Project-based pedagogy in interdisciplinary building design adopting BIM

Business & Economics

• Information Modeling 100%
• Pedagogy 75%
• Construction Industry 14%
• Work Design 13%
• Engineering Industry 12%
• Constructability 11%
• Information Sharing 10%
• Information Exchange 9%
• University Education 9%
• Interoperability 7%
• Energy Efficiency 6%
• Construction Planning 5%
• Student Perceptions 5%
• Sustainable Design 5%
• Integrated Design 4%
• Building Services 4%
• Student Teams 4%
• Residential Buildings 4%
• Service Engineering 4%
• Team Work 4%
• Civil Engineering 4%
• Stakeholders 4%
• Job Market 4%
• Cost Estimates 3%
• Undergraduate Students 3%
• Multiple Criteria 3%
• Project Teams 3%
• Integrity 3%
• Energy 2%
• Simulation 2%
• Education 2%
• Communication 1%
• Integrated 1%
• China 1%
• Design Methodology 1%

Engineering & Materials Science

• Students 57%
• Construction industry 17%
• Education 14%
• Interoperability 10%
• Solar buildings 9%
• Energy efficiency 8%
• Environmental engineering 7%
• Scheduling 7%
• Ecodesign 6%
• Architectural design 6%
• Structural integrity 5%
• Civil engineering 5%
• Electric sparks 5%
• Information technology 4%
• Planning 3%
• Feedback 3%
• Communication 2%
• Costs 2%