BIM Revit Structural Complete Modeling from Udemy

This course would focus on creating structural models using different material types and elements so that they are properly configure for future structural analysis, detailed plans and schedules, In this case we will follow the logic required to sync and create the elements depending on their material properties, using concrete and steel elements.

We will start by assembling all elements on a concrete base model and from there would change materials and adapt their requirements, we will continue with steel elements and their connections.

This course its a complement on the construction processes for gneerative design use because structural elements require structural analysis for their optimization methods .

Generative Design is opening a lot of possibilities on the engineering and construction panorama, functionalities going for everytype of user , are allowing technology to make a difference on the way we work for any type of project.

Hence this course dont have any dynamo its still part of this new series its now pulling all dynamo and practical BIM workflows for a Generative Design and for solving construction problems

Generative Design and Dynamo are not yet on the peak that they will probably be on the next years so take the leap of faith, and start sooner unraveling your full potential for Modeling and Programming and enjoy at any time the freedom of possibilities to make technology work the way you need it to.

Join to a selective group that its looking for possibilities rather than restrictions, and be UpToDate for all the amazing possibilities that in any time can transform your way of working, to change it forever.

What's inside

Learning objectives

How to create a concrete and steel structuralal models
How to follow construction processes

What elements need to be taken care of when preparing for structural analysis
How to set visibility and detail to models.

How to create a concrete and steel structuralal models
How to follow construction processes
What elements need to be taken care of when preparing for structural analysis
How to set visibility and detail to models.

Syllabus

Introduction

Structural Modeling Introduction

Resources

Modeling WIth Concrete Elements

Setting Levels and Views

Using Beams for Views

Family Constraints and Recommendations

Setting Structural Columns

Creating Structural Beams

Creating Floors

Creating Foundations

Creating Structural Walls

Modeling With Steel Elements

Changing the Structure to Steel Elements

Adding Connections

Editing Connections

Other Connections

Configuration of Floors and Other Elements

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Focuses on creating structural models with concrete and steel, which are essential materials in structural engineering and construction

Covers setting visibility and detail levels, which are crucial for effective model communication and collaboration in BIM projects

Explores the configuration of floors and other elements, which is important for ensuring accurate and coordinated structural designs

Teaches how to create structural beams, columns, floors, and foundations, which are fundamental components of structural modeling in Revit

Highlights elements that need consideration when preparing for structural analysis, which is a critical step in the design process

Requires learners to use Revit, which may require a paid license and a computer that meets the software's minimum hardware requirements

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 BIM Revit Structural Complete Modeling with these activities:

Review Revit Fundamentals

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Reviewing Revit fundamentals ensures a solid base for understanding structural modeling workflows.

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Open Revit and familiarize yourself with the user interface.
Practice basic modeling commands like creating walls and doors.
Explore different view settings and navigation tools.

Review 'Mastering Revit Structure 2023'

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Reading 'Mastering Revit Structure' will provide a deeper understanding of structural modeling principles and best practices.

View Revit 2024 for Architecture: No Experience... on Amazon

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Obtain a copy of 'Mastering Revit Structure 2023'.
Read chapters related to concrete and steel structural modeling.
Practice the examples provided in the book within Revit.

Model a Simple Building Structure

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Starting a small project allows you to apply the learned concepts in a practical setting.

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Select a simple building design (e.g., a small office building).
Create a structural model of the building using Revit, including concrete and steel elements.
Add structural connections and configure element properties.

Four other activities

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Model Steel Connections

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Practicing steel connection modeling reinforces understanding of connection types and their configuration in Revit.

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Create a sample steel structure in Revit.
Experiment with different connection types (e.g., moment connections, shear connections).
Modify connection parameters to meet specific design requirements.

Document a Structural Modeling Workflow

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Documenting a workflow helps solidify understanding and provides a reference for future projects.

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Choose a specific structural modeling task (e.g., creating a concrete foundation).
Record the steps involved in completing the task using screenshots and descriptions.
Organize the documentation into a clear and concise guide.

Follow Advanced Revit Structure Tutorials

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Following advanced tutorials helps refine skills and explore more complex modeling techniques.

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Search for online tutorials on advanced Revit Structure topics (e.g., parametric modeling, scripting).
Follow the tutorials step-by-step, practicing the techniques in Revit.
Adapt the techniques learned to your own projects.

Review 'Structural Analysis and Design of Tall Buildings'

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Understanding structural analysis principles enhances the ability to create accurate and efficient Revit models.

View Reinforced Concrete Design of Tall Buildings on Amazon

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Obtain a copy of 'Structural Analysis and Design of Tall Buildings'.
Read chapters related to structural systems and load analysis.
Relate the concepts learned to the modeling process in Revit.

Career center

Learners who complete BIM Revit Structural Complete Modeling will develop knowledge and skills that may be useful to these careers:

BIM Modeler

A BIM Modeler creates three dimensional models of buildings and infrastructure using Building Information Modeling software. This course helps develop the skills for modeling structural elements, both concrete and steel, which is essential for the role of a BIM Modeler. The course teaches how to configure models for structural analysis and create detailed plans, which is a large part of a BIM modeler's work. This course provides a direct pathway to building structural models using different material types and elements, as well as how to add connections, edit connections, and set detail, all of which makes you a more successful BIM Modeler.

See salaries and explore the career path for BIM Modeler

Structural Designer

A structural designer develops construction plans for structures such as buildings and bridges. This course will help you prepare for a role as a structural designer by teaching you how to create structural models using concrete and steel. Learning how to properly configure these models for structural analysis, as taught in this course, is an important step in this career. This course is an ideal way to learn how to prepare these models for detailed plans, which is a crucial aspect of your day to day activities as a structural designer.

See salaries and explore the career path for Structural Designer

Construction Detailer

A construction detailer creates detailed drawings and plans that aid in the construction process, particularly structural elements. This course will help you prepare for this career through training in the creation of structural models, specifically with concrete and steel elements. Given that construction detailers design the minutiae of building that are then used on a construction site, the course's instruction on how to configure these models for structural analysis is critical for the work that construction detailers perform each day. This course is beneficial to understand how construction processes unfold using BIM.

See salaries and explore the career path for Construction Detailer

Structural Engineer

A structural engineer designs and analyzes structures, such as buildings and bridges, ensuring their stability and safety. This course helps you develop a foundation in structural modeling, which is a key part of a structural engineer’s design process. Though a structural engineer typically requires an advanced degree, this course is useful as it specifically covers the creation of models using concrete and steel, which also prepares it for structural analysis. Gaining understanding of how to configure models, as taught in this course, helps a structural engineer optimize those structures for construction.

See salaries and explore the career path for Structural Engineer

Architectural Technician

An architectural technician assists architects in the design and documentation of buildings. This course may be helpful as it teaches you how to create structural models using BIM, working with both concrete and steel. This course also trains you in how to configure models for structural analysis, which is useful when producing detailed construction plans. The course's focus on setting visibility and detail to models supports the drafting and documentation skills needed for an architectural technician.

See salaries and explore the career path for Architectural Technician

Civil Engineer

A civil engineer designs and supervises the construction of infrastructure projects. While this course is focused on modeling structural elements of buildings, elements of this course may be useful as it introduces BIM modeling techniques. Learning how to model concrete and steel structures and configure them for structural analysis could be a point of entry to more complex civil engineering projects. This course may help civil engineers understand how models can be prepared for detailed plans and schedules.

See salaries and explore the career path for Civil Engineer

Project Coordinator

A project coordinator assists with the organization and management of construction projects. Understanding how structural models are created and prepared for analysis, as taught in this course, may be helpful to a project coordinator overseeing building related projects. A project coordinator can benefit from this course’s instruction on BIM workflows and how to create models, as it will allow them to better manage projects that require structural models and understand the process. The course’s focus on construction processes may aid in project planning.

See salaries and explore the career path for Project Coordinator

Construction Manager

A construction manager oversees the planning, coordination, and execution of construction projects. Though a construction manager’s typical activities are removed from the modeling process, it may be helpful to take this course to gain a better understanding of BIM workflows. This course trains on how to create structural models using concrete and steel, which is an integral part of many construction projects. This course may help a construction manager better manage teams that use such models.

See salaries and explore the career path for Construction Manager

Facilities Manager

A facilities manager is responsible for the maintenance and upkeep of buildings and facilities. This course may be useful as it provides an understanding of structural models which are used to help maintain and understand a building. This course prepares you to set the visibility and detail of models and helps you understand how they are set up for analysis. Although the day to day of a facilities manager might not include modeling, taking the course may be enlightening and helpful to overall facilities planning.

See salaries and explore the career path for Facilities Manager

Urban Planner

An urban planner develops plans and strategies for the growth and development of cities. This course may be helpful for an urban planner as it provides exposure to the BIM model creation process. Although the course focuses on structural modeling, it helps one understand how structures are designed and prepared, which can aid in a broader understanding of building design and how that impacts urban planning. Coursework on how to prepare models for analysis may help in overall strategic planning.

See salaries and explore the career path for Urban Planner

Estimator

An estimator analyzes project plans and calculates the costs of resources needed for construction. This course may help an estimator by learning how models are created using BIM. The course’s focus on concrete and steel elements, as well as how to prepare them for structural analysis, can provide insights that help an estimator in their calculations. Although an estimator does not directly engage in the modeling process, they may find this course to be useful to better understand the workflow so that they can estimate accordingly.

See salaries and explore the career path for Estimator

Sustainability Consultant

A sustainability consultant advises clients on environmentally friendly design and construction practices. This course may be beneficial for its insight into how structural models are created and prepared, particularly with concrete and steel. Although the course focuses on structural modeling processes, understanding these practices may be useful to how sustainability consultants might think about the environmental impact of different construction projects. This course may give sustainability consultants a better understanding of BIM workflows.

See salaries and explore the career path for Sustainability Consultant

Real Estate Developer

A real estate developer is involved with the conception, funding, and construction of real estate projects. Although a real estate developer is not directly involved with the design or modeling of construction, this course may help by exposing them to how structural models are created and prepared. Understanding processes for creating concrete and steel structures, and how they are prepared for structural analysis, may help in their high level planning. This course may provide insights into the BIM process.

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Technical Sales Representative

A technical sales representative sells technically complex products and services related to building and construction. Although a sales role does not directly use the modeling techniques taught in the course, it may be useful to understand them. This course provides details on how to create structural models of concrete and steel, and how to prepare models for analysis. This may be helpful to a technical sales representative in understanding the product and speaking to customers. You can use this course to become more familiar with BIM workflows.

See salaries and explore the career path for Technical Sales Representative

Construction Inspector

A construction inspector examines construction sites and ensures that building codes and plans are followed. This course may help a construction inspector by giving them an understanding of how structural models are created using BIM. While a construction inspector may not engage in the modeling process, they may find this course helpful because it teaches how to create and set the detail of models of concrete and steel, which are common site materials. This course may also be useful to help inspectors understand the process of modeling.

See salaries and explore the career path for Construction Inspector

BIM Revit Structural Complete Modeling

What's inside

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