How Can You Become a Succesful TEKLA Structural Designer?

Quickly and effectively combine analysis and design into a single model-based approach. Regardless of the structural material, deliver safe, efficient, and rationalized designs more quickly. Work more rapidly to get more done! From the more precise simulation, efficient methods are driven by physical modelling. BIM, analysis, and design are all combined into one automated process with Tekla Structural Designers. 

No matter the material or kind of project, structural design and research go hand in hand. 

Quicker design cycle

For quicker design and higher earnings, go beyond the constraints of conventional engineering tools. You can build actual, information-rich models with Tekla Structural Designer that have all the intelligence required to automate schematic diagrams and manage project changes fully.


Structural engineers must be open to fresh viewpoints and ideas to keep up with the complexity and demand constantly increasing in your industry. Determine the design criteria before schematizing. There are Bim Online courses that you can take up to increase your theoretical knowledge.

Every project is different and has its own needs and standards that must be followed. Finding the design requirements and then schematizing them is essential.

Each project should include the proper design requirements for the Serviceability Limit State and Ultimate Limit State to meet the regulations and the client’s increasing demands (such as maximum-minimum eigenfrequency, deflection, maximum concrete stress, and maximum crack width). It’s necessary to schematize the building into a mechanical model when you’ve determined the design requirements. 

Tekla Structural Designer is a structural engineering tool that makes it simple to model, analyze, and create steel and concrete structures. You can find out which member is succeeding or failing with this software.


This software can also produce the members’ detailing, which you can export to AutoCAD. We will cover everything about residential buildings in this course, which will be our primary focus.

Tekla Structural Designer efficiently and effectively combines design and analysis into a single model-based job. Regardless of the structural material, engineers can produce safe, effective, and rationalized methods more quickly because of the straightforward, integrated design & analysis tools.

Tekla Structural Designer, which is fully automated but packed with numerous unique features for the best steel and concrete design, aids engineering organizations in gaining more business and maximizing earnings. Tekla Structural Designer can revolutionize your company by rapidly evaluating design schemes through cost-effective organizational change and seamless BIM cooperation. Steel and concrete are the core components of all buildings, regardless of size. Designing, modelling, and analysis go into the initial visualization of these structures. 

The effective tool Tekla Structural Designer (TSD) can carry out all three operations. With the aid of this programme, users can conceptualize and carry out all phases of the production of a steel or Reinforced Cement Concrete (RCC) structure in 3D.

You can get knowledge into the analysis of the RCC and Steel Structures utilizing the Tekla Structural Designer course from Skill-Lync to give students a basic knowledge of Tekla Structural Designer as applied in the field.

Learners who complete this course will

Learn how to use Tekla Structural Designer to design, simulate, and analyze RCC and steel structures.

Learn how to use Tekla Structural Designer to input drawings, develop structural arrangements, calculate loading, and model structures.

Learn about the Indian Standard (IS) regulations for RCC and steel structure design and analysis.

It uses Tekla Structural Designer complete tasks that call for the design and modelling of structures.