The BIM course: Tekla Structures I is your gateway to the dynamic world of digital construction, a sector that is experiencing an unprecedented boom. Today, mastering tools such as Tekla Structures It is not only an added value, but an absolute necessity for any professional who wishes to remain competitive. Through this online course, you will acquire essential skills in basic modelling, steel detailing and reinforcement, and project management, amongst other critical areas. These skills will not only enable you to create models precise y detailed, but they will also optimise the efficiency of your projects, reducing costs and time. With demand for BIM experts on the rise, taking part in this course puts you in a strong position to access the career opportunities the sector has to offer. Dive into this course and start transforming your career with the power of digital technology in construction.
BIM. Tekla Structures I
Smart Construction. BIM
12 noon
Introduction
Objectives
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Understanding the context of Tekla Structures to navigate the site and use its basic tools.
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Develop skills in basic modelling to construct steel and concrete structures.
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Learning how to finish steel to improve the accuracy in construction projects.
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To familiarise yourself with the detailed reinforcement to optimise structural strength.
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Identify and apply steel components in models BIM for an efficient design.
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Implement concrete components in the software to enable effective modelling.
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Managing projects in Tekla Structures to maximise productivity and efficiency.
Table of Contents
TEACHING UNIT 1. INTRODUCTION TO TEKLA STRUCTURES
1. INTRODUCTION
2. STARTING TEKLA STRUCTURES
2.1. Create a new project
2.2. User interface
VIDEO
TEACHING UNIT 2. BASIC MODELLING
1. INTRODUCTION
2. MESH
3. VIEWS
3.1. Creating views
4. PARTIES
4.1. Creating reports
4.2. Modifying parts
5. SETS
5.1. Create a set
5.2. Add/remove objects from a set
5.3. Casting units
VIDEO
TEACHING UNIT 3. STEEL DETAILS
1. INTRODUCTION
2. DETAILED VIEW.
2.1. Display welds on the model.
2.2. Work surface.
3. NUMBERING.
3.3. Numbering of elements.
3.4. Numbering settings.
4. SCREWS.
5. WELDING.
6. EXPORT TO CN
VIDEO
TEACHING UNIT 4. DETAILS OF REINFORCEMENT
1. INTRODUCTION
2. ASSEMBLY TOOLS
3. MANUAL ASSEMBLY OF A PILLAR OR BEAM
3.1. Rectangular cross-section
3.2. Circular cross-section
VIDEOS
TEACHING UNIT 5. STEEL COMPONENTS
1. INTRODUCTION
2. DETAILED COMPONENTS
2.1. Stiffeners (1003) / (1064)
2.2. Circular base plates
2.3. Bolt (1010)
2.4. Duct hole (1029)
3. FASTENING COMPONENTS
3.1. Corner piece (40)
3.2. Ridge corner piece (106)
3.3. Joint angle (31)
3.4. Full depth (82)
3.5. Strap connection (11) / (93)
VIDEO
TEACHING UNIT 6. CONCRETE COMPONENTS
1. INTRODUCTION
1.1. Step-by-step procedure
2. CONCRETE COMPONENTS
2.1. Reinforcement Components
2.2. Fasteners
3. INTEROPERABILITY WITH OTHER SOFTWARE
VIDEO
TEACHING UNIT 7. BASIC GENERAL DRAWING
1. INTRODUCTION
2. NUMBERING
2.1. Reports
3. DRAWING TOOLS
3.1. Creation and drawing tools
3.2. Drawing properties
3.3. End-user interface – Printing
VIDEO
TEACHING UNIT 8. PROJECT MANAGEMENT
1. INTRODUCTION
2. CREATE NEW MODEL – SELECT FUNCTION
3. VIEW AND REPRESENTATION OF SPILLS
4. ORGANISER
5. WASTE MANAGEMENT
5.1. Defining the release phase for a part
5.2. Interruptions to discharge
5.3. Identifying and correcting input errors
6. TASK MANAGEMENT
7. SET-OUT
VIDEO
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