BIM- Revit Parametric Families- Fin Glass Master Class from Udemy

Note: This course is full of real-world examples of creating parametric families in Fin Glasses modeling.

Do you want to take your Revit modeling skills to the next level?Would you like to create parametric glass structures with detailed connections, including bolts and screws?Have you ever wanted to easily model every intricate detail of a glass structure in Revit?

If your answer is "Yes," then this course is exactly what you're looking for.

In this comprehensive course, you’ll learn how to model Fin Glass structures in Revit, including every detail of their connections such as bolts and screws. These structures are built as parametric families, allowing you to easily adjust dimensions, materials, and connection types, making the design fully customizable. Whether you’re an architect, engineer, or BIM professional, this course will equip you with advanced modeling techniques to bring your projects to life.

What You Will Learn:

How to model Fin Glass structures and create them as Revit Families.
Setting up parametric families that offer flexibility and easy adjustments.
Detailed modeling of glass connections, including bolts, screws, and fasteners.
How to efficiently use BIM Family and Component workflows for precision and speed.
Best practices for ensuring accuracy and precision in your models.

By enrolling in this course, you'll gain expert-level knowledge to model Fin Glass structures, and you'll be able to create parametric families that are fully customizable and precise. If you buy this course from me, know that you can ask me any questions you have, and I’ll be here to guide you through the entire process.

What's inside

Learning objectives

Master fin glass modeling with parametric bim families in revit
Create detailed glass structures with realistic and functional connections, including bolts, screws, and other components
Learn advanced revit techniques for designing and managing parametric glass structures

Efficiently utilize bim workflows to create customizable, scalable glass systems
Gain expertise in revit family creation for professional-grade, fully customizable architectural glass elements

Master fin glass modeling with parametric bim families in revit
Create detailed glass structures with realistic and functional connections, including bolts, screws, and other components
Learn advanced revit techniques for designing and managing parametric glass structures
Efficiently utilize bim workflows to create customizable, scalable glass systems
Gain expertise in revit family creation for professional-grade, fully customizable architectural glass elements

Syllabus

Fin Glasses Modeling

Parametric Modeling of Glass Columns

Parametric Modeling of Supporting Bases

Parametric Modeling of Glass Connections

Modeling of Bolts and Nuts

Completing the Modeling of Connections

Adding More Details to the Model

Enhancing Curtain Wall Design with Fin Glass Modeling

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Develops skills in Revit family creation, which is essential for producing professional-grade and fully customizable architectural glass elements

Teaches how to model intricate details of glass structures, including connections like bolts and screws, enhancing realism and accuracy in BIM projects

Focuses on parametric modeling, allowing for easy adjustments to dimensions, materials, and connection types, which is crucial for customizable designs

Emphasizes efficient BIM workflows, enabling the creation of customizable and scalable glass systems, which streamlines design and project management processes

Requires access to Revit software, which may involve a subscription fee or a one-time purchase, potentially posing a financial barrier for some learners

Focuses on a niche application of Revit, which may not be broadly applicable to all architectural or BIM projects, limiting its versatility

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 Parametric Families- Fin Glass Master Class with these activities:

Review Revit Family Editor Fundamentals

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Strengthen your understanding of the Revit Family Editor to prepare for creating complex parametric families.

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Review the user interface of the Family Editor.
Practice creating basic parametric families.
Explore different family templates.

Review 'Mastering Revit Architecture'

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Gain a deeper understanding of Revit's capabilities and best practices for architectural modeling.

View Mastering Autodesk Revit Architecture 2016:... on Amazon

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Read chapters related to family creation and parametric design.
Follow along with examples in the book to practice techniques.
Identify areas where the book's content overlaps with the course syllabus.

Practice Parametric Family Creation

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Reinforce your understanding of parametric family creation by building several example Fin Glass components.

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Create a simple parametric glass panel family.
Add parameters for width, height, and thickness.
Create a family for a bolt or screw connection.
Combine the panel and connection families.

Four other activities

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Follow Advanced Revit Family Tutorials

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Learn advanced techniques for creating complex parametric families by following online tutorials.

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Search for tutorials on creating complex Revit families.
Follow along with the tutorials, paying attention to parameter creation.
Adapt the techniques learned to Fin Glass modeling.

Design a Parametric Fin Glass System

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Apply your knowledge by designing a complete parametric Fin Glass system for a hypothetical building.

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Define the scope and requirements of the Fin Glass system.
Create individual parametric families for each component.
Assemble the components into a complete system.
Test the system by adjusting parameters and observing the results.

Create a Fin Glass Family Library

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Build a library of reusable Fin Glass families to streamline future projects.

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Identify common Fin Glass components used in your projects.
Create parametric families for each component.
Organize the families into a well-structured library.
Document the parameters and usage of each family.

Contribute to a Revit Open Source Project

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Contribute to an open-source Revit project to gain experience and collaborate with other professionals.

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Find an open-source Revit project on GitHub.
Identify an area where you can contribute, such as creating a new family.
Submit your contribution to the project.

Career center

Learners who complete BIM- Revit Parametric Families- Fin Glass Master Class will develop knowledge and skills that may be useful to these careers:

BIM Modeler

A BIM Modeler creates and manages digital representations of physical and functional characteristics of buildings for the design process. This course is directly relevant for a BIM Modeler who needs to develop precise and customizable models. The course emphasizes parametric families, which are crucial for the flexible and accurate modeling of fin glass structures as taught in this course. The detailed instruction on creating connections, such as bolts and screws, ensures the BIM Modeler can produce highly accurate and detailed models. This course should help modellers create robust digital twins of real world conditions.

See salaries and explore the career path for BIM Modeler

BIM Coordinator

A BIM Coordinator manages the implementation of Building Information Modeling (BIM) processes on projects. Because this position requires a deep understanding of parametric modeling processes, this course is an excellent fit for a BIM Coordinator. The course teaches how to create and manage parametric families, which are essential for efficient and accurate modeling. A BIM Coordinator can also benefit from an understanding of detailed modeling of connections, such as bolts and screws. The BIM Coordinator can benefit by using their understanding of the course's topics to direct other team members.

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Facade Designer

A Facade Designer specializes in the design of building exteriors, and this position requires the knowledge of advanced techniques for modeling complex facade systems, such as glass structures. This course is excellent for a Facade Designer because it teaches how to create parametric families of fin glass, which allows them to manage designs with detailed connections, such as bolts and screws. The design process is greatly enhanced by learning to customize dimensions and connection types, and this knowledge enhances the accuracy and flexibility of a designer's output. Understanding component workflows taught in this course should also be beneficial.

See salaries and explore the career path for Facade Designer

Architectural Designer

An Architectural Designer develops designs for buildings. A course on detailed glass structure modeling can help them to enhance their projects. The course’s focus on creating parametric families would enable the designer to adjust their designs efficiently, creating flexible designs that are easy to adapt as they develop through the design process. Furthermore, a full understanding of how to model connections, such as bolts and screws, would equip an Architectural Designer with the necessary skills to create detailed and accurate designs.

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Construction Detailer

A Construction Detailer is responsible for creating detailed drawings and specifications for building components, often including complex elements like glass fin structures. This course is an ideal fit for a Construction Detailer because of its strong focus on modeling fin glass with precise connections, such as bolts, screws, and fasteners. The ability to create parametric families, as taught in this course, allows for the creation of flexible and accurate details. As taught in this course, the emphasis on precision in modeling glass structures is very relevant to the Construction Detailer's work.

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Computational Designer

A Computational Designer uses algorithms and software to generate designs, often involving complex geometries and parametric systems. The focus of this course on modeling fin glass structures as parametric families aligns perfectly with the needs of a Computational Designer. The course emphasizes how to create flexible designs that can be easily adjusted by parameters, such as dimensions, materials, and connections. The skills in detailed modeling of connections, such as bolts and screws, and of using component workflows would enable a Computational Designer to build robust and flexible models.

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Design Engineer

A Design Engineer applies engineering principles to create designs, often requiring the creation of detailed models and specifications. This course would provide practical knowledge for a Design Engineer as it covers how to model precise fin glass structures and connections, which can be crucial for various projects. Furthermore, this course focuses on parametric modeling, which helps engineers develop flexible designs that can be easily adjusted while also maintaining accuracy and performance. This course focuses on the kind of modeling that a design engineer would perform regularly.

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Architectural Technician

An Architectural Technician assists architects in the production of technical drawings and plans, using software to develop detailed models. This course is highly useful for an architectural technician, as they will need to create precise models of glass structures, including connection details, such as bolts and screws. The parametric modeling techniques taught in this course allow for easy modification and customization of designs in a variety of architectural projects. This course provides the technical expertise in Revit to produce highly functional outputs.

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Architectural Drafter

An Architectural Drafter creates technical drawings and plans for buildings, and this work often incorporates details of structural elements. This course helps drafters learn to model precise fin glass structures and their connections, which are frequently found in contemporary architecture. The ability to create parametric families, as taught in this course, allows a drafter to adjust designs easily and efficiently. Knowledge gained through the course, such as adding bolts, screws, and fasteners in this course, directly enhances the drafter's ability to produce accurate and detailed building plans.

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Structural Engineer

A Structural Engineer designs and analyzes structures, and this can include complex elements such as fin glass systems. This course may be useful for a Structural Engineer, as it provides a deep understanding of how to model these systems with connection details, such as bolts and screws. The course emphasizes parametric design, which allows engineers to make adjustments to the structure of their models efficiently while maintaining accuracy. The knowledge gained from this course would also help prepare a Structural Engineer to understand complex interfaces between components and their connecting hardware.

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Digital Fabricator

A Digital Fabricator uses digital models to develop designs that can be realized through machine-based fabrication. This course may be useful to a Digital Fabricator through the development of understanding of how to model parametric families, which in turn can be used to generate instructions for fabrication equipment. Understanding how to create models of connections such as bolts and screws as taught in this course, may help those in this role to produce design outputs that are accurate. Through the application of skills taught in this course, a Digital Fabricator can more effectively generate a higher quality output.

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CAD Technician

A CAD Technician uses computer-aided design software to produce technical drawings. This course is useful for a CAD Technician, especially if their field includes architectural or structural designs. The course focuses on modeling fin glass structures, complete with detailed connections, such as bolts and screws. The ability to generate flexible outputs, through the manipulation of parametric families, greatly enhances the capabilities of the CAD Technician. The detailed component workflows, as taught in the course, would also be beneficial to their work.

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Product Designer

A Product Designer develops new products or refines existing ones, and this work can involve creating detailed designs of structural components. This course may be helpful for a Product Designer because it provides detailed knowledge of how to model parametric families, which allows for easy adjustment of models. This skill is particularly useful when designing products that may have different configurations or material properties. The detailed training on modeling connections, such as bolts and screws, may also be useful when designing products comprised of fasteners.

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Project Designer

A Project Designer is involved in planning and developing the design aspects of projects, frequently needing to specify and integrate complex structural and facade elements. This course may be helpful for a Project Designer because it offers in-depth knowledge of modeling fin glass structures using Revit. The course focuses on parametric design, enabling designers to adapt their models through flexible parameters such as dimensions and connections. By mastering the detailed modeling of glass connections, the course equips a designer with the tools necessary to create accurate, functional, and buildable designs.

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Interior designer

An Interior Designer plans and designs interior spaces. While not directly tied to whole structure design, this course may be useful when working with contemporary spaces that include features such as glass walls and partitions. The course teaches how to model parametric families which can be useful for creating adaptable interior elements. Furthermore, the course also covers creating detailed connections, such as bolts and screws. This level of detail can be helpful for creating custom interior elements or for understanding how different parts of an interior space connect.

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Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in BIM- Revit Parametric Families- Fin Glass Master Class.

Mastering Autodesk Revit Architecture 2016

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Provides a comprehensive overview of Revit Architecture, including family creation and parametric modeling. It serves as a valuable reference for understanding the underlying principles of Revit and BIM workflows. While not specifically focused on Fin Glass, it offers a strong foundation for advanced modeling techniques. It is commonly used as a textbook in architectural programs.

Mastering Autodesk Revit Architecture 2016:...

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BIM- Revit Parametric Families- Fin Glass Master Class

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