Ie Wen Kwee
About Ie Wen Kwee
Ie Wen Kwee is a Building Services Engineer at Arup in Perth, Australia, with expertise in dynamic energy modelling and extensive experience in BIM and mechanical services design.
Current Position at Arup
Ie Wen Kwee currently works as a Building Services Engineer at Arup. Based in Perth, Australia, Ie joined the company in 2013. At Arup, he is involved in various aspects of building services engineering, focusing on delivering efficient and effective mechanical systems. His role encompasses extensive use of Building Information Modeling (BIM) tools, particularly Revit, for design integration and project outputs.
Education and Academic Background
Ie Wen Kwee completed his undergraduate education at The University of Western Australia, earning a Bachelor of Engineering (Honors) in Mechanical Engineering and a Bachelor of Arts (BA) from 2008 to 2013. Additionally, he studied French Studies on an exchange program at Sciences Po from 2010 to 2011. He further enhanced his language skills at Alliance Française Paris from 2010 to 2011.
Technical Expertise in Dynamic Energy Modelling
Ie Wen Kwee has developed expertise in dynamic energy modelling, utilizing the Virtual Environment simulation software IES VE. His skills in this area enable him to create comprehensive energy models that improve building performance and efficiency. This technical expertise is integral to his role in designing mechanical services and optimizing energy use within various building types.
Experience in BIM and Revit
Ie Wen Kwee works extensively within the BIM environment, with a strong proficiency in using Revit for integrating design processes with project outputs. His work in BIM allows for precise 3D coordination and detailing of systems, ensuring that designs are accurately translated into physical structures. This capability is crucial for his involvement in projects ranging from residential and commercial to educational and scientific facilities.
Mechanical Services Design Experience
Ie Wen Kwee has significant experience designing mechanical services across various sectors. His work includes projects in residential, commercial, education, and science sectors. He aims to produce efficient systems that enhance occupant comfort and building performance. His approach ensures that mechanical systems not only meet but also exceed the required standards for performance and sustainability.