Project-based pedagogy in interdisciplinary building design adopting BIM

Keyphrases

• Building Information Modeling 100%
• Project-based Pedagogy 100%
• Building Design 100%
• Architectural Engineering 45%
• Architectural Construction 45%
• Engineering Students 16%
• Pedagogical Practices 16%
• Construction Students 16%
• Construction Industry 12%
• Future Buildings 12%
• Design Work 12%
• Engineering Industry 12%
• Architecture Industry 12%
• Information Exchange 8%
• Information Sharing 8%
• Energy Efficiency 8%
• Industry Practice 8%
• Professional Stakeholders 8%
• Professional Advice 8%
• Interdisciplinary Collaboration 8%
• Student Work 8%
• Design Plan 8%
• Solar Decathlon 8%
• Project Stakeholders 8%
• University Education 8%
• Pedagogical Work 8%
• Education Engineering 8%
• Constructability 8%
• Model-based Design 8%
• Information Technology 4%
• Ningbo China 4%
• Civil Engineering 4%
• University of Nottingham 4%
• Design Methodology 4%
• Building Energy Simulation 4%
• Multi-criteria 4%
• Teamwork 4%
• Design Decisions 4%
• Undergraduate Students 4%
• Architectural Design 4%
• Detailed Design 4%
• Sustainable Design 4%
• Pedagogy 4%
• Environmental Engineering 4%
• Multidisciplinary Design 4%
• Autodesk Revit 4%
• Construction Field 4%
• Reflective Thinking 4%
• Energy Budget 4%
• Comprehensive Design 4%
• Student Group Work 4%
• Cost Estimation 4%
• Energy Construction 4%
• Project Process 4%
• Architectural Aesthetics 4%
• Project Design 4%
• Work Planning 4%
• Academic Activities 4%
• Modeling Capability 4%
• Job Market 4%
• Digital Tools 4%
• Pedagogical Experience 4%
• Structural Integrity 4%
• Construction Plan 4%
• Residential House 4%
• Construction Planning 4%
• Family Type 4%
• Group Reports 4%
• Future Employment 4%
• Student Resistance 4%
• Team Projects 4%
• Model Library 4%
• Building Services Engineering 4%
• Construction Activities 4%
• Residential Architecture 4%
• Solar Power 4%
• Interdisciplinary Pedagogy 4%
• Student Reflection 4%
• Building Projects 4%
• Group Projects 4%
• Construction Cost 4%
• Integrated Project 4%
• Industrial Practice 4%
• Collaboration Tools 4%
• Student Perspectives 4%
• Modeling Courses 4%
• Modeling Education 4%
• Model Research 4%
• Prefabricated Building 4%
• Digital Collaboration 4%
• Project-based 4%
• Student Perceptions 4%
• Engineering Fields 4%
• Modeling Effect 4%
• Construction Technique 4%
• Architecture Students 4%
• Project Objectives 4%
• Industry Professionals 4%
• Project-based Assessment 4%
• Integrated Design 4%
• Student Teams 4%
• Design Construction 4%
• Construction Scheduling 4%

Social Sciences

• Case Study 100%
• Pedagogical Practice 100%
• Construction Industry 75%
• Information Exchange 50%
• Higher Education 50%
• China 25%
• Information Technology 25%
• Professional Occupations 25%
• Group Work 25%
• Construction Planning 25%
• Project Group 25%
• Building Service 25%
• Research Priorities 25%
• Residential Building 25%
• Work Planning 25%

Engineering

• Building Design 100%
• Building Information Modeling 100%
• Architectural Engineering 45%
• Limitations 8%
• Energy Conservation 8%
• Energy Efficiency 8%
• Constructability 8%
• Design Project 4%
• Information Technology 4%
• Design Stage 4%
• Engineering 4%
• Residential Building 4%
• Energy Simulation 4%
• Ecodesign 4%
• Design Option 4%
• Simulation Tool 4%
• Civil Engineering 4%
• Building Engineering Service 4%
• Prefabrication 4%
• Construction Field 4%
• Multiple Criterion 4%
• Architectural Design 4%
• Research Need 4%
• Construction Activity 4%
• Construction Technique 4%
• Cost Estimate 4%
• Construction Planning 4%
• Project Team 4%
• Structural Integrity 4%
• Design Plan 4%
• Group Report 4%