AutoCAD, BIM & Scan to BIM Online Course

Build a Strong Foundation in Building Information Modeling

Building Information Modeling (BIM) has transformed the way architecture, engineering, and construction projects are planned, designed, and managed. Modern construction projects rely on BIM workflows to improve collaboration, reduce errors, and organize project information throughout the building lifecycle.

This online course introduces learners to BIM concepts while providing practical knowledge of AutoCAD, Autodesk Revit, Scan to BIM workflows, project coordination, and documentation. The structured learning path helps learners understand both the theoretical principles and practical applications of BIM technologies.

Module 1: BIM Fundamentals

• Introduction to BIM

• BIM concepts and benefits

• BIM dimensions (3D, 4D, 5D, 6D, 7D)

• BIM standards (ISO 19650)

• LOD (Level of Development) and LOI

Module 2: Autodesk Revit Basics

• User interface

• Project setup

• Levels and grids

• Walls, doors, windows

• Floors, roofs, ceilings

• Stairs and railings

Module 3: Advanced Revit

• Families and components

• Groups and assemblies

• Worksharing

• View templates

• Schedules and quantities

• Sheets and printing

Module 4: BIM Coordination

• Linked models

• Clash detection using Navisworks

• Coordination workflow

• BIM Execution Plan (BEP)

• Common Data Environment (CDE)

Module 5: Scan to BIM

• Point cloud basics

• Importing laser scan data

• Modeling from point clouds

• Accuracy and quality checks

Module 6: Documentation

• Plans, elevations, sections

• Annotation and detailing

• Quantity takeoff

• Shop drawings

• As-built drawings

Module 7: BIM Project

• Complete architectural model

• Structural and MEP coordination

• Clash resolution

• Final documentation and project submission

This syllabus aligns with common BIM training programs and covers BIM concepts, Revit modeling, coordination, documentation, and project delivery. �

Flexible Online Learning Experience

The course is delivered online in English, making it accessible to learners from different locations. Weekend and weekday batches provide scheduling flexibility for students and working professionals.

The two-month course duration allows learners to progress steadily through BIM concepts while practicing each module before moving to more advanced topics.

Who Can Join This Course?

This course is suitable for:

• Architecture students

• Civil engineering students

• Mechanical engineering students

• Construction professionals

• BIM beginners

• AutoCAD users

• Revit learners

• Professionals interested in BIM workflows

• Individuals exploring the AEC industry

Learners with basic computer skills can follow the course comfortably, while prior drafting knowledge can be beneficial.

Develop Industry-Relevant BIM Knowledge

Building Information Modeling continues to play an important role in modern construction and infrastructure projects. Understanding BIM principles, Revit modeling, coordination workflows, and Scan to BIM processes helps learners develop practical technical knowledge applicable to architecture, engineering, and construction environments.

Through structured lessons and guided project work, students gain a comprehensive understanding of BIM workflows while improving their technical and documentation skills.

Frequently Asked Questions

1. What will I learn in this BIM course?

The course covers BIM fundamentals, Autodesk Revit, AutoCAD concepts, Scan to BIM, project coordination, documentation, Navisworks clash detection, and practical BIM project workflows used in the AEC industry.

2. Is this course suitable for beginners?

Yes. The course starts with the fundamentals of Building Information Modeling before progressing to Revit modeling, BIM coordination, and documentation, making it suitable for beginners and learners with basic drafting knowledge.

3. Does the course include practical BIM projects?

Yes. Learners work through a structured BIM project that includes architectural modeling, coordination, clash resolution, documentation, and project submission to understand the complete BIM workflow.