To understand the fundamental principles of HVAC (Heating, Ventilation, and Air Conditioning) systems and their impact on energy consumption in commercial buildings. • To design an energy-efficient HVAC system that optimizes thermal comfort while minimizing environmental footprint. • To analyze various sustainable energy sources and integrate them into the HVAC system design, focusing on solar and geothermal technologies. • To conduct performance simulations and energy analysis using CAD and CFD software to evaluate system efficiency. • To explore cost-benefit analysis to ensure that the proposed system is economically viable for large-scale implementation. • To promote interdisciplinary knowledge by incorporating mechanical design, thermodynamics, and environmental engineering aspects in a practical application.
Conduct a comprehensive literature review on current HVAC technologies, focusing on energy efficiency and sustainability innovations. • Develop a conceptual design of an HVAC system suitable for a medium-sized commercial building, integrating renewable energy sources. • Use simulation tools such as AutoCAD, SolidWorks, and ANSYS Fluent to model and analyze airflow, heat transfer, and energy consumption within the proposed system. • Perform a comparative study between traditional HVAC systems and the newly designed sustainable system, highlighting energy savings and environmental benefits. • Prepare a detailed report that includes design methodology, simulation results, cost analysis, and potential challenges. • Present the project findings through a seminar, demonstrating both technical knowledge and communication skills essential for a mechanical engineering professional.
