•    Introduction to BIM and Revit:

• Understanding the concept of Building Information Modelling (BIM).
• Overview of Revit Structure and its role in the design and documentation process.

•    User Interface Overview:

• Introduction to the Revit interface.
• Understanding tools, ribbons, and project browser.
• Customizing the user interface for structural work.

•    Project Setup:

• Starting a new project from templates.
• Setting up units, levels, and grids.
• Linking architectural models and other disciplines.

•    Creating and Managing Levels:

• Defining levels for the structural model.
• Modifying and managing levels for multi-story buildings.

•    Setting Up Structural Grids:

• Adding and modifying structural grids.
• Aligning grids with architectural models.
• Best practices for grid placement and organization.

•    Placing Structural Columns:

• Adding vertical load-bearing elements like columns (steel, concrete, timber).
• Adjusting column sizes, locations, and heights.
• Working with structural column families.
   

•    Placing Beams and Beam Systems:

• Adding structural beams and framing systems.
• Working with steel, concrete, and wood beams.
• Using the beam system tool to create repetitive framing layouts.

•    Beam Joins and Support:

• Adjusting beam-to-beam connections.
• Aligning beams with grid lines and other structural elements.
• Modifying beam end conditions (fixed, pinned, cantilevered).

•    Structural Bracing:

• Adding horizontal and vertical bracing systems.
• Configuring bracing for lateral load resistance (seismic and wind).
   

•    Creating Structural Floors:
Adding concrete and composite floor slabs.
Modifying slab thickness, materials, and support conditions.
Creating slab openings and edges.

•    Sloped Floors and Ramps:
Creating and modifying sloped slabs.
Adding ramps and structural stairs for accessibility.

•    Slab Reinforcement:
Introduction to slab rebar and reinforcement.
Reinforcing floor slabs with rebar grids and individual bars.
 

•    Creating Structural Walls:
Placing and modifying load-bearing walls.
Reinforced concrete, masonry, and steel wall types.
Configuring wall properties (material, thickness, structural function).

•    Foundation Design:
Creating isolated footings, continuous footings, and wall foundations.
Pile foundations for complex soil conditions.
Modifying foundation sizes and depths.

•    Slab Foundations:
Designing slab-on-grade and mat foundations for buildings.
 

•    Introduction to Rebar Tools:
Adding rebar to beams, columns, slabs, and walls.
Understanding rebar types, shapes, and placement methods.

•    Placing Rebar:
Manual and automatic rebar placement for different structural elements.
Using rebar cover settings to control concrete cover.
Modifying rebar spacing, hooks, and bending schedules.

•    Reinforcement Schedules:
Extracting rebar quantities and creating bar bending schedules.
Customizing reinforcement schedules for fabrication and construction.

•    Understanding the Analytical Model:
Differentiating between the physical and analytical models.
Viewing and modifying the analytical model for structural analysis.

•    Boundary Conditions and Loads:
Defining boundary conditions (supports, pinned, fixed).
Applying loads: Dead, live, wind, seismic, and custom loads.
Adjusting load distribution for accurate analysis.

•    Exporting Models for Analysis:
Exporting the Revit model for use in structural analysis software (e.g., Autodesk Robot, ETABS, SAP2000).

•    Adding Steel Connections:
Placing and modifying standard steel connections (bolted, welded).
Working with pre-defined connection families.
Customizing connections for different joint types.

•    Concrete-to-Steel Connections:
Creating hybrid connections between steel and concrete elements.
Managing complex structural connection details.

•    Connection Schedules:
Automating connection schedules for large projects.
Managing connection details for fabrication and field assembly.
 

•    Detailing Structural Elements:
Adding 2D details to beams, columns, foundations, and walls.
Using detail components and detail lines to enhance structural drawings.

•    Creating Construction Documents:
Creating sheets for structural plans, sections, and elevations.
Adding dimensions, annotations, and tags to structural elements.
Managing and organizing drawing sets for submission.

•    Schedules and Quantities:
Generating quantity take-offs and material schedules.
Filtering and sorting schedules for accurate reporting.

Understanding work-sharing and work sets in Revit for structural projects.
Best practices for collaborating with architects and MEP engineers.

•    Linking Models:
Linking architectural and MEP models into the structural model.
Managing linked files and resolving coordination issues.

•    Clash Detection:
Performing clash detection between structural elements and other disciplines.
Using Navisworks or Revit’s coordination tools for clash resolution.

•    Coordination Reviews:
Reviewing and managing changes from linked models.

• Complex Beam and Truss Systems:

Basic knowledge of structural engineering concepts is helpful but not mandatory.

Yes, the course covers Revit Structure from the fundamentals, making it beginner-friendly.

No, prior knowledge is not required. The course covers the software from scratch.

The course duration is approximately 6-8 weeks, depending on the pace of learning.

Yes, a Revit Structure Certification will be awarded by Softcrayons.

Yes, students will work on real-world projects to enhance their learning experience.

Yes, Softcrayons provides 100% placement assistance to students.

Yes, both online and offline learning options are available.

Certification adds value to your resume and demonstrates your Revit skills, increasing job prospects.

Freshers can expect a salary range of $40,000 to $60,000, with growth potential based on experience.