Design Engineer

Job Description Design Engineer: The Design Engineer will be responsible for performing Heat load Calculations based on Drawings and Site Conditions, adhering to ASHRAE/ISHRAE Standards, and promptly raising/suggesting concerns or changes with the Design team and Client. Coordination with various companies and agencies involved in a project is essential for its successful completion.   This role includes managing load calculations, equipment selection, and the implementation of different systems according to client requirements, as well as verifying tender documents and drawings in relation to HVAC technical aspects. The preparation of Shop Drawings, SLD, and Schematics in AutoCAD, along with Technical Submittals, in coordination with the Client, Architect, PMC, and Consultants for DX Systems, VRF Systems, Chillers, Ventilation systems, etc., is a key responsibility. This encompasses calculations for ESP, fan selections, chilled water/condenser water pipe sizing, head calculations, pump selections, AHU/FCU/Heat Exchanger/Cooling Tower selection, valve selection, ADP selection, electrical load calculations, SLD preparation, and electrical load summary preparation.   Obtaining approval for Shop Drawings and Technical Submittals in collaboration with the Client, Architect, PMC, and Consultants is also a critical task. The Design Engineer will be responsible for taking out quantities and preparing Bills of Quantities (BOQ) for all materials involved in the project based on shop drawings and site conditions. Preparing Bar Charts and Schedules aligned with the agreed project completion timeframe, in coordination with the Client, Architect, PMC, and Consultants, is another key duty.   Attending technical meetings with the Client, Architect, PMC, and Consultants, as well as obtaining initial pricing from Suppliers in line with project specifications, are part of the role. Continuously updating knowledge of the latest developments in the Construction and HVAC industry, including technology, equipment, components, automation, BMS, etc., is expected.   Analysing HVAC systems and equipment to identify inefficiencies or malfunctions and developing solutions to optimize performance and increase operational efficiency will be required. Effectively mobilizing available resources and striving for on-time project completion are important aspects. Finally, the role involves the transfer of the project to the Project Department upon completion of all design and planning activities.