Turbine Mechanical Calculation Engineer

ANDRITZ AG•Pointe Claire, LA

1d•Hybrid

About The Position

As the first equipment manufacturer in Canada and a world leader in the design of hydroelectric turbines and generators, ANDRITZ Canada has more than 185 years of know-how. In a context of energy transition, our hydroelectric innovation projects make sense. From design to construction, our innovative team of experts offers turnkey solutions. By joining ANDRITZ Canada, you are contributing to the development of sustainable technology, a clean future, and the maintenance of a proud Canadian's expertise. From water to wire – Be part of the movement!

Requirements

Professional Engineer registered with the Ordre des ingénieurs du Québec
Bachelor’s degree in Mechanical Engineering
More than 5 years of experience in stress calculation and finite element analysis
Interest for technical work, engineering solution research and continuous improvement
High ability in written and oral interpersonal communications and for team work
Bilingual (French, English)
Ability to work independently
Available for occasional displacement within Canada or worldwide
Legal work status in Canada required

Nice To Haves

Master degree in sciences, mechanical engineering
Knowledge about hydroelectric turbines and their components
Experience in mechanical design, 3D modelling (Siemens NX, Catia, Solidworks, etc.)
Site work experience
Studies or experience in advanced finite element analysis (dynamic, non-linear, etc.) and result validation
Experience in mechanical design and rehabilitation for welded components for heavy and/or rotating industry
Knowledge of programming languages: VBA, Python and/or Ansys Mechanical APDL

Responsibilities

Collaborate with hydraulic design engineers, designers and project teams in the development of turbine designs within technical specifications and cost optimization requirements over project cycles
Execute mechanical analysis (stress and strains) using analytical methods and engineering software
Use building codes, internal design standards et engineering knowledge for turbine component dimensioning and to determine analyses boundary conditions and loads
Elaborate technical specification and engineering instructions within internal design protocols and industry requirements
When necessary, use and develop techniques such as finite element analysis, analysis of vibrations, fatigue analysis, fracture mechanics, etc.
Under the supervision of a technical supervisor, prepare specialized technical reports and advise on the mechanical behaviour of various components
Participate in development and maintenance of design rules and tools
Provide technical support for manufacturing and installation of hydraulic turbines
Participate to problem solving, root cause analysis and design review
Define tools and approach to be used when developing practical and innovative solutions to technical problems