Key Challenges Faced in Structural BIM Services

Key Challenges Faced in Structural BIM Services

In the ever-changing landscape of construction and architecture, technology and continuous advancements reshape the entire sector. Since the introduction of building information modeling, AEC sectors have faced a new realm of success and ease in complex processes. It has brought transformative change that eases the construction process, keeping in mind the infrastructure’s safety, efficiency, and accuracy. Other than that, the architecture and construction process consists of many phases where accuracy and efficiency are paramount to the project.

There are various phases to comprehending the entire construction project, one of the most important being structural engineering, which is an integral part. From skyscrapers to vast, intricate bridges, strong structure is the science behind them, as it ensures the building’s safety, sustainability, and resilience to environmental factors. With having beautiful exteriors and interiors of any facility, it is complete with the proper structure framework.

In other words, a structural framework is the backbone of any infrastructure that strengthens the building’s intended load and resilient properties to face any environmental challenges such as natural calamity, accidental fires, or things that destroy the structures. The process of ensuring safety and strength of a building’s framework integrated into a data-rich 3D model is called structural BIM services.

In fact, it requires sheer attention to detail to maintain accuracy and safety. Traditionally, the AEC industry relied on 2D drawings and manual coordination, which led to significant challenges and errors in the process. However, aligning with BIM services embarks on a paradigm shift in the working approach for architects and engineers while maintaining the structural framework.

Integrating BIM for structures has become a cornerstone approach for modern architecture and construction processes as it allows professionals to precisely visualize the entire structure model, and oversee the accuracy, detailing, and errors, if any. As a matter of fact, structural BIM contributed to data-rich 3D models with precise information on structural elements such as beams, columns, specifications, materials, and more. With numerous advantages, it also comes with its share of challenges for structural engineers that can become a hurdle in the accurate completion of the project. Let’s delve into some of the key challenges structural engineers face with structural BIM services.

Brief Introduction to Structural BIM Services

BIM services have paved the way for the AEC industries with its long list of benefits. Today, in modern society, AEC professionals cannot imagine working without BIM collaboration in projects. Building information modeling is a broader concept comprehended with many other concepts. Out of many such concepts, structural BIM services have reshaped the architecture and construction industry. Construction projects are time-consuming and complex while engaging with accuracy and efficiency in each phase of the construction. From concept to actual groundwork demands keen attention and details.

Hence, a strong structure is equally evident for any construction project. A solid structural framework of the facility is necessary to live, to ensure safety and a resilient load to bear any natural calamity. Therefore, this is where structural services come into play with BIM integrated. With building information modeling as a supreme service, it has eased the complex process with its broad scope of services.

In other words, BIM services is the foundation of the new AEC sector that is transformed with the help of innovative and smart technology. As a matter of fact, the structure of the building integrated with BIM technology serves the best possible outcomes, keeping in mind the accuracy and intricate details. The structure of the building acts as a skeleton of the infrastructure, which, in obvious terms, requires it to be strong and efficient.

The pivotal role of structural BIM services ensures the infrastructure can bear the environmental conditions and face natural calamities. This serves as the primary purpose combined with another set of benefits structural BIM offers. Following are:

  • Better Communication and Collaboration
  • Effective Design Structures
  • Reduction in Cost and Materials
  • Enhanced Decision Making
  • Better Project Scheduling
  • Construction Safety
  • Infrastructure Resilience

Although structural BIM services offer numerous advantages, they shape the entire construction process. Hence, it is important for structural engineers to manage their groundwork efficiently using the 3D BIM model. However, structural BIM also comes with its fair share of challenges that press the major issues faced by structural engineers. Following are some of the major challenges in structural BIM.

Key Challenges Faced by Structural Engineers

Structural BIM, as discussed, plays a pivotal role in the construction process. As a matter of fact, it enhances the communication and collaboration between the AEC professionals to efficiently end the project with the best outcomes. However, with accurate 3D models and elements designed digitally, structural engineers face some of the challenges that hinder the process, which is again dissolved by BIM services. Following are some of the key challenges that are common in the AEC industry, faced by structural engineers in modern times.

Key Challenges Faced by Structural Engineers

  • Growing Environmental Concerns:- Since structural BIM ensures the framework of the infrastructure is strong and resilient, surging environmental issues impact the industry in many different ways. The AEC sector is under pressure to reduce its carbon footprints, and hence, the burden of bringing innovative solutions to prioritize sustainability, eco-friendly material usage, and energy-efficient design comes with structural BIM services.
  • Advancement in Materials:- As growing environmental concern is a significant challenge, it is evident to adapt the new-age use of materials. In the digital model, structural BIM incorporated with high-performance concrete, steel alloys, or composite materials can bring innovative solutions to this challenge.
  • Quality Control and Human Error:- To effectively use structural BIM services, structural engineers must ensure the digital model’s quality check. Human error can be possible, although the chances might seem too light. However, it is better to check for quality control to avoid any last-minute errors and changes.
  • Technological Advancement:- For an industry like architecture and construction, technological innovation is continuous. It is advisable for structural engineers to quickly adapt to change for effective and positive outcomes without errors.

These are some common challenges, although they are complex and uncertain, keeping in mind that environmental factors are constant. Hence, the requirement of a structural BIM model increases with a high level of accuracy that can solve as many challenges and ease the process for structural engineers, who can then adhere to the 3D model for the best project outcome.

In the End

Structural BIM services ensure the structure strength and loaded intent of environmental conditions. A facility is of no use if the structure is strong and accurate, which can be dangerous. Hence, structural BIM offers great benefits and helps structural engineers overcome some of the common challenges mentioned above. UniquesCADD is a top BIM outsourcing firm specializing in structural BIM services with a talented team and the use of cutting-edge technologies.

Strengthen Structural Framework with Accurate Structural BIM Services

Maulik Patel