College of Engineering

In the first semester the course aims to provide the students with the fundamental understanding of passive solar design principles and to demonstrate their applications in the analyzing and designing climate responsive buildings. The course will provide the students in architectural engineering with the passive solar design concepts and materials, bioclimatic design, thermal comfort, green building concepts and sustainability in building design.

In the second semester the course gives the students the basics of environmental system regarding lighting and acoustics. In the first part student will be introduced to the fundamentals of sound, noise, sound absorption and sound insulation, in the second student will be introduced to the fundamental of light design in buildings and its effects on space design and the materials selection.

In the first semester the course aims to provide the students with the fundamental understanding of passive solar design principles and to demonstrate their applications in the analyzing and designing climate responsive buildings. The course will provide the students in architectural engineering with the passive solar design concepts and materials, bioclimatic design, thermal comfort, green building concepts and sustainability in building design.

In the second semester the course gives the students the basics of environmental system regarding lighting and acoustics. In the first part student will be introduced to the fundamentals of sound, noise, sound absorption and sound insulation, in the second student will be introduced to the fundamental of light design in buildings and its effects on space design and the materials selection.

ئەرکەکانی قوتابی

به‌رپرسیارێتی قوتابی سه‌باره‌ت به‌ کۆرسه‌که‌ :

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ڕێگه‌ی وانه‌‌ ووتنه‌وه‌

مامۆستا ڕێگه‌ی وانه‌‌ ووتنه‌وه‌ ئەم ئامرازە بکار دهێنت ‌:‌

سیستەمی هه‌ڵسه‌نگاندن

جۆری هه‌ڵسه‌نگاندن (تاقیکردنه‌وه‌کان یان ئه‌زموونه‌کان) چه‌ند نمره‌ی له‌سه‌ره و چۆن نمره‌کان دابه‌شد‌کرا:

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G.Z. Brown and mark dekay ," SUN WIND& LIGHT", willy, USA 2003 .

2005. ASHRAE Standard 55—thermal environmental conditions for human occupancy, Atlanta: ASHRAE Inc.

W. cavanaugh et al. architectural acoustics" principles and practice" willy, USA, 1999.

Vector olgyay ," Design with climate" Princeton University Press, 1963.

د حماد , الهندسة الصوتية في العمارة , الجامعة الاردنية , 1996 .

• Introduction climatic design, 
• Sustainable and green buildings
• Climatic environment
• Climatic classification  zones and climate responsive architecture
• Thermal comfort zone 
• Thermal comfort, and
• Heat transmittance and solar gain calculation(conduction)
• Heat transmittance and solar gain (convection)
• Heat transmittance and solar gain(radiation)
• Principle of insulation + protection building against humidity (1)
• Principle of insulation + protection building against humidity(2)
• Passive solar energy :
• typical ventilation and design concept
• Passive solar energy :
• Shading  design concept
• Principles of Sustainable Design
• Methods for Achieving Sustainable Design
• Green building guidelines
• Fundamental of sound  ( Nature of sound)
• Fundamental of sound the ear the perception of sound
• Introduction  to ancient building  acoustics 
• Acoustics of building  (impact sound insulation)
• Acoustics of building (method of improving air sound insulation of building elements
• Building materials and sound
• Sound in enclosed spaces
• Sound in enclosed spaces
• Sound (transmission in building)  reinforcement system
• Sound reinforcement system
• Building noise control- sound insulation
• Building noise control- sound insulation
• Auditorium and other buildings design
• Auditorium and other buildings design
• Acoustics electrical equipment's