Tekla Structures Steel Project Based Training Course-2 from Udemy

Tekla Structures world No:1 Building Information Modeling (BIM) Software.

Tekla Structures used to create steel, reinforced concrete design and detail engineering activities for various industry.

You can Create accurate 3D Model with all engineering data it can built any kind of structures in this Software.

You can get knowledge to create Industrial steel structure project in this Course

You will learn to create grid and its views

You will learn to create beam in various level

You will learn to create beam to beam welded connection with edge preparation for butt weld and bolted connections

You will learn to create column

You will learn to create base plate with anchor bolt

You will learn to create column and beam splice connection

You will learn to create pipe bracing and it's gusset plate connection

You will learn to create rafter, purlin and it's connections

You will learn to create roofing sheet, cladding sheet, rain gutter and drain pipe

You will learn to create handrail with pipe and pipe bend

You will learn to create grating

You will learn to create ladder and ladder support

You will learn to create clash check and resolve the clash

You will learn to create numbering

You will learn to create general arrangement drawing (GA) and detailing

You will learn to create assembly drawing and detailing

You will learn to create single part drawing and detailing

You will learn to create revision and print drawing

You will learn to create report (Assembly List, Part List, Assembly Part List, Bolt List, Shipping List, Material Excel List)

You will learn to convert xsr file to xls file in report

You will learn to create NC file for plate and beam

You will learn to work with profile catalog, material catalog and bolt catalog

You will learn to create accurate output files for fabrications and Execution

After this course you will get knowledge to work Any Steel Industry

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What's inside

Learning objectives

To learn grid and view creation
To learn beams and column creation
To learn beam to beam welded connection with edge preparation
To learn bracing and gusset connection creation
To learn column to beam and beam to beam bolt connection
To learn rafter and purlin creation
To learn roofing sheet and cladding sheet creation

To learn handrail and its connection
To learn grating creation
To learn general arrangement, assembly and single part drawing creation
To learn report creation
To learn nc file creation
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To learn grid and view creation
To learn beams and column creation
To learn beam to beam welded connection with edge preparation
To learn bracing and gusset connection creation
To learn column to beam and beam to beam bolt connection
To learn rafter and purlin creation
To learn roofing sheet and cladding sheet creation
To learn handrail and its connection
To learn grating creation
To learn general arrangement, assembly and single part drawing creation
To learn report creation
To learn nc file creation
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Syllabus

Introduction

Course Introduction

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Modeling

Start New Project

Create Grid and Views

Create Footing

Create Column

Create Base Plate Connection

Create Column Splice Connection

Create Beam at EL 5000

Create Beam at EL 10150

Create Beam at EL 14650

Create Column to Beam Welded Connection EL.+5000

Create Beam Flange Edge Preparation EL.+5000

Create Beam Splice Connection For HEA300 EL.+5000

Create Column to Beam End Plate Connection EL.+5000

Create Column to Beam Welded Connection

Create Beam Splice Connection

Create Column to Beam End Plate Connection

Create Beam to Beam Cleat Connection-1

Create Beam to Beam Cleat Connection-2 (HEA200 TO HEA200)

Create Beam to Channel Connection

Create Star Angle Bracing

Create Gusset Connection for Bracing Grid 1&2 EL 0

Create Gusset Connection for Bracing Mid

Create Gusset Connection for Bracing Grid A&B EL 0

Create Gusset Connection for Bracing

Create Batten Plate Connection for Bracing

Modeling-2 (Ladder and Handrails)

Create Ladder-1

Create Ladder-2

Create Handrail-1

Create Handrail-2

Create Handrail-3

Create Handrail-4

Create Handrail-5 and 6

Create Handrail-7 and 8

Create Handrail-9

Create Handrail-10

Create Handrail-11

Create Handrail Pipe to Pipe Connection

Create Beam to Handrail Connection

Create Handrail Pipe End Plate Connection

Modify Handrail

Modeling-3 (Grating)

Create Reference Model or Dummy Object

Create Grating for Platform-1

Create Cutout and Toe Plate for Grating

Create Grating for Platform-2

Modeling-4 (Roofing and Cladding)

Create Rafter

Create Column to Rafter Connection

Create Cranked Beam Connection

Create Rafter to Rafter (Apex Haunch Connection)

Create Purlin

Create Purlin Connection

Create Roofing and Cladding Sheet

Create Ridge Sheet

Create Rain Gutter

Create Rain Gutter Bracket

Create Drain Pipe

Model Check and Numbering

Clash Check

Create Numbering

Check Assembly List

Check Part List

General Arrangement Drawing (Detailing)

Create 3D GA Drawing

Create GA Plan View Drawing

Create GA Grid Elevation View Drawing

Create GA Handrail Drawing

Create GA Grating Drawing

Create Detail

Create Section

Change Drawing Title and Project Information

Add Revision to GA Drawing

Print GA Drawing

Assembly Drawing (Detailing)

Create Fabrication Drawing (Assembly and Single Part Drawing)

Edit Anchor bolt Assembly Drawing

Edit Column Assembly Drawing

Edit Beam Assembly Drawing

Edit Bracing Assembly Drawing

Edit Rafter Assembly Drawing

Edit Purlin Assembly Drawing

Edit Handrail Assembly Drawing

Edit Ladder Assembly Drawing

Edit Grating Assembly Drawing

Edit Rain Gutter Bracket Drawing

Add Revision to Assembly Drawing

Print Assembly Drawing

Single Part Drawing (Detailing)

Edit Single Part Drawing

Add Revision to Single Part Drawing

Print Single Part Drawing

Report

Create Assembly List

Create Part List

Create Assembly Part List

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Tekla Structures Steel Project Based Training Course-2 with these activities:

Review Structural Steel Basics

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Reviewing the fundamentals of structural steel design will provide a solid foundation for understanding the more advanced concepts covered in the Tekla Structures course.

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Review basic steel properties and grades.
Study common steel section shapes (I-beams, channels, angles).
Practice calculating section properties (area, moment of inertia).

Review BIM Fundamentals

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Understanding BIM principles will help you appreciate the value of using Tekla Structures for collaborative steel project design and detailing.

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Obtain a copy of a book on BIM fundamentals.
Read about the benefits of BIM and its impact on the construction industry.
Consider how Tekla Structures fits into a BIM workflow.

Review Steel Design Handbook

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Referencing a steel design handbook will help you understand the underlying engineering principles behind the connections you are modeling in Tekla Structures.

View Melania on Amazon

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Obtain a copy of a steel design handbook (e.g., AISC Steel Construction Manual).
Review the sections on connection design and detailing.
Refer to the handbook when modeling connections in Tekla Structures.

Four other activities

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Explore Tekla Structures Interface

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Familiarizing yourself with the Tekla Structures interface will significantly speed up your learning process during the course.

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Watch introductory videos on the Tekla Structures user interface.
Practice navigating the menus and toolbars.
Experiment with creating simple models to get a feel for the software.

Document Connection Details

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Creating a visual guide to common steel connection details will reinforce your understanding of connection design principles.

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Select several common steel connection types.
Create detailed drawings of each connection in Tekla Structures.
Write a brief description of the design considerations for each connection.

Practice Connection Modeling

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Repeated practice with connection modeling will improve your speed and accuracy in creating complex steel structures.

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Model various beam-to-beam connections (welded, bolted).
Model column base plate connections with anchor bolts.
Model bracing connections with gusset plates.
Model rafter and purlin connections.

Model a Simple Steel Building

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Starting a small project will allow you to apply the skills learned in the course and solidify your understanding of Tekla Structures.

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Design a small steel-framed building (e.g., a shed or small warehouse).
Create a 3D model of the building in Tekla Structures.
Detail the connections and generate shop drawings.
Create reports (bill of materials, bolt list).

Career center

Learners who complete Tekla Structures Steel Project Based Training Course-2 will develop knowledge and skills that may be useful to these careers:

Drafter

A Drafter prepares technical drawings and plans used by production and construction workers. The course focuses on steel structure projects, teaching you how to create general arrangement, assembly, and single part drawings, essential skills for a Drafter. You will learn to create accurate 3D models with all the necessary engineering data. A Drafter will find value in learning report creation, as covered in this course, to facilitate smooth project execution.

See salaries and explore the career path for Drafter

CAD Technician

A Computer Aided Design Technician creates technical drawings and models using CAD software. The course focuses on steel structure projects, teaching you how to create general arrangement, assembly, and single part drawings. You will learn to create accurate 3D models with all the necessary engineering data. This course helps CAD Technicians with understanding of the overall steel structure project workflow, from design to fabrication.

See salaries and explore the career path for CAD Technician

Structural Steel Detailer

A Structural Steel Detailer produces detailed drawings and plans for steel structures, ensuring accurate fabrication and erection. This course gives you the knowledge to create industrial steel structure projects. You will learn to create accurate 3D models with all the necessary engineering data. You can create accurate output files for fabrication and execution. The course helps you learn to create general arrangement drawing (GA) and detailing as well as assembly and single part drawings. A Structural Steel Detailer must be able to generate reports, and this course teaches you report creation.

See salaries and explore the career path for Structural Steel Detailer

Steel Detailer Checker

A Steel Detailer Checker reviews and verifies steel detailing drawings to ensure accuracy and compliance with project specifications. This course provides hands on experience with Tekla Structures, a leading Building Information Modeling software, enabling you to understand the detailing process thoroughly. You will learn to create accurate 3D models with all the necessary engineering data. The course covers clash checks, numbering, and the creation of various drawings, all crucial aspects for verifying the quality and correctness of steel detailing work.

See salaries and explore the career path for Steel Detailer Checker

Building Information Modeling Modeler

A Building Information Modeling Modeler creates and manages digital representations of physical and functional characteristics of facilities. Tekla Structures is a Building Information Modeling software which is covered in this course. The course focuses on steel structure projects. You will learn to create accurate 3D models with all the necessary engineering data. The course also covers clash checks. For a Building Information Modeling Modeler, the course teaches you to create numbering, which is crucial to success in this role.

See salaries and explore the career path for Building Information Modeling Modeler

BIM Coordinator

A Building Information Modeling Coordinator manages and coordinates the Building Information Modeling process, ensuring that all project stakeholders are aligned and utilizing Building Information Modeling effectively. This course helps build proficiency in Tekla Structures which is used in this role. You will learn to create accurate 3D models with all the necessary engineering data. The course teaches you how to perform clash checks, manage numbering systems, and generate essential reports like assembly lists and part lists, all vital for coordinating Building Information Modeling workflows. The course focuses on steel structure projects.

See salaries and explore the career path for BIM Coordinator

Steel Fabricator

A Steel Fabricator is responsible for transforming raw steel into usable components for construction and manufacturing. The course covers the creation of accurate output files for fabrications and execution. It also teaches how to create NC files for plate and beam. Skills learned in this course, which focuses on steel structure projects, are directly applicable. Specifically, the course helps Steel Fabricators to convert xsr files to xls files in reports, which will aid in day to day activities.

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Project Engineer

A Project Engineer supports the project manager, providing technical expertise and ensuring projects are completed on time and within budget. This course, focused on steel structure projects, gives you hands on experience with Tekla Structures, a primary Building Information Modeling software used in the field. You will learn to create accurate 3D models with all the necessary engineering data. The course helps with understanding detailing and fabrication, clash resolution, and document creation.

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Estimator

An Estimator calculates the costs associated with a construction project, including materials, labor, and equipment. This course, focused on steel structure projects, gives you a solid understanding of Building Information Modeling, from design to detailing. The course teaches you how to create various reports, including material excel lists, assembly lists, so an Estimator can better understand material requirements. You will learn to create accurate 3D models with all the necessary engineering data.

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Quality Control Inspector

A Quality Control Inspector ensures that materials and construction processes meet specified standards and regulations. This course, focused on steel structure projects, will enhance your understanding of Building Information Modeling. You will learn to create accurate 3D models with all the necessary engineering data. Furthermore, the course helps one learn to create general arrangement, assembly, and shop drawings, essential for verifying that construction adheres to design specifications. The course teaches you clash detection, which is useful for Quality Control Inspectors.

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Steel Detailer Trainer

A Steel Detailer Trainer educates and trains individuals on the principles and practices of steel detailing. This course, which focuses on steel structure projects, gives you the knowledge necessary to explain the Building Information Modeling and detailing processes with clarity. This course helps Steel Detailer Trainers because it teaches one to create accurate 3D models with all the necessary engineering data. This will enable the trainer to accurately guide the trainee.

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Structural Engineer

A Structural Engineer analyzes, designs, and oversees the construction of structures, ensuring their safety and stability. While this role typically requires an advanced degree, you can build a strong foundation with relevant courses. This course, which focuses on steel structure projects, may be useful because it gives you the knowledge to create industrial steel structure projects. You will learn to create accurate 3D models with all the engineering data. This course helps Structural Engineers to understand Building Information Modeling, which is used in the creation of designs.

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Construction Manager

A Construction Manager plans, coordinates, and oversees construction projects from start to finish. While this role typically requires years of experience in the field, this course, which focuses on steel structure projects, may be useful because it gives you understanding of the Building Information Modeling process from detailing to execution. You will learn to create accurate 3D models with all the necessary engineering data. The course helps Construction Managers understand clash checks and how to read documents and reports produced for various projects.

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Civil Engineer

A Civil Engineer designs, constructs, supervises, and maintains infrastructure projects and systems. While this role typically requires years of experience in the field, this course, which focuses on steel structure projects, may be useful. You will learn to create accurate 3D models with all the engineering data. This course helps Civil Engineers understand Building Information Modeling. Tekla Structures is a Building Information Modeling software. Civil Engineers often have to understand steel structures, and this course helps equip them with the skills to do that.

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Mechanical Engineer

A Mechanical Engineer researches, designs, develops, and tests mechanical and thermal devices, including tools, engines, and machines. While this role typically requires years of experience in the field, this course may be useful because it teaches you about the Building Information Modeling process. You will learn to create accurate 3D models with all the necessary engineering data. This course helps Mechanical Engineers understand how structures are designed within buildings. Tekla Structures is a Building Information Modeling software.

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Tekla Structures Steel Project Based Training Course-2

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