Massoud Daliry
About Massoud Daliry
Massoud Daliry is a Senior Structural Engineer with extensive experience in structural performance assessment and design for heavy civil projects. He has worked in various roles across Iran and Canada, contributing to significant infrastructure projects and dam safety assessments.
Work at Hatch
Massoud Daliry has been employed at Hatch as a Senior Structural Engineer since 2018. In this role, he focuses on structural engineering projects in the Niagara Falls, Canada area. His responsibilities include the design and assessment of various structural components, contributing to the overall integrity and safety of engineering projects.
Previous Experience in Structural Engineering
Before joining Hatch, Massoud Daliry worked at Options Development Inc. as a Structural Project Engineer for one year in the Toronto area. Prior to that, he spent a significant portion of his career at Toossab Consulting Engineers Company in Iran, where he held multiple roles including Senior Structural Engineer and Project Manager from 2005 to 2015, and Structural Engineer from 1998 to 2005.
Education and Expertise
Massoud Daliry earned his degree from Ferdowsi University of Mashhad, where he studied from 1994 to 1998. His educational background laid the foundation for his expertise in structural engineering, particularly in the assessment and design of heavy civil projects and infrastructure.
Project Involvement and Contributions
Daliry has developed structural performance assessments and designs for the rehabilitation of heavy civil projects across Canada, Mexico, and the United States. He has been involved in more than two Design-Build (DB) projects in British Columbia, Canada, and New York, USA. Additionally, he completed concrete Dam Safety Assessments for over four concrete dams and hydro facilities in Canada and Colombia.
Specialization in Structural Assessments
Massoud Daliry specializes in the design and fatigue assessment of heavy foundations for wind turbines and tall free-standing tanks. His work emphasizes the importance of structural integrity and safety in the engineering of large-scale infrastructure.