Darat integrates modern engineering approaches with the latest innovations in the field to offer solutions to complex structural engineering challenges.
Whether your goal is to design, redesign, or model a structure, Darat commits to fulfilling your various needs and exceeding your expectations. We make this possible by ensuring that an exceptional team of experts handles your project requirements.
We understand that structural design is a fundamental phase of any construction project, and that’s why we strive to keep ourselves ahead of the game when it comes to utilizing quality resources to deliver the results you deserve. At Darat, we use cutting-edge technologies and software to create precise and vivid models of your structure, providing you with a comprehensive view of your project prior to the commencement of construction. This process allows us to identify potential challenges and optimize design solutions, resulting in cost-efficient implementations and expedited construction times without compromising the quality of results. Our appreciation for details drives us to consider every instruction you provide.
When it comes to structural redesign, our team has one primary objective in mind: to critically identify and analyze all areas for improvement to optimize your existing structure. We achieve that by assessing your design’s current performance and uncovering the subtle obstacles that are preventing it from reaching its maximum potential. Performance issues, code compliance, functional changes, aesthetic enhancements, and energy efficiency improvement are all reasons why you may need structural redesign. Our team of experts will deliver solutions customized to your needs, based on your goals.
Because no detail is too small, our 3D models allow no room for missed opportunities or unexplored options. We make sure that you are involved in every micro-step throughout the process by listening to your needs and experimenting with various design options, materials, and finishes. We will assist you in making critical decisions based on research, experience, and quality resources that will result in a safe, reliable, serviceable, and aesthetically pleasing structure.