Amelia Cooper
About Amelia Cooper
Amelia Cooper is an engineer specializing in ports and terminals, currently working at Hatch in Vancouver, Canada. She has a background in civil engineering and art history, with experience in marine terminal facilities and civil construction projects.
Work at Hatch
Amelia Cooper has been employed at Hatch as an Engineer in the Ports & Terminals division since 2015. In her role, she focuses on providing engineering solutions for marine terminal facilities. Her responsibilities include construction inspection and support services, ensuring the integrity and functionality of marine structures. With nearly a decade of experience at Hatch, she has contributed to various projects involving bulk material, LPG, break-bulk, and container terminals.
Education and Expertise
Amelia Cooper holds two Bachelor's Degrees from Queen's University. She studied Civil Engineering from 2010 to 2014, gaining foundational knowledge in engineering principles and practices. Additionally, she pursued a degree in Art History from 2010 to 2015, which provided her with a broader perspective on design and aesthetics. Her expertise includes modelling wave behaviour for marine structures and investigating and rehabilitating existing marine structures.
Background
Amelia Cooper began her career at Struct-Con Construction Ltd. in Toronto, where she worked as a Site Supervisor and Assistant Site Supervisor from 2011 to 2012. This role provided her with practical experience in construction management. In 2014, she served as a Research Assistant at Queen's University for five months, further enhancing her research skills and understanding of engineering concepts.
Professional Experience
Amelia Cooper has a diverse range of professional experience in the construction and engineering sectors. She has been involved in civil paving projects and non-residential building construction, contributing to various aspects of project development. Her work encompasses the investigation and rehabilitation of existing marine structures, demonstrating her capability in addressing complex engineering challenges.