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HVAC Engineering
Introduction
The HVAC Engineering course is a specialized training program designed for mechanical and building services engineering graduates seeking a focused career in the heating, ventilation, and air conditioning domain. This industry-oriented curriculum covers the design, analysis, and installation of HVAC systems used in residential, commercial, and industrial buildings. The program combines core engineering principles with hands-on training in industry-standard software and international codes to prepare students for real-world projects and consulting roles in the MEP sector.
Modules and Content
Module 1: Fundamentals of HVAC Systems
- Principles of thermodynamics and psychrometry
- Classification of HVAC systems
- Indoor comfort conditions and air quality
Module 2: Load Calculations and Heat Gain Analysis
- Cooling and heating load estimation methods
- Solar gain, equipment gain, and occupancy effects
- Manual and software-based calculation approaches
MODULE 3: HVAC Equipment and Components
- Air handling units, chillers, cooling towers
- Fans, blowers, compressors, and condensers
- Filtration and ventilation systems
MODULE 4: Duct Design and Air Distribution
- sizing techniques (equal friction, velocity method)
- Airflow balancing and distribution principles
- Selection of air terminals and diffusers
MODULE 5: Piping Systems and Hydronic Design
- Chilled water piping design
- Pipe sizing, insulation, and pump selection
- Expansion tanks and hydronic accessories
MODULE 6: Ventilation and Exhaust Systems
- Fresh air and exhaust requirements
- Smoke control and pressurization techniques
- IAQ guidelines and statutory norms
MODULE 7: Control Systems and Energy Efficiency
- Thermostats, BMS integration, and zoning
- Variable Air Volume (VAV) and VRV systems
- Energy conservation measures and green HVAC practices
MODULE 8: HVAC Design Software Tools
- Cooling load analysis using HAP or Carrier E20-II
- Duct and pipe routing in AutoCAD or Revit MEP
- Introduction to simulation and CFD tools
MODULE 9: Codes, Standards, and Safety
- ASHRAE, ISHRAE, NBC, and ECBC guidelines
- Fire and smoke safety in HVAC design
- Design clearances and compliance documentation
MODULE 10: Installation, Commissioning and Maintenance
- HVAC system installation sequence and best practices
- Commissioning procedures and system testing
- Preventive maintenance planning and documentation
MODULE 11: Project Estimation and BOQ Preparation
- Quantity take-off for HVAC systems
- Budgeting and cost estimation techniques
- Tendering process and vendor evaluat
MODULE 12: Capstone Project – Complete HVAC Building Design
- End-to-end design of a commercial or residential project
- Software-generated reports, drawings, and BOQ
- Design justification and final presentation
Scope & Advantages
Pipe stress analysis is an essential discipline in industries such as oil & gas, petrochemicals, power plants, refineries, and chemical processing. Proper stress evaluation prevents failures, ensures safety, and complies with regulatory codes. This course offers engineers a robust foundation in understanding load behaviors, analyzing critical pipelines, and delivering codecompliant, reliable piping designs. With direct exposure to CAESAR II and real-life project challenges, the course opens opportunities in EPC firms, design consultancies, and industrial plant engineering roles that demand high levels of accuracy, accountability, and expertise
Reference
- “Piping Handbook” by Mohinder L. Nayyar ,
- “Process Piping: The Complete Guide to ASME B31.3” by Charles Becht IV,
- “Pipe Stress Engineering” by Liang-Chuan Peng and Tsen-Loong Peng
- “Piping Design Handbook” by John J. McKetta Jr.
- “The Planning Guide to Piping Design” by Richard Beale and David R. Sherwood