Learn Autodesk Revit modeling software, and master modeling skills in combination with case practice. At the same time, learn Navisworks collision detection, construction drawing plotting and other technologies, use Lumion 8.0 for rendering and roaming experience, and use Fuzor 2016 to achieve more scene applications. Let's easily master BIM skills and make a comprehensive breakthrough from basic operation to practical application.

This week's course will take you to understand the foundation of Revit building structure, learn to start from CAD drawings, and easily create a consistent structural model! The course content will cover the basic operation of Revit, building and structure creation tools, and CAD drawing import and conversion skills. Through learning, you will master how to accurately convert architectural elements and structural information in CAD drawings into elements in Revit models. At the same time, we will also discuss in depth the problems and solutions that may be encountered in the modeling process to ensure that you can independently complete the structural modeling work from CAD to Revit. Work together to meet the modeling challenge!

The second week of the course will learn the basic operation of water, heating and electricity in Revit software. Through learning and practice, you will master the skills from basic to complex operation, and eventually be able to independently complete the construction of electromechanical models. The course will focus on practical application, so that you can consolidate your skills through practical operation while mastering theoretical knowledge.

The third week of the course focuses on the basic knowledge of families and masses. Through learning and practice, the students will finally master the ability to complete the project with the cooperation of families and masses. In the learning process, we will have a deep understanding of the concept, creation methods and application skills of families, and grasp the basic composition and representation of massing. Through continuous practice and practice, you will be able to skillfully use families and massing for architectural design to achieve the integrity and high-quality presentation of the project. Let's work together to reach a higher level of architectural design!

Week 4: Revit Space Modeling and Application Practice This week, we will comprehensively contact and learn the space modeling and application of Revit software. Through a series of courses and practices, we will let you master the process of Revit modeling and application, so that you can easily control this powerful tool. Course outline: 1、 Introduction to Revit Basic Operation and Interface 1. Introduction to the basic operation interface of Revit 2. Creation and saving of files 3. Use of basic tools, such as selection, moving, copying, etc 2、 Fundamentals of Spatial Modeling 1. Basic concept and process of modeling 2. Creation and editing of walls, floors and roofs 3. Insertion and parameter setting of doors and windows 3、 Family and Parametric Design in Revit 1. Creating and editing families 2. Concept and practice of parametric design 3. Instance application of family 4、 Detail design and modeling optimization 1. Creation and editing of details 2. Application of detail mark 3. Model beautification and optimization 5、 Application of Revit in Engineering Projects 1. Application in the planning and design phase of the project 2. Application of project construction and management stage 3. Collaboration between Revit and other software 6、 Course Practice and Project Operation 1. Complete the modeling task of a small project 2. Solve problems and puzzles encountered in actual operation 3. Share learning experience and learn from each other. Through this week's study and practice, you will master the spatial modeling and application of Revit software, and be able to independently complete the modeling task of an engineering project. Let's look forward to your progress!

Key points of the fifth week: master the basic operation of Fuzor software, and easily master practical skills such as animation production, scene setting and conflict detection Dear students, this week we will learn the basic operation of Fuzor software in depth. Through this week's study, you will be able to skillfully master key application methods such as animation production, scene setting and conflict detection, which will help you to show your skills in the design field! 1、 Overview of Basic Operation of Fuzor Software First, we will start with the basic interface of the Fuzor software, and explain the installation and startup of the software and the use of each functional module in detail. Through practical operation, you can quickly master the basic operating skills of the software. 2、 Animation production In animation production, we will teach you how to create animation sequences, set keyframes, adjust animation attributes, etc. Through learning, you will be able to easily produce smooth and vivid animation effects, adding more highlights to your design works. 3、 Scene Settings Scene setting is a key link to improve the quality of design works. This week we will show you how to import models, adjust scene lighting, add backgrounds, and set camera angles. Through practice, you can master how to create an atmosphere scene effect. 4、 Conflict detection In the design process, conflict detection is very important. We will teach you how to use the conflict detection function of Fuzor software to check the collision problems in the design and make timely adjustments. This link will help you avoid potential problems in design and improve the quality of your work. 5、 Practical application Finally, we will organize the practice link and let the students do it by themselves to consolidate the knowledge they have learned. Through practical operation, you can master the application skills of Fuzor software more skillfully and lay a solid foundation for future design. This week's course will enable you to fully master the basic operation of Fuzor software and easily master practical skills such as animation production, scene setting and conflict detection. I believe that through hard study, you will be able to achieve outstanding achievements in the field of design! Let's look forward to your wonderful performance!

Learning content of this week: Navisworks software basic operation practice This week we will learn more about the basic operation of Navisworks software. Navisworks is a powerful BIM collaboration tool, which is widely used in the management and simulation of building information models. This week we will master the operation methods of node animation, construction progress simulation, script animation and collision detection. 1、 Node Animation Operation Guide Node animation is a very practical function in Navisworks, which can help us understand the structure and dynamic performance of the model more intuitively. The specific operation steps are as follows: 1. Select nodes or components in the model; 2. Create node animation with Navisworks animation tools; 3. Adjust animation parameters, such as speed, direction, etc., to obtain satisfactory animation effect. 2、 Construction progress simulation practice The construction progress simulation can help us predict the project duration and progress more accurately. In Navisworks, we can do the following: 1. Import construction progress data; 2. Associate the progress data with the BIM model; 3. Use the simulation function of Navisworks to show the construction progress. 3、 Script animation production skills Script animation allows us to display specific scenes in the model more flexibly. When making script animation, you should pay attention to the following points: 1. Clarify animation requirements and determine scenes and actions; 2. Use the script function of Navisworks to write animation script; 3. Adjust the script parameters to ensure that the animation effect meets the expectations. 4、 Collision Test Operation Tutorial Collision detection is an important function of Navisworks, which can help us find potential conflicts and problems in models. The specific operations are as follows: 1. Set collision detection parameters; 2. Run collision detection and view the results; 3. Adjust the model according to the test results to avoid collision. This week we will master the basic operation of Navisworks software through practice, laying a solid foundation for subsequent BIM applications. I hope you can study hard, practice actively, and constantly improve your skills.

This week we learned the basic operation of Lumion software. Through this week's study, we can master the skills of animation production and picture output! As we know, Lumion is a software that produces high-quality rendering animations and still images. This study focuses on its basic operations. We learned how to create scenes, import models, adjust materials and light effects, and so on. Through practice, everyone can easily make their own animation and picture works. In addition, we also learned about the settings and adjustments of the output to ensure that our works can be well displayed on various platforms.

Overall strategy of project presentation: how to master the reporting process and document production within eight weeks? Entering the eighth week, you must have a good understanding of the project. Next, we will discuss the project reporting process in depth, prepare reporting documents, and sort out more complete project processes to help you master them. Don't believe it? Look at it! 1、 Project reporting process 1. Preparation in advance: clarify the purpose, content and time of the report, and sort out the key nodes and highlights of the project. 2. Opening remarks: briefly introduce yourself and the project background to quickly enter the theme. 3. Content presentation: show the project progress, achievements and problems in a logical order. 4. Interactive communication: Be prepared to answer questions that may be raised by teachers or leaders, and communicate effectively. 5. Summary and thanks: Review the highlights of the project and express gratitude for the team's support. 2、 Prepare report documents 1. Concise and clear: avoid redundancy and highlight key information. 2. Illustrated: use charts, pictures, etc. to visually display data and information. 3. Clear structure: classify, so that teachers or leaders can grasp the key points at a glance. 4. Friendly interaction: preset common questions and answers to ensure smooth reporting. 3、 Sort out more complete project process 1. Project launch: define the objectives and scope, and allocate resources. 2. Demand analysis: deeply understand the demand to ensure the correct project direction. 3. Scheme design: brainstorm and develop a variety of alternatives. 4. Implementation: push forward as planned to ensure quality and timeliness. 5. Monitoring and adjustment: track the progress and make timely adjustment. 6. Project closing: summarize the gains and losses and prepare for the next project. 4、 How to master 1. Do more exercises: practice gives true knowledge, and more simulation exercises improve confidence. 2. Ask others: ask experienced colleagues or teachers to learn from them. 3. Continuous summary: summarize experience and lessons after each project, and constantly optimize the process. In the ninth week, it is recommended that you actually use the above knowledge in project management and implementation, test your learning achievements, find and fill gaps, and further optimize your project management and implementation ability. come on. I believe you can do better and better!