The Mall Project focuses on the comprehensive design of a high-efficiency mechanical room, integrating a chiller and boiler system with a three-loop configuration. The scope includes precise cooling and heating load calculations, 3D modeling of the mechanical room, and the development of a robust BMS and control strategy. Additionally, the project emphasizes piping design based on a full BIM workflow to ensure seamless coordination and system efficiency. 

The Office Project for ventilation system design includes creating piping diagrams, designing 2D and 3D plans, detailing chiller installation, preparing 3D piping diagrams, generating a Bill of Materials (BOM), and supervising the project execution.

The Residential Project involves designing a mechanical room, including developing the layout, creating piping diagrams, drawing 3D piping models, utilizing BIM, designing 2D and 3D plans, and preparing as-built drawings. 

The Mall Project involves designing a ventilation system, including fresh air ductwork, the mechanical room, piping and ductwork layouts, cooling and heating load calculations, 3D mechanical room modeling, and project supervision. 

The Office Project focuses on designing a ventilation system with a chiller and fan coil setup. Tasks include remodeling the project, designing the full mechanical room, creating piping diagrams, calculating cooling and heating loads, drawing the 3D mechanical room, and supervising the execution. 

The Day Clinic Project involves designing a ventilation system, including the mechanical room layout, installation of chillers, boilers, AHUs, and fan coils, piping and ductwork design, cooling and heating load calculations, 3D mechanical room modeling, and supervision of the project execution. 

The Hotel Project focuses on designing a comprehensive ventilation system, including the mechanical room layout, integration of chillers, boilers, AHUs, and fan coils, HVAC control system design, piping and ductwork layouts, cooling and heating load calculations, and 3D mechanical room modeling. 

The Day Clinic Project involves designing a ventilation system, including the mechanical room layout, integration of chillers, boilers, AHUs, and fan coils, piping and ductwork design, cooling and heating load calculations, fresh air ductwork design, 3D mechanical room modeling, and supervision of the project execution. 

The Day Clinic Project involves remodeling the HVAC system, including designing the mechanical room, creating piping and ductwork layouts, calculating cooling and heating loads, designing primary and secondary piping systems, and drawing a 3D model of the mechanical room. 

The Mall Project involves designing a ventilation system, which includes designing the mechanical room, integrating chillers, boilers, AHUs, and fan coils, creating piping and ductwork designs, calculating cooling and heating loads, designing fresh air ductwork, and drawing 3D models of the mechanical room. 

The Industrial Project involves designing a ventilation system, including ductwork layout, creating 2D and 3D plans, detailing HEPA AHU installation, drawing 3D ductwork models, preparing a Bill of Materials (BOM), and supervising the project execution. 

The Mall Project involves designing a ventilation system, which includes designing the mechanical room, integrating chillers, boilers, AHUs, and fan coils, designing piping and ductwork, calculating cooling and heating loads, designing ductwork for fresh air, creating a 3D model of the mechanical room, and providing supervision throughout the project. 

In an industrial ventilation system design project, tasks included developing piping diagrams and 2D/3D plans using AutoCAD and Plant 3D, detailing chiller installation, creating 3D piping diagrams, preparing a BOM, and analyzing system performance with Carrier software, alongside on-site supervision to ensure implementation accuracy. 

The Day Clinic Project focuses on ventilation system design, including designing the mechanical room, integrating chillers, boilers, and AHUs, creating a primary and secondary piping system to reduce energy consumption, calculating cooling and heating loads, detailing mechanical room equipment, and supervising the project execution. 

The Residential Project involves designing a ventilation system, including calculating and analyzing cooling and heating loads, drawing a 3D model of the mechanical room, and improving efficiency through project simulation. 

The Mall Project focuses on ventilation system design, including the mechanical room layout, integration of chillers, boilers, AHUs, and fan coils, piping and ductwork design, cooling and heating load calculations, fresh air ductwork design, and 3D mechanical room modeling.