Lecture 1: Introduction to Refrigeration and Air Conditioning Systems

• Overview of the principles of air conditioning systems, their types, and their significance in building design.

Lecture 2: Fundamentals of Psychrometrics and HVAC Processes

• Introduction to air properties, psychrometric chart analysis, and fundamental HVAC processes.

Lecture 3: Heat Load Calculations (Part 1)

• Techniques for calculating heat loads based on climate and comfort zone.

Lecture 4: Heat Load Calculations (Part 2)

• Advanced heat load calculations, including indoor air quality and space partitioning.

Lecture 5: Types of Air Conditioning Systems (DX, Split, VRF)

• Comprehensive study of systems such as direct expansion, split units, and variable refrigerant flow systems.

Lecture 6: Chilled Water Systems (AHU, FCU)

• Understanding chilled water systems, including air handling units (AHU) and fan coil units (FCU).

Lecture 7: Sizing and Selection of FCU & AHU

• Practical application of sizing selection using FCU and AHU catalogs.

Lecture 8: Ventilation and Air Quality Systems

• Introduction to ventilation system design and the importance of maintaining optimal air quality.

Lecture 9: Types of Ventilation Fans

• Study of axial flow fans, mixed flow fans, and centrifugal fans and their applications in ventilation systems.

Lecture 10: Air Distribution Systems (Duct Systems)

• Design of duct systems, types, materials, calculations, and application of SMACNA standards.

Lecture 11: Water Distribution Systems (Chilled Water Systems)

• Sizing and selection of chillers, pumps, and piping for chilled water systems.

Lecture 12: HVAC Design Considerations

• Overview of system integration, engineering responsibilities, electrical considerations, and control systems.

Lecture 13: Practical Project Using AutoCAD

• Practical application project to implement HVAC design concepts using AutoCAD software.