Associate Degree of Applied Technologies majoring in Building Information Modelling

Program Overview

The Associate Degree in Applied Technologies offers a Building Information Modeling specialization, emphasizing digitalization and Industry 4.0 principles. Students develop technical expertise through hands-on industry projects and work-based learning, gaining proficiency in BIM concepts, modeling, data management, and collaboration. The program prepares graduates for careers in the engineering and technology sector, where BIM is increasingly used for project design, construction, and management.

Program Outline

Degree Overview:

The Associate Degree in Applied Technologies is designed with industry partners and offers three specializations: Advanced Manufacturing, Civil Infrastructure, and Building Information Modeling. The program emphasizes digitalization and Industry 4.0 principles and aims to develop technical experts in the engineering and technology sector. Students gain hands-on experience through industry-based projects and work-based learning opportunities.

Outline:

Building Information Modeling Major:

• BIM Frameworks: Introduction to BIM concepts, standards, and best practices.
• Modeling and Information Management Basics 1: Fundamentals of 3D modeling, data management, and collaboration using BIM software.
• Project Simulation 1: BIM for Design and Build: Practical application of BIM in project design and construction.
• Building Organizational Capability: Developing organizational strategies for BIM implementation and adoption.
• Introduction to Digital Asset Management: Principles and practices of digital asset management in BIM environments.
• Modeling and Information Management Basics 2: Advanced 3D modeling techniques, data exchange, and interoperability.
• Leadership and Change Management: Leading and managing BIM projects and teams.
• BIM Standards in Depth: Detailed exploration of BIM standards, certifications, and industry best practices.
• Digital Fabrication and Construction: Integration of BIM with digital fabrication technologies.
• BIM Legal and Contractual: Legal and contractual aspects of BIM implementation.
• Developing a Strategic BIM Use: Developing and implementing BIM strategies for project success.
• Driving Collaboration in Projects: Facilitating effective collaboration among stakeholders in BIM projects.