Relationship between environmental indoor conditions of a classroom and the performance of undergraduate students

Keyphrases

• Undergraduate Students 100%
• Environmental Conditions 100%
• Indoor Conditions 100%
• Air Conditioning 80%
• Student Performance 60%
• Uchida-Kraepelin Test 40%
• Occupant Health 40%
• Indoor Air Quality 40%
• Design Methodology 20%
• Brazil 20%
• Daily Life 20%
• Health Problems 20%
• Humidity 20%
• Environmental Attributes 20%
• Tiredness 20%
• Experimental Methodology 20%
• Open Door 20%
• Educational Activities 20%
• Student Concentration 20%
• Educational Buildings 20%
• Thermal Discomfort 20%
• Student Self-assessment 20%
• Classroom Affect 20%
• Natural Ventilation 20%
• Carbon Dioxide Levels 20%
• Environmental Building 20%
• On-site Measurement 20%
• General School 20%
• Extreme Thermal Environment 20%
• Irritation 20%
• Student Evaluation 20%
• Building Indoors 20%
• Building Age 20%
• Open Window 20%
• Construction Conditions 20%
• Indoor Environmental 20%

Engineering

• Air Conditioning 100%
• Daily Life 33%
• Brazil 33%
• Stress Level 33%
• Natural Ventilation 33%
• Student Assessment 33%
• Air Conditioning System 33%
• Statistically Significant Difference 33%
• Thermal Environment 33%

Computer Science

• Undergraduate Student 100%
• Direct Relationship 33%
• Social Implication 33%
• Practical Implication 33%
• Test Questionnaire 33%
• Student Assessment 33%