Advance Steel from Scratch (under construction) from Udemy

In this Course you will learn how to use the Advance steel program perfectly.

1-Grids creation and editing by many methods.

2-Elements Modeling (Column,beam,Welded, double sections, Folded beam, tapered , Aluminum Section and others)

3-plates Creation and editing.

4-Extended Elements (Portal frame, mono-pitch frame, bracing, purlins and Truss)

5-Connections (Anchor, holes, shear studs)

Base plate Connection, Frame knee connection, Apex haunch, Clip Angle, Gusset plate at one diagonal, Gusset plate in center, 4 diagonals connection, Purlin connection, purlin connection with plate, Two purlins with bolts, Vertical purlin plate,Double purlin splice plate

6-Numbering

7-GA and assembly Drawing.

8-Assembly list.

What's inside

Learning objectives

Grids creation
Steel elements modeling(column, beam, polybeam,double, tapered...)
Plates
Concrete elements

Connections
Numbering
Drawings

Grids creation
Steel elements modeling(column, beam, polybeam,double, tapered...)
Plates
Concrete elements
Connections
Numbering
Drawings

Syllabus

Introduction

Overview

Draw

Building Grid

Axis

Grid with groups By distance

Grids Editing

Column and Beam Modeling

Column modeling

Visual styles

Rolled Sections

Welded Beams

Double Sections

Continuous Beam

Beams from line and polyline

Split and merge

Curved beam

Disassemble Compound Section

Folded Beam

Tapered Section

Generic Aluminium Section

Display and View

Plates

Plates Creation

Plates Editing

Extended Modeling

Portal Frame

Mono-Pitch Frame

Bracing

Purlins

Truss

Connections

Anchor

Holes

Shear studs

Base plate Connection

Connection vault (base plate)

Frame knee connection

Apex haunch

Connection saving

Clip Angle

Gusset plate at one diagonal

Gusset plate in Center

4 diagonals, middle gusset plate

Purlin connection

Purlin connection with plate

Two purlins with bolts

Vertical purlin plate

Double purlin Splice plate

Numbering

Prefix

Single,Main Part and Assembly

Numbering Methods

Checking

Main Part Creation

Assembly Selection and isolation

Drawing

Drawing Styles

GA plan, elevation and detail

Assemblies drawing

Sp Drawing

Assembly list

Bonus

Get Any course for up to 90% off

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 Advance Steel from Scratch (under construction) with these activities:

Review AutoCAD Fundamentals

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Reinforce your understanding of basic AutoCAD commands and workflows. This will provide a solid foundation for learning Advance Steel, which builds upon CAD principles.

Browse courses on AutoCAD

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Review basic drawing commands (lines, circles, arcs).
Practice modifying objects (trim, extend, offset).
Familiarize yourself with layers and properties.

Steel Design

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Review steel design principles to better understand the connections and elements you are modeling in Advance Steel. This will help you make informed decisions about connection types and sizes.

View Putting Knowledge to Work on Amazon

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Review the chapter on connection design.
Study the sections on beam and column design.

Connection Design Exercises

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Practice designing various steel connections using Advance Steel. This will help you master the connection tools and understand their applications.

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Design base plate connections for different column sizes.
Create frame knee connections with varying haunch sizes.
Model purlin connections using different methods.

Four other activities

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Model a Simple Steel Structure

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Model a small steel structure (e.g., a shed or a small building) from scratch using Advance Steel. This will allow you to apply all the concepts learned in the course.

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Plan the structure and create a grid system.
Model the columns, beams, and bracing.
Add connections and generate drawings.
Create the assembly list.

Document a Custom Connection

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Create a detailed document explaining the steps to create a custom steel connection in Advance Steel. This will solidify your understanding of the connection tools and their parameters.

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Choose a complex connection scenario.
Document each step with screenshots and explanations.
Share your documentation with other students for feedback.

Structural Steel Designer's Handbook

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Consult a structural steel designer's handbook to gain practical insights into real-world steel design challenges. This will help you apply Advance Steel effectively in your projects.

View Structural Steel Designer's Handbook, Sixth... on Amazon

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Browse the sections on connection details.
Review the guidelines for fabrication and erection.

Generate Shop Drawings for a Project

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Generate complete shop drawings for a steel structure project using Advance Steel. This will test your ability to use the software to create accurate and detailed drawings for fabrication.

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Model a steel structure in Advance Steel.
Configure drawing styles to meet project requirements.
Generate GA and assembly drawings.
Review and revise drawings for accuracy.

Career center

Learners who complete Advance Steel from Scratch (under construction) will develop knowledge and skills that may be useful to these careers:

Structural Steel Detailer

A structural steel detailer creates detailed drawings and plans for steel structures used in buildings, bridges, and other construction projects. This role involves translating engineering and architectural designs into fabrication-ready drawings, specifying dimensions, welding details, and material requirements. The course on Advance Steel helps structural steel detailers master the software used to create these detailed drawings. Learning about modeling elements like columns, beams, and plates, as well as connections like base plates and gusset plates, helps detailers produce accurate and efficient designs, which are crucial for the successful fabrication and erection of steel structures. Studying numbering and drawings empowers the detailer to create comprehensive documentation. Anyone looking to launch a career as a structural steel detailer benefits from this course, which focuses on the specific software and techniques used in the industry.

See salaries and explore the career path for Structural Steel Detailer

Steel Detail Checker

A steel detail checker reviews structural steel shop drawings to ensure accuracy, completeness, and compliance with design specifications and industry standards. The course on Advance Steel can be especially helpful, as it provides a strong understanding of the software used to create these drawings. A detail checker benefits from the knowledge of grids, modeling elements, and plates. Understanding connections, numbering, and drawings further allows the checker to verify that all details are correctly represented and that the steel structure can be fabricated and erected as intended. Those who would like to become a steel detail checker will benefit from this course, as it focuses on the software and techniques used in the industry.

See salaries and explore the career path for Steel Detail Checker

CAD Technician

A Computer Aided Design or CAD technician uses software to create technical drawings and models for a variety of projects, often working with engineers and architects. This course, which teaches how to use Advance Steel, is a great starting point. The course's focus on grids creation and editing, element modeling, and plate creation provides foundational skills for producing accurate and detailed technical drawings in the context of steel structures. Learning about connections and numbering also gives the CAD technician insight into the broader design and fabrication process. The skills in drawing will be very relevant for this role. Aspiring CAD technicians who want to specialize in structural steel design benefit from the course, which focuses on industry-specific software and techniques.

See salaries and explore the career path for CAD Technician

BIM Modeler

A Building Information Modeling or BIM modeler creates 3D models of buildings and infrastructure projects, incorporating data about the design, construction, and operation of the facility. This course covering Advance Steel helps BIM modelers to accurately represent steel structures within a larger BIM model. The focus on modeling steel elements, creating connections, and generating drawings equips modelers with relevant skills for representing structural steel components. The skills learned in numbering empowers BIM modelers to incorporate fabrication and assembly information into the model. Individuals wanting to specialize in the structural steel aspects of BIM will find this course to be useful.

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Civil Engineering Technician

A civil engineering technician assists civil engineers in the planning, design, and construction of infrastructure projects. While the course focuses on Advance Steel, knowledge of steel elements, plates, and connections ensures steel members are properly fabricated and installed. Learning drawings empowers civil engineering technicians to ensure that steel structures adhere to design specifications. Aspiring civil engineering technicians benefit from this course, which focuses on the skills to model and represent steel structures.

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Steel Fabricator

A steel fabricator is responsible for cutting, bending, and assembling steel components according to engineering drawings and specifications, often preparing them for use in construction. The course covering Advance Steel can be useful as it provides skills in understanding steel structures' designs through software. The units dealing with elements modeling, plate creation, and connections help one to precisely fabricate steel members per design. Familiarity with drawings, numbering, and assembly lists further allows one to fabricate steel parts aligned to the intended structural design requirements. For any individual who would like to become a steel fabricator, this course may give insights into the broader design picture.

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Structural Engineer

A structural engineer designs and analyzes structures to ensure their stability and safety. Although advanced degrees (master's or PhD) are often required, the course on Advance Steel may be useful to engineers as it provides the knowledge of software for steel design and detailing. An engineer could better oversee the detailing process if they have a working knowledge of drawings, steel connections, and steel element modeling. This course enables structural engineers to have a better understanding of how designs are translated into buildable steel structures.

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Steel Estimator

A steel estimator calculates the cost of steel materials and labor required for construction projects. While the course focuses on Advance Steel, the modeling elements and connections sections may be useful by offering visualizations of structural requirements. Steel estimators could use their knowledge of grid design and plates to visualize the amount of steel needed based on the design. For those looking to become steel estimators, this course may help in visualizing the project.

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Steel Inspector

A steel inspector examines steel structures and components to ensure they meet quality standards and safety regulations. While a course in Advance Steel may not be directly related, training on modeling elements, plates, and connections may be useful to help visualize how steel members fit together. Learning to see steel components within software allows steel inspectors to become more aware of defects or deviations from design specifications. This course helps steel inspectors better understand steel structure designs.

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Ironworker

An ironworker erects and installs structural steel frameworks in buildings, bridges, and other structures. Although the Advance Steel course is design-focused, understanding connections, steel elements modeling, and plates may be useful for ironworkers as it gives them an understanding of how the steel members are intended to connect. A background in drawings provides a better understanding of the overall design of steel components. This course can help contribute to skills and knowledge critical to safely erecting steel frameworks.

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Construction Project Manager

A construction project manager oversees all aspects of a construction project, from planning and budgeting to execution and completion. While an advanced degree is often required, the Advance Steel course may be useful as it offers insight into steel structure design and fabrication. It is useful for project managers to be aware of steel elements, plates, and connections for steel members in the project. The training on drawings and assembly lists further helps construction project managers better understand the documentation involved in steel construction. Overall, this course helps construction project managers understand what is needed for the steel components of a project.

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CNC Programmer

A CNC programmer writes instructions for Computer Numerical Control (CNC) machines that cut and shape steel components. The course on Advance Steel may be useful by providing a better understanding of how structural steel parts are designed and assembled. Learning about steel elements modeling, plate creation, and connections helps the CNC programmer to visualize the final product and to write more efficient and accurate programs. This course helps CNC programmers to better understand the design and purpose of the parts they are programming.

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Welder

A welder fuses metal parts together using various welding techniques. While the course focuses on Advance Steel, learning about steel connections may give welders a better sense of how their welds contribute to a strong structure. This course helps welders understand steel structure designs.

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Steel Sales Representative

A steel sales representative sells steel products to construction companies and other businesses. The course on Advance Steel may be useful as it provides an understanding of steel construction. It allows the sales representative to better explain the benefits of steel products. Learning steel elements modeling, plate creation, and types of connections empowers the sales representative to tailor their sales pitches. This course helps sales representatives to better understand the steel products they are selling.

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Shop Supervisor

A shop supervisor oversees the daily operations of a steel fabrication shop, ensuring that projects are completed on time and within budget. The course on Advance Steel may be helpful for shop supervisors as it provides a background on steel detailing. This course helps shop supervisors to better understand the fabrication process.

See salaries and explore the career path for Shop Supervisor

Advance Steel from Scratch (under construction)

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