SNC-Lavalin GEM Ontario Inc. is a member of SNC-Lavalin group of Companies, a major driver of the engineering industry in Canada, and one of the largest engineering and construction groups in the world.
SNC-Lavalin GEM Ontario Inc. specializes in materials engineering (soil, concrete, shotcrete and asphalt), geotechnical and geo-
environmental engineering as well as pavement engineering. We currently employ 90 professionals, technicians and support staff combined between our Vaughan (GTA) and Kingston locations.
We are currently providing engineering services for several major municipal, provincial and transit projects in GTA including Eglinton Crosstown Light Rail Transit, and seeking Senior Field Technicians and Senior Technologists to join the team in the Vaughan office on fulltime permanent roles.
This role would be to support the Eglinton Crosstown LRT, which is a 19km light rail transit (LRT) line being constructed from Kennedy Station to Weston Road in Toronto, Canada.
The Senior Field Technician will be responsible for supporting all aspects of quality control / quality assurance testing process in the field at various infrastructure project locations.
Under the supervision of project managers, supervisors or scheduling coordinators, the Senior Field Technician’s main responsibilities are (but not limited to) :
Appropriate accommodations will be provided upon request throughout the recruitment and hiring process as required by Company policy and the Accessibility for Ontarians with Disabilities Act (AODA).
Successful applicants will be notified about SNC-Lavalin’s accommodation policies at the time the employment offer is extended, and the information will be shared with new personnel during the onboarding process.
At SNC-Lavalin, we seek to hire individuals with diverse characteristics, backgrounds and perspectives. We strongly believe that world-
class talent makes no distinctions based on gender, ethnic or national origin, sexual identity and orientation, age, religion or disability, but enriches itself through these differences.