BIM-Ready^®Civil

This module equips you with the skills and knowledge to create intelligent and data-rich Building Information Models (BIM) for structural projects using Revit Structure.

• Revit Structure Introduction: Explore the Revit Structure interface, tools, and functionalities specific to structural modeling.
• Creating Structural Elements: Learn to model various structural components like foundations, columns, beams, floors, and braces with parametric controls.
• Adding Details and Annotations: Master techniques for incorporating details like rebar, connections, and other annotations into your BIM model.
• Collaboration and Coordination: Discover how to collaborate effectively with architects and other disciplines using shared Revit models and cloud-based workflows.
• Data Extraction and Analysis: Utilize Revit's features to generate schedules, material takeoffs, and reports for structural elements.

This module equips you with the skills and knowledge to efficiently generate high-quality steel structure drawings using Autodesk Advance Steel.

• Advance Steel Introduction: Explore the Advance Steel interface, tools, and functionalities specific to steel detailing and fabrication.
• Automation Tools: Utilize Advance Steel's powerful automation tools for faster modeling and detailing of repetitive elements.
• Connection Design and Management: Learn to create and manage various types of steel connections, including bolted, welded, and customized options.
• Shop Drawing Generation: Discover the process of generating detailed shop drawings, including assembly drawings, fabrication details, and bill of materials (BOM) directly from your 3D model.
• Customizing Drawing Outputs: Learn to customize drawing styles, annotations, and dimensions to meet specific project requirements and industry standards.
• Collaboration and Integration: Explore how Advance Steel integrates with other BIM software like Revit for seamless data exchange and project coordination.

This module equips you with the skills and knowledge to leverage BIM methodologies in civil and infrastructure projects using Autodesk Civil 3D.

• Introduction to Civil 3D: Explore the Civil 3D interface, tools, and functionalities specific to BIM-based civil engineering design.
• Creating Intelligent Civil Models: Learn to create 3D models of roads, highways, site features, and other civil infrastructure elements with Civil 3D.
• Surface Modeling and Analysis: Master techniques for creating and editing digital terrain models (DTMs), performing slope analysis, and calculating earthwork quantities.
• Data Extraction and Reporting: Utilize Civil 3D features to generate reports, automate calculations of quantities, and extract relevant data for design analysis.
• Collaboration and Coordination: Explore strategies for effective collaboration with other project stakeholders using shared Civil 3D models and cloud-based workflows.
• Civil 3D for Construction: Learn how to utilize Civil 3D models for construction sequencing, site layout planning, and generating construction documents.

This module equips you with the skills and knowledge to confidently model, detail, and fabricate steel structures using Tekla software. You'll gain a foundational understanding of Tekla's functionalities and how they streamline steel project workflows, from design to construction.

• Tekla for Steel Detailing: Explore the core functionalities of Tekla for creating accurate 3D models of beams, columns, connections, and other steel components.
• Steel Modeling Techniques: Master techniques for efficient steel modeling in Tekla, including member creation, editing, and parametric controls.
• Connection Design and Management: Learn to create and manage various types of steel connections within Tekla, including standard bolted and welded options.
• Shop Drawing Generation: Discover the process of generating detailed shop drawings, including fabrication details, assembly drawings, and bills of materials (BOM) directly from the Tekla model.
• Collaboration and Coordination: Explore strategies for effective collaboration with architects and engineers using shared Tekla models and BIM workflows.
• Tekla for Fabrication: Learn how Tekla can be utilized to generate CNC data for steel fabrication and optimize workshop workflows.