Radu Petroianu C.E.T.
About Radu Petroianu C.E.T.
Radu Petroianu C.E.T. is a Senior Mechanical Designer at H.H. Angus & Associates Ltd. with extensive experience in mechanical design and project management.
Company
Radu Petroianu C.E.T. is currently employed at H.H. Angus & Associates Ltd. as a Senior Mechanical Designer. He has a significant history with the company, including a previous tenure as a Mechanical Designer II from 2007 to 2012. H.H. Angus & Associates Ltd. is an established engineering firm known for its extensive work in mechanical and electrical system design.
Title
Radu Petroianu serves as a Senior Mechanical Designer. His expertise in mechanical design allows him to lead and manage sophisticated engineering projects focussed on heating, cooling, and chiller plant systems.
Education and Expertise
Radu Petroianu completed his education at Centennial College, achieving a degree in Mechanical Engineering Design. His educational background spans from 2003 to 2006, providing him with a strong foundation in mechanical engineering principles and design methodologies.
Professional Background
Radu Petroianu has a diverse professional background in mechanical design and engineering. He worked at Efficiency Engineering as a Design Engineer in 2014, at Trade Mark Industrial as a BIM Coordinator/Mechanical Designer from 2013 to 2014, and at JMR Electric as a Project Design Manager from 2012 to 2013. His early career includes roles at Cimco Refrigeration as a Pressure Vessel Design Intern in 2006 and at Region of Peel as a Construction Inspector Assistant in 2005.
Key Projects and Responsibilities
Radu Petroianu has led and managed several key projects. He led the design of the main heating and cooling plant at the Penticton Regional Hospital and managed the mechanical compliance package for a major addition to the Royal Columbian Hospital. He also served as Project Manager and Prime Consultant for the chiller plant at Enwave's Pearl St. Plant. Additionally, he developed the preliminary design for the integration of Algonquin College's campus heating and cooling networks and designed a co-generation system featuring a Toromont 2MW engine and a 350-ton absorption chiller.