BIM and CAM Amalgamation (1054)

Available on Request

BIM and CAM Amalgamation (1054)

Course Specifications

Course Number: TRI76–006_rev1.0

Duration: 8 Weeks – Excluding Orientation

Delivery Method: Virtually

Effort: 6-7 Hours Per Week

Course Description

This short course aims to make students understand the significance of Computer-Aided Manufacturing (CAM) in developing low-cost construction standards and quality construction components that construction workers can use.

Learners will realise the benefits of CAM in favouring the making of prefabricated materials, design, and fabrication of intricate structures.

Learners will further understand that BIM and CAM amalgamation is soft progress from design to construction.

The course additionally looks at BIM and CAM amalgamation to automate construction technologies and CAD working with CAM to determine a product or part.

Learners will further learn that this union’s result is better construction and assist in minimising building predicaments.

Short Course Overview: Top global skills learned in this course

> Leadership
> Self-Management
> Analytical Thinking
> IT

Course Objective: Having successfully completed this course, you will be equipped to:

  • How to use CAM (Computer Aided Manufacturing) in developing low-cost construction standards and quality construction components that construction workers can use.
  • An understanding of how to create prefabricated materials that are intricate to structure through the employment of CAD and CAM processes.
  • Learn about collaboration and coordination principles and practices, common data environments, and project management tools.

Course Content

Orientation Module:

Welcome to your Online Campus

Module 1: Introduction to BIM and CAM

AIM: Provide a comprehensive understanding of BIM and CAM, their importance in the construction industry, and introduce relevant software tools and platforms.

Module 2: BIM Data Management

AIM: Understand BIM data management principles, exchange formats, protocols, and interoperability with CAM data.

Module 3: BIM Modeling and Visualization

AIM: Learn BIM modeling principles and practices, visualization techniques, and tools, as well as BIM and CAM model comparison and analysis.

Module 4: CAM Process Planning

AIM: Understand CAM process planning principles and practices, software tools, and platforms, as well as the integration of BIM and CAM data in process planning.

Module 5: CAM Toolpath Generation

AIM: Learn about CAM toolpath generation principles and practices, software tools, and platforms, as well as the integration of BIM and CAM data in toolpath generation.

Module 6: CAM Simulation and Verification

AIM: Understand CAM simulation and verification principles and practices, software tools, and platforms, as well as the integration of BIM and CAM data in simulation and verification.

Module 7: BIM-CAM Collaboration and Coordination

AIM: Learn about collaboration and coordination principles and practices, common data environments, and project management tools, as well as case studies of successful BIM-CAM collaboration and coordination.

Module 8: Future Directions and Emerging Trends

AIM: Explore emerging trends in BIM and CAM amalgamation, research and development opportunities, and course summary and final project presentations.

Important Information:

This course is not delivered directly by Masterskill, but by our partner Trident Engineering Institute.
You will be redirected to their website to complete your registration and payment. All course access and delivery will take place on their platform.

How to Enroll:

  1. Click the registration link below — this will open the Trident course catalogue.
  2. Search for or locate the course: “BIM and CAM Amalgamation”
  3. Select the course and complete your registration.
  4. Make payment directly to Trident Engineering Institute.

Register here: Short Courses

Please ensure you complete your registration using the link above to secure your place.

Learn More About This Course

Explore the following resources from Trident Engineering Institute to better understand the course content, accreditation, and career benefits. To help you make an informed decision, click on any of the links below to view or download the documents, which will open in a new window: