CEP Design Engineer - Penstock & Gates

2d2 days ago

ANDRITZ

Québec, CA · Full-time · C$70,000 – C$80,000

About this role

ANDRITZ Canada and its Early Career Advancement Program – Hydro (CAP-Hydro) are strong allies to help launch your career in hydroelectricity. As a number one equipment manufacturer in Canada and a global leader in the design of hydroelectric turbine generator units, ANDRITZ brings more than 185 years of experience in training top tier engineering talent.

In the context of a global energy transition, your hydroelectric innovation projects are more relevant than ever. From design to construction, a team of experienced engineers will support you in acquiring a unique expertise in penstock and gates systems.

By joining the ANDRITZ Canada Early Career Advancement Program, you will contribute to the development of sustainable technology and help maintain proudly Canada based expertise. You will participate in large-scale projects in an important role for the company while rotating through design, site installation and integration projects.

Exchanges with both young and experienced professionals will help you learn the fundamentals of hydroelectric engineering. A human-sized local team and connections to collaborators located in eight countries provide a captivating work environment focused on learning, skills development, and well being.

Requirements

Bachelor's degree in mechanical engineering, or bachelor's and master's degree in that field
1 to 5 years of experience in engineering
Keen interest in innovation and large-scale projects
Interest in hydroelectricity and its contribution to the energy challenge

Responsibilities

Contribute to the design of penstock and gates systems for hydroelectric projects
Support integration of equipment from design through site installation phases
Apply mechanical engineering principles to large-scale hydroelectric infrastructure
Collaborate with experienced engineers on sustainable energy technology development
Participate in three rotations covering design, site installation, and integration projects
Engage with international teams across eight countries on hydroelectric engineering initiatives