What is BIM? Autodesk BIM is an intelligent model-based process that helps owners and service providers achieve business results by enabling more accurate, accessible, and actionable insight throughout project execution and lifecycle. BIM changes the way companies work both internally and externally. Projects have become more and more complex, requiring firms to manage and share immense amounts of data across diverse and distributed teams. By enabling greater insight into the project at any point in its lifecycle, BIM helps AEC service providers to improve accuracy, efficiency, and productivity, resulting in time and cost savings. The significant value-added benefits that BIM-ready firms can provide include: faster project approvals, more predictable outcomes, sustainable design and analysis services, and improved collaboration and information sharing for integrated project delivery strategies.
BIM Diploma content ( included courses) : Training course Course Levels Duration Outputs Revit structure 2 level 50 hrs Structural modeling & design Autodesk navisworks 1 level 24 hrs Clash detection Our customers use Autodesk BIM solutions to achieve better business results. BIM helps improve the way work gets done by providing more insight and greater predictability Revit Structure Autodesk Building Information Modeling (BIM) software enables structural engineers to improve multidiscipline coordination of structural design documentation, minimize errors, and enhance collaboration between engineering and architecture teams. Autodesk Navisworks Navisworks helps architecture, MEP, structure engineers, and construction professionals holistically review integrated models and data with stakeholders to gain better control over project outcomes. Integration, analysis, and communication tools help teams coordinate disciplines, resolve conflicts, and plan projects before construction.
Autodesk building design suite ARCHITECTURAL, MEP AND STRUCTURAL ENGINEERING
Autodesk Revit Autodesk Revit software* is specifically built for Building Information Modeling (BIM), empowering design and construction professionals to bring ideas from concept to construction with a coordinated and consistent model-based approach. Autodesk Revit is a single application that includes features for architectural design, MEP and structural engineering and construction. ARCHITECTURAL, MEP AND STRUCTURAL ENGINEERING
Revit Structure : Autodesk Revit software is the leading Building Information Modeling (BIM) solution for structural engineering firms that enables engineers and designers to integrate a multi-material physical model with an independently editable analytical model for structural analysis, design, and documentation. For Structure engineers, drafters & students
Revit structure Training course 1. Revit STRUCTURE Essential course 2. Revit STRUCTURE Advanced course* * All the advanced trainings perquisite the trainee to have its essentials first. Training course : course Duration hrs Revit STRUCTURE Essential course 25 Revit STRUCTURE Advanced course 25 Training materials : Engosoft Revit Structure Training Book. Prerequisites : There are no required prerequisites for the Essential course. All the advanced trainings perquisite the trainee to have its essentials first. Attendance : structure engineers & drafters.
1-Revit Structure Essential Course Content: Course Objectives : To take full advantage of Building Information Modeling, this Autodesk Revit Structure Essentials training course has been designed to teach the concepts and principles from building design through construction documentation using the Autodesk Revit Structure software. This training course is intended to introduce students to the software s user interface and the basic building components that make the Autodesk Revit Structure software a powerful and flexible structural modeling tool. Our goal is to familiarize you with the tools necessary to create, document, and print your parametric model. Examples and practices are designed to reflect as many different building types as possible. Training Objectives After completing this course, students will be able to: Introduction to the Autodesk Revit Structure software Setting up Levels and Grids Working with Views Editing Elements Modifying Commands Starting a Structural Project using architectural underlays Adding Columns and Walls Adding Foundations Structural Reinforcement Beams and Framing Systems Bracing Frames Floors, Shafts, and Stairs Annotation, Detailing, and Scheduling Sheets and Printing
Course outline : Day 1 Building Information Modeling (BIM). Introduction to Revit Structure Exploring the User Interfac Starting a Project Viewing commands Overview and Basic Drawing Tools Working with Projects Setting up Levels and Grids Working with Views Day 2 Editing Elements Work with Temporary Dimension Modify Commands Creating an Architectural Underlay Importing & Linking CAD Files Linking in Projects Created in Autodesk Revit Architecture Copying & Monitoring Elements Adding Columns and Walls Day 3 Duplicating Views Adding Callout Views Setting the View Display Creating Elevations Creating Sections Adding Foundations Structural Reinforcement
Day 4 Beams and Framing Systems Brace Frames Floors, Shafts, and Stairs Annotation Detailing Day 5 Working with Components Visiblity and graphic Scheduling Sheets and Revisions Printing Day 6 V iew Range Library Construction Documents Adding Detail Lines and Symbols Creating Legends Detailing in Revit Strcucture
Shared 1. Revit Structure Advanced Course Course Objectives : The Autodesk Revit Structure Advanced course introduces experienced users of the Autodesk Revit Structure software to more advanced techniques and concepts beyond what was learned in the Autodesk Revit Structure Essentials training guide. It is intended to broaden your knowledge and maximize your use of the Autodesk Revit Structure software. This course offers detailed information and practical exercises regarding creating families (tapered columns, precast slabs, tapered moment frame, and trusses), preparing the Autodesk Revit software analytical model for analysis and project sharing Training Objectives Concepts and Techniques for working with Families Creating Structural Families Creating Trusses Working with Structural Settings Setting Up Analytical Views Creating and Placing Loads for Structural Analysis Project Team Collaboration working with Worksets Course outline : Work sharing Collaboration and coordination Worksets Managing Revision. Walkthroughs 3d view annotation
Shared parameters Parameters Create project templates Energy Analysis Transfer project standards Family Concepts & Techniques Parametric Framework Family Elements Additional Tools for Families Creating Family Types Visibility Display Settings Overview of Family Creation Creating Custom Families Slabs on Composite Metal Deck Tapered Concrete Columns Precast Hollow Core Slabs Tapered Moment Frame Creating Trusses Using Trusses in Projects Structural Analysis Preparing Projects Structural Settings Viewing Analytical Models Adjusting Analytical Models Placing Loads
Autodesk NavisWorks Course :- Course Description The Autodesk Navisworks training course instructs students in best approaches to combine 3D geometry from cross disciplines into one scene to enable effective model reviews. Through a hands-on, practiceintensive curriculum, students acquire the knowledge needed to review and markup the model, use TimeLiner, Animator, Scripter, and Presenter, as well as the Clash Detective tools within Autodesk Navisworks. Using the functionality of the Autodesk Navisworks Review, Simulate, and Manage features, students learn how to open, review, and run object-interference checks on 3D models. Students also learn how to link to task-scheduling files and create 4D construction simulations. Using the Animator and Scripter tools, students create interactive animations. In addition, students learn how the Presenter tools can help them create photorealistic images and animations. Training Objectives After completing this course, students will be able to: Describe the main features and functionality of Autodesk Navisworks. Open and append 3D files of different formats and save in the Autodesk Navisworks format. Create links to object properties files and scheduling files in external databases. Perform visual project model reviews using the built-in review and reporting tools. Create construction simulations of a project model to check the validity of construction schedules. Use Animator and Scripter to create interactive animations for presentations and demonstrations. Add true-to-life materials, and lighting and backgrounds to project models, to create photorealistic output. Perform interference detection tests between 3D files of different disciplines to check integrity of the design.
1. Autodesk Navisworks Training course course Duration Days hrs Autodesk Navisworks training course 24 6 Training materials : Autodesk official training materials Prerequisites : Completion of Any Revit course or knowledge of 3D design and task-scheduling software Attendance : (mechanical, electrical, structural, architecture ) engineers & Drafters. Certification : autodesk course completion certification.
Training Objectives After completing this course, students will be able to: Describe the main features and functionality of Autodesk Navisworks. Open and append 3D files of different formats and save in the Autodesk Navisworks format. Create links to object properties files and scheduling files in external databases. Perform visual project model reviews using the built-in review and reporting tools. Create construction simulations of a project model to check the validity of construction schedules. Use Animator and Scripter to create interactive animations for presentations and demonstrations. Add true-to-life materials, and lighting and backgrounds to project models, to create photorealistic output. Perform interference detection tests between 3D files of different disciplines to check integrity of the design Course outline: Day 1 Getting Started NavisWorks Interface 3D Model Review Selection Tree & Selecting Objects Hiding Objects & Overriding Materials Object Properties Measuring & Moving Objects Selection & Search Sets Viewpoints Comments & Redlining
Day 2 Sectioning Links Comparing Models Switchback Navisworks Real-Time Rendering Core Concepts Navigating The Model Day 3 Appending/Merging Files Animation Configuring & Defining a Simulation Timeliner Simulation Core Concepts Clash Detective Creating Tasks Gantt View Import Tasks from External Project File Simulation Export Day 4 Scripter Creating & Managing Scripts Events Creating & Configuring Actions Presenter Basics Materials Lighting Backgrounds Rendering Ground Planes
Day 5 Presenter Advanced Features Editing & Managing Materials Advanced Material Editing Individual Light Effects Light Scattering Image-Based Lighting Backgrounds & Reflections Custom Rendering Effects Custom Environments RPC Day 6 Clash Detective Setting Clash Rules Clash Results Clash Test Reporting Audit Checks Create & Save Batches of Clash Tests Export & Import Clash Tests Custom Clash Tests Laser Scan Data Clashing Holding & Releasing Objects Switchback Time-Based Clashing Quantification Integrating 2D Takeoffs Using the 2D Markup Tools Modifying Formulas