, it allows architects and engineers to create and evaluate multiple design options by changing parameters, such as dimensions, materials, or environmental conditions. This process is highly iterative and can lead to more efficient and innovative design solutions.
The combination of parametric design and BIM automation is transforming the construction industry by offering an efficient way to address the complexities of complex construction projects. Through optioneering and quality assurance, these technologies empower project teams to make informed decisions, reduce costs, and deliver high-quality, sustainable buildings. As the construction industry continues to evolve, embracing parametric design and BIM automation will become increasingly essential for staying competitive and meeting the demands of the modern built environment.