Detailing & Fabricating Transmission Towers Using Tekla

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Compared to other traditional analysis tools, Tekla Structural Designer enables you to create real, information-rich models with all the intelligence needed to automate design and manage project changes. As a result, it increases profitability and turnaround times for designs. In addition, Tekla Structural Designer doesn’t require additional modules, so you won’t lose time switching between different software applications to reach your final design. 

One model will meet all your structural analysis and design requirements.

About the bridge design course

The fundamental elements of all buildings are steel and concrete. Therefore, the first visualisation of these structures involves designing, modelling, and analysis. 

TSD is a powerful tool that can complete all three procedures.

It even allows users to conceptualise and carry out in 3D every step of creating a steel or Reinforced Cement Concrete (RCC) structure.

In addition, students gain a fundamental grasp of Tekla Structural Designer.

It is used in the field by taking the Skill-Lync course, Design and Analysis of RCC and Steel Structures with Tekla Structural Designer.

After this 12 weeks long course, students will learn-

  • How to design, simulate, and analyse RCC and steel structures using Tekla Structural Designer.
  • Learn how to enter drawings, create structural arrangements, determine to load, and model structures using Tekla Structural Designer.
  • Learn about RCC, steel structure design, and Indian Standard (IS) codes.
  • Complete jobs that need the design and modelling of structures with Tekla Structural Designer.

Who can enrol in this course?

Students and working professionals with a structural engineering background are eligible to enrol in this course.

Benefits of Detailing & Fabricating Transmission Towers Using Tekla

  1. Practical estimation and planning-

Using a 3D as-built prototype can speed up the estimation and design processes and produce more accurate bids. In addition, Tekla’s tower template and components increase the detailing effectiveness.

  1. A benefit to the entire tower project-

The tower’s body may all be precisely represented in 3D using Tekla software. 

The 3D model is the preferable source for quantities, drawings, and project timelines. The application combines with leading towers analysis solutions and adheres to formats used in the industry, while the model communicates with MIS platforms and CNC Machinery. 

  1. Effortless management of the project-

Engineers, detailers, project managers, and other stakeholders can simultaneously examine or use the model. 

Conflicts are discovered during modelling. In addition, the centralised model data enables collaborative project management and delivery. 

The information’s access provides quality controllability and ongoing update, including assembly drawings and material lists. Effective change management and revision control avoid costly errors.

  1. Work functionality 
  • Estimate; 

Quick, accurate estimates are provided by simple modelling tools, which help prepare special and precise offers. 

  • Design; 

Include inquisitive tools and increase output using flexible modelling and detailing software.

  • Project management and planning;

Use Tekla’s project management features or dependably link them with other scheduling applications. 

  • Fabrication; 

Machining human error is reduced by transmitting fabrication data directly to workshop equipment. 

  • Erection; 

Make erection simulations, schedules for planning, and drawings. 

  1. Advanced optimised delivery and erection-

The construction, supplies, material usage, and even the required workforce may all be planned using the latest model data down to the level of mass quantities. 

The right fit-up procedure is demonstrated through simulated raising sequences, resulting in better cost and schedule control, even during the forming procedure. 

  1. Automated output creation

Accurate drawings and reports can be produced automatically using the constructible, as-built 3D model. Since the drawings are connected to the model, changes are automatically reflected. Estimation, planning, procurement, and production management all have direct access to data from the model.

  1. Less manufacturing flaws and waste

Higher levels of fabrication automation are made possible by Tekla models’ information, which increases efficiency and lowers human error. In addition, CNC machines may use Tekla’s exportable data directly.

  1. Tower template and connection library

Using a large collection of inventive standard tower components and connections, you can quickly produce constructible, as-built 3D models. In addition, any non-standard items you desire can easily be made and stored for use in projects at a later time.


If you are looking for bridge design courses, you can find a few best ones online. A degree in the same will be beneficial for your career graph undoubtedly.