Building Information Modelling and Digital Transformation

The Building Information Modelling and Digital Transformation program from University of Liverpoolwill immerse you in the exciting new tools, technologies and methods that are driving this digital transformation and collaborative approach to project delivery.

Discover the transformational impact and future potential of building information modelling (BIM) on architecture, engineering and construction. With the Building Information Modelling and Digital Transformation program from University of Liverpool , you will gain expertise using innovative digital technologies and explore the application and implementation of BIM across all stages of project planning and delivery.

Key Features

• The rapid evolution of digital technologies and innovations in design and construction is transforming how professionals in the architecture, engineering and construction (AEC) industry are creating, communicating and interacting.
• Building information modelling (BIM) is emerging as a new method, process and technology for creating and managing information for a built asset. Automating information flow across disciplines, BIM is embedding a culture of collaboration, integration and coordination across the design, construction and operational phases of building projects.
• You’ll gain practical experience using BIM software, including design authoring tools, such as Revit, ArchiCAD and Rhino, as well as design coordination and clash detection tools, for example Navisworks and Solibri.

Career prospects

BIM is a rapidly growing area of architecture, engineering and construction, both in the UK and also globally. This program enhances your employability by enabling you to get hands-on with a variety of design tools. You’ll gain practical experience and insights using these innovative technologies.

A variety of tasks will familiarise you with the activities and real-world challenges that BIM professionals encounter in practice. They’ll also enable you to demonstrate communication, teamwork, presentation and problem-solving skills.

BIM professionals are in high demand in a range of roles and industries relevant to the built environment.

These include careers in:

• Architecture
• Construction
• Management
• Project management
• Higher education
• The arts
• Conservation.

Courses include:

• Bim Theory, Practice And Tools
• Computational Design Theory And Practice
• Net Zero Carbon Design
• Virtual Environments For Architecture
• BIM Implementation In Collaborative Environments
• Interoperability And Design Coordination With BIM
• Research Methodology
• Digital Transformation And Construction 4.0
• Parametric Design And Digital Fabrication 2