1. Designing HVAC Systems: This involves determining heating and cooling loads, selecting appropriate equipment such as boilers, furnaces, chillers, air handling units, and fans, and designing the layout of ductwork and chilled water piping systems / Refrigerant piping system.
2. Energy Efficiency Optimization: Optimize energy efficiency in buildings by selecting energy-productive equipment and designing systems that minimize energy consumption while maintaining comfort levels.
3. Review Shop drawing in conjunction with the Architectural, Structural and Electrical/PHE/Fire fighting drawings to ensure engineering coordination
4. Calculating Heat Loads: Calculate the heating and cooling loads for buildings based on factors such as building size, occupancy, orientation, insulation, and climate conditions.
5. System Sizing and Equipment Selection: Based on load calculations and other parameters,



Selecting appropriately sized equipment and components to ensure optimal performance and efficiency.
6. Ductwork and Piping Design: Design the layout of ductwork and piping systems to distribute heated or cooled air throughout the building efficiently and in accordance with applicable codes and standards.
7. Technical Documentation: Prepare technical drawings, specifications, and other documentation required for the installation and operation of HVAC systems.
8. Compliance with Codes and Standards: Ensure that HVAC systems comply with relevant building codes like ASHRAE, ISHRAE, NBC, SMACNA etc and other environmental regulations/ industry standards.
9. Troubleshooting and Problem Solving: Troubleshoot issues related to HVAC systems and develop solutions to address performance problems or inefficiencies.

📌 Manager - HVAC (Mumbai)
🏢 Adler Talent Solutions
📍 Mumbai