Building Information Modelling Management and Integrated Digital Delivery MSc/PGDip

Program Overview

This MSc/PGDip program equips students with the Building Information Modelling (BIM) skills required in the construction sector. It focuses on managing BIM projects, teams, and organizations, emphasizing technology and integrated digital delivery. The program combines online and on-campus learning, providing hands-on technical, programming, and technopreneurship skills. Graduates are prepared for managerial roles in organizations adopting BIM and can contribute to the advancement of BIM technologies and sustainable construction practices.

Program Outline

Degree Overview:

Building Information Modelling Management and Integrated Digital Delivery MSc/PGDip

Students are trained to manage projects, teams, and organizations using BIM compliance with emphasis on technology and integrated digital delivery.

Objectives:

• Develop skills in managing BIM projects.
• Enhance compliance with BIM global standards.
• Gain expertise in BIM management and digital delivery.
• Develop understanding of BIM's role in the UN Sustainable Development Goals.
• Acquire leadership and decision-making skills for BIM implementation.

Program description:

• Focuses on the management of BIM processes.
• Delivers hands-on technical, programming, and technopreneurship skills (optional).
• Combines online and on-campus learning.
• Employs experienced faculty and industry professionals.
• Provides access to tailored career support.
• Offers opportunities for global networking.

Outline:

Program content:

• The program comprises 3 consecutive modules:
• Technical BIM Management (60 credits)
• Operational BIM Management (60 credits)
• Strategic BIM Management (60 credits)

Program structure:

• Full-time or part-time study options available.
• Full-time: 1 year duration.
• Part-time: 2 years duration.
• Online learning with a summer school on campus (Full-time MSc).

Course schedule:

• Timetables are available 2 weeks before the start of each term.
• Classes and workshops are scheduled to enable regular feedback.

Individual modules:

Technical BIM Management (60 credits):

• Focuses on understanding BIM technical issues.
• Explores integration of 3D models, graphical and non-graphical data.
• Develops skills for research and analysis of BIM practices.

Operational BIM Management (60 credits):

• Focuses on BIM operational and administrative issues.
• Covers risk assessment, quality control, and cost management.
• Explores best practices for coordination and communication between operational teams.
• Develops skills for research and analysis of BIM practices.

Strategic BIM Management (60 credits):

• Focuses on BIM strategic issues.
• Covers forecasting risks, quality assurance, and financial planning.
• Explores best practices for creating and managing BIM teams.
• Develops skills for research and analysis of BIM practices.

Assessment:

• No traditional exams are used.
• Assessments include coursework, design projects, case studies, critical analysis, conference papers, and a thesis (MSc).
• Case studies or examples from students' careers can be used.
• Feedback is provided regularly by faculty and industry professionals.
• Students also self-evaluate their progress and identify areas for improvement.
• Group work and peer-to-peer feedback are used in some assessments.

Teaching:

Teaching methods:

• Online lectures, presentations, webinars, and tutorials.
• Case studies and industry-based projects.
• Summer school on campus for full-time MSc students.

Faculty:

• Experienced academics and industry professionals.
• Expertise in BIM, project management, and technology.
• Dedicated to supporting student learning and success.

Unique approaches:

• Focus on management and leadership skills for BIM implementation.
• Integration of BIM with the UN Sustainable Development Goals.

Careers:

Potential career paths:

• BIM Manager
• BIM Coordinator
• Model Manager
• BIM Director

Opportunities:

• Work in managerial roles for organizations adopting BIM.
• Contribute to the advancement of BIM technologies.
• Participate in projects that promote sustainable construction practices.

Career outcomes:

• 95% of graduates find employment or pursue further studies.
• Career support provided through MDXworks employability service.
• Access to networking opportunities and industry connections.

Other:

• The program aligns with all 17 UN Sustainable Development Goals.
• The program is accredited by the The Chartered Institute of Building (CIOB), Chartered Institute of Architectural Technology (CIAT), and Joint Board of Moderators (JBM).
• Students have the opportunity to influence the future of BIM through their research and thesis work.