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Senior Structural Engineer
Job Location: Toronto, ON, Canada
Excellence Leaves a Lasting Impression
Bring Your Vision to shape a better world.
At Arup, our innovative spirit and determination enables us to express our ingenuity in unique ways developing many of the world’s most innovative and sustainable buildings, transport and civil engineering projects. Arup is a global engineering and consulting firm of over 10,000 creative minds.
Our integrated approach to engineering and design brings together the best professionals to meet our clients’ needs.
Our Toronto office is seeking a Senior Structural Engineer to support our infrastructure and buildings projects.
The hired candidate will join a multidisciplinary team of engineers.
Job responsibilities include but are not limited to the following:
•Infrastructure design which includes transportation, bridge, and tunnel structures.
•Building structures design.
•Prepare structural drawings.
•Structural calculations, analyses and modeling using structural software.
•Report writing.
•Coordinate work with engineers of other disciplines.
•Project and team coordination duties.
•Attend meetings and communicate with clients to establish their needs and discuss design issues with them.
Requirements:
•Bachelors/Masters Degree in Civil/Structural Engineering with a sound knowledge of structural engineering fundamentals
•6 to 10 years of experience.
•Experience in the design of buildings and infrastructure structures
•PEng/PE/SE license desirable
Qualities:
•Good communication skills essential for team-based working
•Excellent planning and organization skills required for our fast-paced environment
•Must be highly motivated, proactive and willing to take on new challenges
•Project coordination and management experience is a plus
•High level of proficiency in Structural analyses and modeling is a definite plus
Arup is proud to be an equal opportunity employer.
Job ID: 747613
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About Structural Jobs
Structural engineers approach building and infrastructure projects to create designs that epitomize structural efficiency and cost-effectiveness. They are regularly faced with notable geometric and multidisciplinary complexity, and utilize their creativity to create competitive design processes that maximize architectural potential and end-user service delivery.