A problem solving approach for teaching engineering laboratories

Keyphrases

• Engineering Laboratory 100%
• First-year Experience 100%
• Teaching Engineering 100%
• Mechanical Vibration 100%
• Problem-solving Method 100%
• Number of Students 50%
• Learning Process 50%
• Strain Gauge 50%
• Deformable Solids 50%
• Successful Completion 50%
• Engineering Department 50%
• Lecture Notes 50%
• Reinforced Materials 50%
• Laboratory Course 50%
• Impact Hammer 50%
• Classroom Lectures 50%
• Technical Writing Skills 50%
• Course Website 50%
• Industrial Engineering 50%
• Structural Testing 50%
• Problem-based Learning 50%
• Solid Mechanics 50%
• Fatigue Life Estimation 50%
• Stress Analysis 50%
• Lab Sessions 50%
• Mechanical Design 50%
• Data Analysis Skills 50%
• Laboratory Sessions 50%
• Programme Objectives 50%
• Laboratory Procedures 50%
• Standard Instrumentation 50%
• Toledo 50%
• Prerequisite Courses 50%
• Loading Frame 50%
• Spectrum Analyzer 50%
• Mechanical Engineering 50%
• Deflection Analysis 50%
• Manufacturing Engineering 50%
• Mechanical Manufacturing 50%

Engineering

• Engineering 100%
• Mechanical Vibration 100%
• Seniors 50%
• Solid Mechanics 50%
• Spectrum Analyzer 50%
• Acquired Data 50%
• Collected Data 50%
• Reinforced Material 50%
• Limited Number 50%
• Structural Dynamics 50%
• Manufacturing Engineering 50%
• Fatigue Life 50%
• Strain Gage 50%
• Technical Writing 50%
• Mechanical Design 50%
• Mechanical Engineering 50%
• Analyze Fatigue 50%

Earth and Planetary Sciences

• Laboratory Experiment 100%
• Data Transmission 66%
• Mechanical Vibration 66%
• Dynamic Structural Analysis 33%
• Solid Mechanics 33%
• Strain Gage 33%
• Fatigue Life 33%
• Technical Writing 33%