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Introductin to BIM For Engineers

Introduction to Building Information Modeling (BIM) for Engineers In this course, engineers will be introduced to the fundamentals of Building Information Modeling (BIM) — a modern approach based on...

Introductin to BIM For Engineers
Course

Introductin to BIM For Engineers

SAR 400.00
This course includes:
  • 00h 00m 00s
  • 10 Lectures
  • 0 Downloadable resources
  • Full lifetime access
  • Certificate of completion
Instructor

Eng. Selim Badwy

Download course details
Overview

Introduction to Building Information Modeling (BIM) for Engineers In this course, engineers will be introduced to the fundamentals of Building Information Modeling (BIM) — a modern approach based on 3D modeling and data management to enhance the design and execution of engineering projects.

Description

 Introduction to BIM for Engineers

In the world of architecture, construction, and engineering, traditional design and management methods are no longer sufficient to keep up with the increasing complexity of modern projects. This is where Building Information Modeling (BIM) comes in—a revolutionary tool that transforms the way engineers work, from initial concept to project delivery and facility management.

 What is BIM?

BIM is an intelligent methodology based on 3D digital modeling that represents the physical and functional characteristics of a building or facility. It goes beyond 3D drawings—offering an integrated database that contains detailed information about every element of the project: from walls and doors to schedules, costs, and future maintenance.

👷‍♂️ Why Should Engineers Learn BIM?

Improved Coordination and Collaboration
With BIM platforms, all engineering disciplines (architectural, structural, electrical, and mechanical) can work on a shared model, reducing clashes and redundant work.

Greater Accuracy and Fewer Errors
3D models allow engineers to detect issues early (e.g., MEP-structural clashes), saving time and money during execution.

Enhanced Time and Cost Management
BIM supports 4D (time) and 5D (cost) dimensions, providing powerful tools for planning and tracking project progress.

Integration with Modern Technologies
BIM easily integrates with AI tools, augmented reality, and 3D scanning devices—fostering innovation in project execution.


Course Modules

10 Modules
Lecture 01: Introduction to BIM
02 What Is BIM
03 BIM VS CAD
04 BIM WorkFlow VS CAD WorkFlow
05 QandA1(0)
06 QandA2(0)
07 BIM Sofwares(0)
08 Rumors about BIM (0)
09 Laptop Requirements (0)
10 QandA3 (0)
Curriculum
10 Section - 10 Lecture - 00h 00m 00s
01 Lecture Content
1 Lectures
1
01 Lecture Content
Video 0 min 00 sec
02 What Is BIM
1 Lectures
1
02 What Is BIM
Video 0 min 00 sec
03 BIM VS CAD
1 Lectures
1
03 BIM VS CAD
Video 0 min 00 sec
04 BIM WorkFlow VS CAD WorkFlow
1 Lectures
1
04 BIM WorkFlow VS CAD WorkFlow
Video 0 min 00 sec
05 QandA1
1 Lectures
1
05 QandA1
Video 0 min 00 sec
06 QandA2
1 Lectures
1
06 QandA2
Video 0 min 00 sec
07 BIM Sofwares
1 Lectures
1
07 BIM Sofwares
Video 0 min 00 sec
08 Rumors about BIM
1 Lectures
1
08 Rumors about BIM
Video 0 min 00 sec
09 Laptop Requirements
1 Lectures
1
09 Laptop Requirements
Video 0 min 00 sec
10 QandA3
1 Lectures
1
10 QandA3
Video 0 min 00 sec
Requirement
A basic understanding of engineering or construction principles (civil, architectural, mechanical, or electrical).
Familiarity with technical drawings or CAD tools is helpful but not mandatory.
Basic computer skills (file management, installing software, etc.).
A willingness to learn new digital tools and workflows.
Who this Course is for:
Civil, architectural, mechanical, and electrical engineers who want to adopt modern tools for design and coordination.
Engineering students and recent graduates looking to gain practical skills that enhance their employability.
Project managers and site engineers seeking better control over project timelines, costs, and interdisciplinary collaboration.
Consultants and contractors aiming to improve project outcomes through smart modeling and data-driven decisions.
Anyone involved in the AEC (Architecture, Engineering, and Construction) industry who wants to understand and apply BIM workflows in real-world projects.

Student Reviews

4.6
(11 reviews)