What is Building Information Modeling (BIM) Software?

Before building information modeling (BIM) software became common, designing buildings and other structures was dependent on 2D drawings. Various departments would have to pass these drawings back and forth between each other. A BIM tool allows users to generate and manage digital representations of the characteristics and functions of building structures. In addition, BIM software provides information such as spatial relationships, light analysis, and geographic information. This process can also break down the actual building parts to piece together how they fit into one structure. These elements can include walls, columns, windows, doors, stairs, and more. This data can be extracted, networked to, or exchanged to facilitate decision making regarding the specific building or structure the user is designing. For example, a user can manipulate this information to understand these elements’ behavior before building construction begins. The attributes within these elements can perform actions as specific as automatically selecting and ordering new materials, along with providing cost estimates. The data within BIM tools helps extract various views from a model of a building, and these images are always consistent. With BIM software, users can increase productivity and efficiency in creating 2D and 3D drawings and models, easily alter designs, improve accuracy, precision, and control in drafting and design, and detect and avoid conflicts to reduce rework. The software also helps to enable communication and collaboration between designers and with clients. What Does BIM Stand For? BIM stands for building information modeling,the process of creating and managing information and data for a built environment. Since it can take years to build a structure, it takes lots of data and information to make it become a reality. BIM helps users manage all of the design and construction information and collaborate with stakeholders in order to finish the project more efficiently.

What are the Common Features of Building Information Modeling (BIM) Software?

BIM technology offers several features to support the design and building of large structures. Most tools support a multidiscipline design process for a number of different types of structures. Not all products will contain the same feature sets, but the following are common examples across many BIM solutions: Collaboration: Projects that require BIM solutions have many different moving parts with multiple stakeholders, so frequent communication is a must. Every BIM tool should have a feature that enables collaborative workflows among teams.. Collaboration features may include functionality such as real-time notifications and cross-platform communications. Visualize: Since BIM tools give users the ability to design their structure in 3D, a BIM platform will likely have the ability to visualize outside elements such as how sunlight will hit a building or how energy efficient the building is, and detect any potential clashes in the system or structure. This knowledge ensures the structure created runs at peak performance. Sequence steps: Each phase of the construction project is planned out with models and even submodels. BIM software enables users to sequence out these steps with the specific materials and crews needed for every individual phase of the process. Some BIM tools even allow users to animate the steps of the building process. Document storage or data management: When it comes to the design and construction of a building or large structure, different teams will contribute various documents to the project. This might include drawings, customer requirements, phasing plans, and more. BIM solutions should be able to store all this information within the platform and allow multiple users to access it. Cloud rendering: Cloud rendering helps produce realistic 3D visualizations of a building without integrating any special rendering hardware. Mechanical, electrical, and plumbing (MEP) fabrication detailing: A number of BIM products offer MEP fabrication detailing—the ability to create an intricate model of whichever MEP system needs to be integrated into the building. Users can specify the fabrication configuration and load services needed, and should be able to create the model. Import or export 2D sheets: As 3D designing is becoming the standard, it may become increasingly difficult to design in 2D. However, some BIM solutions offer the option to import or export 2D sheets into the platform, so that users can design as needed and potentially update these 2D designs to 3D.

What are the Benefits of Building Information Modeling (BIM) Software?

BIM solutions have completely changed the way buildings are designed. The introduction of software into this process gives users a number of benefits that manual design cannot offer. Design quickly: Before BIM software, the building design process involved a lot of manual drawings. These solutions enable designers to draft up a BIM model far quicker than by hand. Digital models also include more information than what is in a drawing set. Ultimately, by facilitating a quicker design process, BIM software saves firms money and labor. Design anywhere: The majority of BIM solutions are cloud based, which means that users have access to a project's details from any device. Multiple project members can sign on from any location as well. Avoid clashes: BIM software can detect clashing elements, such as electrical conduits or ductwork that run into a beam. Repairing the damage from clashes can be very costly. BIM tools have the ability to identify potential issues before they happen. Capture reality: One of the foremost advantages of this software is BIM’s ability to accurately capture reality. BIM solutions can integrate with tools that offer mapping and provide precise images of the earth. Users then have the option to include aerial imagery and digital elevation with the models of their buildings. They can even include laser scans of existing site infrastructure. Reduce building design errors: As BIM software takes away manual design, it also takes away a significant amount of human error. These tools help identify problems early on in the design and building processes. Improve collaboration across the organization: Sharing digital information modeling for buildings is far easier than passing drawing sets back and forth between colleagues. The cloud-based model of many BIM solutions also means that colleagues working on different parts of the design and building process can access BIM models anywhere, at any time. As many colleagues as needed can review and mark up the model before the building is erected. Simulate and visualize elements of a building: BIM software has visualization capabilities to assess how certain elements can impact a building, such as sunlight during different seasons or the structure’s energy performance. These solutions apply rules based on physics to provide guidance for engineers and other team members involved in building the structure. Sequence the steps of the building process: Constructing a building is an incredibly detailed process. Each part of this progression is a sequence of steps, materials, and building crews. BIM technology can animate this entire process, facilitate all of these steps, and deliver a path to the end result. Give a perfect presentation of a building: It’s important clients get a preview of the building being designed. BIM software enables communication of the project scope, steps, and outcome. And as BIM can render images in 3D, businesses can give clients the most realistic view of the building possible.

Page 2 | Best Building Design and Building Information Modeling (BIM) Software: User Reviews from November 2026

Tekla Structures

Tekla Structures, a foundational piece of Trimble’s construction software portfolio, is built on decades of deep expertise in structural engineering and detailing. Serving a global community of detailers, structural engineers, fabricators, and contractors, the platform provides a unified digital environment for managing structural data. Whether working with steel, precast concrete, cast-in-place concrete, or mass timber, users rely on Tekla Structures’ robust, proven technology to manage their most demanding projects. By prioritizing deep localization, comprehensive support, and a commitment to industry-wide standards, Tekla Structures has become an essential tool for professionals who need to deliver reliable, high-quality structures in a competitive, fast-paced global market. At the heart of Tekla Structures is an unwavering focus on precision and accuracy. Engineered for true constructibility, the software ensures that if it fits in your model, it will fit in the field, drastically reducing the risk of costly errors that plague traditional, drawing-based workflows. This capability is powered by a unique parametric engine that allows intelligent objects to adapt automatically to design changes, maintaining data integrity throughout the project lifecycle. Collaboration is seamless thanks to Tekla Model Sharing, which allows distributed teams to work together on the same model in real-time, regardless of location or time zone. Furthermore, the platform’s Open API provides unparalleled flexibility, allowing organizations to build custom workflows and integrations that connect Tekla Structures directly to fabrication machinery, analysis tools, and project management ecosystems. The primary value of Tekla Structures lies in its ability to transform digital designs into truly constructible data. By moving beyond simple 3D visualization and producing highly detailed, machine-readable information, Tekla Structures allows project teams to identify and resolve clashes before a single piece of material is ordered or a worker steps on-site. This proactive approach minimizes manual rework, reduces material waste, and helps keep projects on schedule and under budget. Whether it is generating accurate bar bending schedules, optimizing procurement, or driving automated fabrication machinery, Tekla Structures empowers organizations to work smarter. It provides the essential, validated data required to streamline the entire construction process, ultimately boosting profitability and confidence for every stakeholder involved.

Average Rating: 4.5/5.0

Total Reviews: 59

How Do G2 Users Rate Tekla Structures?

Quality of Support: 8.2/10 (Category avg: 8.3/10)
Sequence Steps: 8.1/10 (Category avg: 7.8/10)
Editing: 8.4/10 (Category avg: 7.9/10)

Who Is the Company Behind Tekla Structures?

Seller: Trimble
Year Founded: 1978
HQ Location: Sunnyvale, CA
LinkedIn® Page: www.linkedin.com
18,122 employees on LinkedIn®
Ownership: NASDAQ
Total Revenue (USD mm): $3,147

Who Uses This Product?

Top Industries: Civil Engineering, Construction
Company Size: 48% Small, 41% Medium

What Are Recent G2 Reviews of Tekla Structures?

"Great 3D Modeling Tool That Helps Me Get Work Done"

Rating: 5.0/5.0 stars

— Ahmed M.

Best Building Design and Building Information Modeling (BIM) Software - Page 2

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