Draw, Design, and Document Your Structure Projects - AulaGEO
What you'll learn
- Create structural designs in a more effective way using the tools of Revit for the modeling of structures
- Create structure models in Revit
- Create plans of the structure in general quickly and efficiently
- Create the analytical model of the structures
Requirements
- To carry out the internship it is important to have the following software installed on your PC or MAC: Revit 2015 or higher
Description
Course Description:
Enter the world of Building Information Modeling (BIM) with Revit, the world leader in building design software. This course will teach you how to leverage the powerful tools available in Revit to streamline the process of designing, analyzing, and documenting structural projects. With a focus on both speed and quality, you'll learn how to create your own templates, export to calculation programs, generate and analyze loads and reactions in structures, and produce professional-quality plans in a fraction of the time.
Course Objective: By the end of this course, you'll have mastered the essential features of Revit for structural design, from drawing and designing to document management. You'll be able to produce high-quality plans, create and analyze structural models, and efficiently manage your projects using the power of BIM.
Key Features:
Master Revit's drawing tools to design structures for buildings.
Create your own custom templates and export to other calculation programs.
Generate detailed structural plans, elevations, and sections.
Perform static calculations in the cloud and advanced calculations with Robot Structural Analysis.
Create and analyze loads and reactions within structures.
Present high-quality results in less time with efficient documentation practices.
Follow the course's step-by-step guide to understand the best workflow for real-life projects.
What Will You Learn?
The basics of Revit software and its user interface.
How to create and modify structural elements such as grids, levels, columns, beams, foundations, and walls.
How to design and analyze load cases, load combinations, and edge conditions.
Best practices in using Revit for BIM-based structural design.
Practical examples with concrete and steel structures.
How to integrate Revit with other specialized software like Robot Structural Analysis.
Course Orientation: This course will take you through the process of a personal project, with a focus on hands-on practice and the workflow that best suits real-world scenarios. Instead of just theory, we emphasize practical tips to achieve excellent results. You'll have access to updated course content and prepared files to guide you through every step, helping you to build and reinforce your skills progressively.
Target Audience: This course is ideal for civil and structural engineers, architects, and anyone looking to specialize in building design using BIM technology.
Languages: The course is in English with subtitles available in the following languages: German, Arabic, Chinese, Korean, Danish, French, Greek, Dutch, Hebrew, Indonesian, Italian, Japanese, Portuguese, Polish, Persian, Russian, Swedish, Thai, Turkish, and Vietnamese.
Course Curriculum:
Section 1: Introduction
Lecture 1: Introduction (Preview enabled)
Section 2: User Interface
Lecture 2: The Ribbon (Preview enabled)
Lecture 3: User Interface (Preview enabled)
Section 3: Drawing Tools
Lecture 4: Workflow in Revit Structure
Lecture 5: The Template of Revit Structure
Lecture 6: Grids and Levels (Preview enabled)
Lecture 7: Column Placement (Preview enabled)
Lecture 8: Placement of Beams
Lecture 9: Beam Systems
Lecture 10: Flooring
Lecture 11: Bracing
Lecture 12: Trusses
Lecture 13: Structural Walls
Lecture 14: Foundations
Lecture 15: Metallic Reinforcement
Lecture 16: Connected to Robot Structural Analysis
Section 4: Analytical Model
Lecture 17: Creation of Load Cases
Lecture 18: Load Combinations
Lecture 19: Load Application
Lecture 20: Edge Conditions
Section 5: Practices
Lecture 21: Concrete Practical Example - Part 1
Lecture 22: Concrete Practical Example - Part 2
Lecture 23: Concrete Practical Example - Part 3
Lecture 24: Practical Example Steel - Part 1
Lecture 25: Practical Example Steel - Part 2
Section 6: Conclusion
Lecture 26: Farewell
This course provides you with the essential tools and knowledge needed to design, analyze, and document structural projects effectively. Join us and master Revit for structural design today!
Who this course is for:
- This course is aimed at those professionals related to structural design who wish to improve their efficiency
- Engineers who participate in the final structural project documentation process can also benefit from this course.
- It is not a theoretical content course, rather it is a practical course on how to apply the knowledge previously acquired in structural design along with tools that facilitate the work of engineers and others involved in the project.
Instructors
- 4.0 Instructor Rating
- 5,011 Reviews
- 74,104 Students
- 135 Courses
Welcome to our Academy platform, your ultimate destination for online courses covering a wide range of subjects, including GIS, CAD, BIM and Digital Twins applied to the land development environment. We are committed to providing comprehensive education and empowering individuals to excel in various domains related to infrastructures. Whether you are a student, a professional seeking to expand your knowledge, or an enthusiast passionate about these subjects, our platform offers a diverse selection of courses tailored to meet your specific needs.
At our Academy, we recognize the significance of these disciplines in the infrastructures life cycle, from initial design to project completion. To ensure the highest quality of education, we have collaborated with renowned industry expert Golgi Alvarez and assembled a team of AulaGEO Academy experts to create, adapt to English and/or Spanish languages and curate cutting-edge courses.
Architecture – Engineering – Construction – Operation (AECO) is a harmonious blend of creativity and technical expertise. Our AECO courses encompass a broad range of topics, from Civil design principles to sustainable construction practices. You will gain proficiency in conceptualizing and developing designs that fulfill aesthetic, functional, structural and regulatory requirements. Our instructors, including renowned expert Golgi Alvarez, will guide you through the design process, helping you refine your visualization and communication skills. Furthermore, you will acquire a solid foundation in structural analysis and design, ensuring the safety and stability of your land development creations.
Geographic Information Systems (GIS) have revolutionized the way we collect, analyze, and visualize spatial data. Our GIS courses explore the power of GIS technology for mapping, spatial analysis, and data management. Using software like ArcGIS Pro and QGIS you will gain insights into interpreting and manipulating geospatial data, designing interactive maps, conducting spatial queries, and leveraging GIS for various applications, including land management, environmental analysis, and urban planning. Our GIS courses provide a competitive advantage in fields that rely on spatial data analysis and informed decision-making.
Civil Engineering plays a pivotal role in the design and construction of infrastructure. Our engineering courses cover a broad spectrum of topics, including structural engineering, transportation systems, and urban design. Using software like AutoDesk Civil3D and Bentley OpenRoads you will learn the principles and techniques required to design, construct, and maintain buildings, bridges, roads, and more. Our experienced instructors bring their industry expertise to the virtual classroom, providing valuable insights
Computer-Aided Design (CAD) is the backbone of modern design processes, enabling precise and efficient creation of 2D and 3D models. Our CAD courses cover a wide array of software applications, including AutoCAD, Microstation, and CREO Parametric. From fundamental concepts to advanced techniques, you will acquire the skills necessary to create, modify, and analyze complex designs, ensuring accuracy and optimizing workflows. Our courses cater to beginners seeking a solid foundation as well as experienced professionals aiming to enhance their expertise.
Building Information Modeling (BIM) has transformed the architecture, engineering, and construction industries by facilitating collaborative and data-driven project management. Our BIM courses delve into the principles, workflows, and software tools utilized in BIM, such as Revit and SYNCHRO. You will learn to create intelligent 3D models that encompass architectural, structural, and MEP (mechanical, electrical, and plumbing) systems. Additionally, you will discover techniques for accurate quantity extraction, clash detection, and generating construction documents. Mastery of BIM equips you to contribute effectively to multidisciplinary project teams and streamline project delivery.
ARTS & DEVELOPMENT
Additionally, as part of our social responsibility, some of our courses have been made available to development projects in certain countries. This has allowed us to benefit communities and replicate our methodology, leading to the creation of new courses in response to demand in areas such as graphic design, art, and social disciplines.
Copyright:
For copyright management and DMCA purposes, all the content of AulaGEO Academy is managed by Golgi Alvarez.
- 4.3 Instructor Rating
- 5,533 Reviews
- 38,750 Students
- 40 Courses
Soy un entusiasta de la tecnología y me he dedicado a la enseñanza de las materias que me apasionan. Con más de 15 años de experiencia en diseño asistido por computador y un sólido conocimiento acerca del Modelado de Información de Edificaciones he compilado mucha de la experiencia adquirida a través de los años en cursos de capacitación útiles, fáciles de entender y prácticos para el día a día del diseñador.
Mis campos de acción incluyen CAD (Computer Aided Design), CAE (Computer Aided Engineering), FEA (Finite Element Analysis), BIM (Building Information Modeling), PM (Project Management). Y aunque me inicié con el estudio de la ingeniería civil, he explorado otras ramas de la ingeniería, participando en proyectos que incluyen la creación de modelos computaciones para la simulación de maquinaria para la extracción de petróleo, análisis no-lineal de cimentaciones especiales, diseño de piezas automotrices, estudio de estabilidad en túneles, entre otros tipo de proyectos.
Así mismo, he creado aplicaciones de software dirigido a la administración de procesos y al diseño asistido por computador. También soy programador web, especializándome en aplicaciones web .NET. Tengo experiencia programando en C#, Java, Python, C++, Foltran, JavaScript. Y en lenguajes de etiquetado como HTML5 y CCS3.
Como hobby he incursionado en la programación de autómatas programables (PLC) y en la programación en Assembler de micro-controladores.
En resumen, me encanta a prender y enseñar. Ese es realmente mi trabajo.