Tekla Structure Course

Tekla Structures offers comprehensive technical capabilities that ensure structural projects are managed precisely and synthetically in a digital environment.

Advanced 3D Modeling Infrastructure:  All geometric details of structural elements are generated in a digital environment with high accuracy, ensuring visual integrity.

Multi-Material and Discipline Integration: Steel, reinforced concrete, and timber structural systems are integrated under a single project umbrella, providing harmonious and seamless coordination between different engineering disciplines. Consequently, design and production processes progress within a holistic framework.

Centralized BIM-Based Working Structure: Project data is synchronized across disciplines, allowing information flow to be securely managed through a single centralized system.

Integrated Structural Analysis and Design: Structural design and engineering analyses are executed in an integrated manner, evaluating safety and performance criteria together.

Automated Drawing and Detailing:  With smart automation fed directly by the building information model, plans, sections, and details are automatically generated simultaneously; thus, while the margin of error is eliminated, speed and precision in design and documentation processes are maximized.

Precise Quantity Takeoff and Fabrication Data: Material quantities and production data are automatically generated by the system, performing a direct and lossless data transfer to manufacturing processes.

Simultaneous Multi-User Support: Team members can work concurrently on the same model, maximizing project coordination and teamwork.

Advanced Visualization and Simulation: Designs are made more understandable through realistic visualization and simulation tools, strongly supporting stakeholders' decision-making processes.

As a modeling tool, Tekla Structures delivers holistic advantages by transforming all management and production processes of structural projects.

Design and Production Integration

It eliminates information gaps between design and manufacturing, ensuring that processes progress seamlessly and harmoniously.

Early-Stage Risk Management

 Thanks to model-based working (BIM), it makes potential clashes and errors visible long before reaching the construction site phase, minimizing risks and costly revisions.

Speed and Time Savings

Through its automation and intelligent tools, it significantly shortens project delivery times, accelerating workflows.

Precise Cost and Material Control

It minimizes waste rates and strengthens cost management by offering millimeter-level accuracy in material planning and quantity takeoff calculations.

Enhanced Team Coordination

It bridges communication between teams of different disciplines (steel, reinforced concrete, architectural) on a common digital platform, pushing the level of coordination to its peak.

Digital Transformation Infrastructure

With its 100% BIM-compatible approach, it provides companies with a powerful and future-ready infrastructure for their industrial digital transformation processes.

Easy Management in Complex Projects

It establishes an organized, parametric, and easily manageable modeling system even in complex structural projects with the most challenging and massive geometries.

Tekla Structures Training aims for participants to learn structural modeling processes not merely as utilizing technical software, but as an approach that reconfigures the logic of project production. While developing a BIM-based way of thinking during the training process, the relationship between design and production transforms into a clearer and more systematic structure.

• Users gain the ability to navigate the software interface at an expert level, reaching the skill to utilize all commands with peak efficiency.
• It ensures that steel, reinforced concrete, and different structural systems are modeled accurately and to scale within a 3D environment.
• Thanks to this system, which can be developed in accordance with engineering standards, connection and detailing solutions for structural elements become much more reliable.
• Production documents such as plans, sections, and details can be generated error-free and in a highly legible manner.
• Project information is organized in a disciplined way by performing data management suited to BIM processes.
• Potential clashes during the design phase are detected at an early stage by increasing model accuracy.
• Technical outputs that can be directly transferred to production and assembly processes are obtained.
• The project workflow achieves a more consistent structure by strengthening the integration between design and manufacturing.

• It is preferred in detailed structural modeling processes within residential, office, and commercial building projects.
• It enables the management of complex geometries in bridges, viaducts, and transportation infrastructure projects.
• It is used in the coordination of steel and reinforced concrete systems within industrial plants and manufacturing facilities.
• It offers an integrated solution for power plants, port structures, and large-scale engineering projects.
• It takes part in precise detailing processes aimed at manufacturing within steel construction projects.
• It contributes to the accurate generation of production data in precast reinforced concrete systems.
• It plays an active role in BIM-based project management and interdisciplinary coordination studies.

Rather than a fixed tariff, the cost structure of Tekla Structures training is shaped by evaluating different parameters together. The scope and technical depth of the training stand out as the most decisive factors in pricing. As the application density of the content increases, the preparation process and expertise level of the program change in parallel. The training format is also an important factor; one-on-one, group, or corporate training options create different budget ranges.

While online trainings generally offer a more accessible structure, face-to-face programs may require a higher budget due to field implementations and opportunities for one-on-one interaction. Among the primary determinants in shaping the total cost are the competency of the instructor, the nature of the application projects included in the curriculum, and the validity grade of the certificate presented at the end of the program.