Civil Engineering Co-op — Heavy Civil Site Work

Aecon; Campbell River; Sur place; CAD 32 000 - 34 000; Plein temps

Résumé du poste

Aecon is seeking an Engineering Co-op Student to join the Ladore Spillway Seismic Upgrade Project in Campbell River, BC. This site-based role offers hands-on experience on a critical hydroelectric facility, working with engineers, superintendents, and project teams on concrete, earthworks, and scheduling.

You will gain exposure to field operations, quantity tracking, cost control, and documentation while developing engineering and construction skills for future career growth.

Qualifications

• Currently enrolled in a Civil Engineering, CET, Construction Management, or related program at a post-secondary institution.
• Experience in the construction industry is a strong asset.
• Ability to adapt to flexible day and night shifts; valid driver's license preferred.
• Pass pre-employment drug and alcohol test.
• Overtime eligibility on all positions.

Responsabilités

• Conduct site audits and produce reports to project staff.
• Assist field engineers and superintendents with daily tasks.
• Perform quantity tracking and cost-related data analyses.
• Aid in preparation of drawings, estimates, and material lists.
• Liaise with clients, contractors, and Aecon departments.
• Maintain project files and correspondence.
• Work independently in a fast-paced construction environment.

Connaissances

Interpersonal communication

Time management

Organizational skills

Strong work ethic

Formation

Civil Engineering program

Outils

Microsoft Office (Excel & Word)

AutoCAD

Bluebeam

Description du poste

Aecon is seeking an Engineering Co-op Student to join the Ladore Spillway Seismic Upgrade Project in Campbell River, BC. This site-based role offers hands-on experience on a critical hydroelectric facility, working with engineers, superintendents, and project teams on concrete, earthworks, and scheduling.

You will gain exposure to field operations, quantity tracking, cost control, and documentation while developing engineering and construction skills for future career growth.