Composite Structures
Engineering - Ilogic programming
Engineering - Ilogic programming
SUMMARY
Composite Structures B.V. specializes in the design, construction, and production of high-quality structures made from composite materials. The company focuses on innovative and sustainable solutions within the infrastructure, construction, and industrial sectors. With a modern production facility equipped with advanced techniques such as vacuum injection, Composite Structures creates glass fiber-reinforced plastic constructions that stand out for their exceptional strength, long lifespan, and minimal environmental impact. These materials not only offer a high level of functionality and aesthetics but also contribute to reducing maintenance costs and increasing project efficiency. The company's scope of work primarily consists of bicycle and pedestrian bridges, which are designed to meet the highest standards of durability, safety, and aesthetics. These bridges are lightweight, corrosion-resistant, and require minimal maintenance, making them a sustainable solution for public infrastructure projects. Composite Structures has extensive expertise in tailoring these bridges to specific site requirements, ensuring seamless integration into their surroundings while providing optimal functionality for users. Each project is approached with the utmost care and precision, with the team at Composite Structures utilizing advanced 2D and 3D software to realize complex designs that meet the highest standards. The flexibility of composite materials makes it possible to create unique solutions that perfectly align with the specific needs and requirements of the client. From robust bridges and lightweight floating structures to custom industrial constructions and innovative architectural elements, Composite Structures delivers bespoke solutions that combine innovation and sustainability.
MY ROLE
At Composite Structures, I worked as an engineer on multiple projects, with a primary focus on the design and engineering aspects. My role involved calculating the strength of fiberglass-reinforced structures, ensuring their reliability and durability in various applications. A significant part of my work was dedicated to developing a parametric-driven 3D model for bridges using iLogic. This model allowed for a more efficient design process, enabling quick adjustments to meet specific project requirements while maintaining precision and consistency. The ability to work with advanced parametric modeling provided a high level of flexibility, which was essential for the successful delivery of these complex bridge projects. Throughout my time at Composite Structures, I gained extensive experience in both the technical and practical applications of composite materials in civil engineering. More about these projects can be explored in the project section.
Below is a very brief selection of projects to which I contributed at Composite Structures:
Paramatric 3d model driven by Ilogic (VBA)
As an engineer, I worked on a highly interesting assignment for Composite Structures, where I created and programmed a parametric-driven 3D model using Visual Basic. The goal of this model was to provide a user-friendly interface to control the design process. This concept allows for rapid 3D engineering, and with further development, it could be used for a CTO principle for future projects.
Composite Structures offers a standard range of bridges, consisting of four types with various lengths, widths, heights,colors and different types of add-ons. The model was programmed to allow for easy configuration of these bridge types, with dependencies built into the design. For example, the longer the bridge, the thicker the materials, these relationships can be programmed directly into the iLogic model.
One of the main challenges of the assignment was gathering all relevant data, translating it into practical requirements, and implementing it into the 3D model’s code. The result was a fully functional 3D model that can be configured in minutes (instead of hours), significantly reducing the time spent on engineering tasks. Additionally, the model can generate production drawings with minimal input, leading to more efficient and error-free production. The advantages of this 3D model are clear: it saves time and enhances quality by reducing the potential for mistakes when programmed correctly.