Building Electrical Engineer - job 1 of 2

As a Building Electrical Engineer at CIMA+, your main responsibilities include participating in the electrical design of buildings, conducting field surveys, producing detailed plans and models using AutoCAD and Revit, ensuring compliance with codes and norms, and managing site visits while closely working with your engineering team on exciting projects.

To apply for the Building Electrical Engineer position at CIMA+, you should hold a Bachelor's degree in electrical engineering or a related field, be a member of the Ordre des ingénieurs du Québec (OIQ), have at least two years of relevant experience, and possess proficiency in Revit and AutoCAD software.

At CIMA+, a Building Electrical Engineer will work on a variety of projects in the commercial, industrial, institutional, and hospital sectors. This means you'll engage in diverse challenges, contributing significantly to designing functional and efficient electrical systems.

While knowledge of AGI32 lighting calculation software is considered an asset for the Building Electrical Engineer role at CIMA+, it is not mandatory. However, proficiency in software like Revit and AutoCAD is crucial for fulfilling the job responsibilities effectively.

Building Electrical Engineers at CIMA+ enjoy a robust benefits package including comprehensive health and dental care, flexible work schedules, an excellent retirement savings plan, professional development opportunities, and a generous vacation policy, among other perks.

When discussing your experience, focus on specific projects you've worked on, detailing your role, the technologies used—such as AutoCAD or Revit—and the challenges you overcame. Be prepared to share any key insights or results, emphasizing your contributions.

Demonstrate your understanding by discussing your methods for staying updated on local codes and regulations, showcasing examples when you've successfully implemented these in your projects. Emphasize the importance of compliance for safety and functionality.

Be ready to discuss tools like AutoCAD, Revit, and AGI32, explaining what role each plays in your work. Highlight your proficiency level, any certifications, and how you have utilized them in your design processes.

Explain your methodology for field surveys: preparation, execution, and ensuring accurate documentation. You can include aspects of teamwork and communication to illustrate how you collaborate with others during this process.

Narrate a specific challenging project, focusing on how you identified the problems, the steps you took to address them, and the outcome. Make sure to highlight skills in teamwork, troubleshooting, and project management.

Discuss your organizational skills, how you prioritize tasks, and any tools you use for project management. Provide examples of situations where you successfully met tight deadlines while maintaining quality.

Highlight your ability to collaborate across disciplines, emphasizing your communication skills. Share a specific project example, detailing your contributions and how teamwork led to a successful outcome.

Reiterate the importance of site visits for hands-on understanding and compliance checks. Provide an example of a site visit that impacted your project positively, illustrating how it helped in making informed engineering decisions.

Mention any continuous learning practices you engage in, such as attending workshops, obtaining certifications, or pursuing additional coursework. Demonstrating commitment to staying updated showcases your proactive approach to professional growth.

Outline your communication strategy, focusing on active listening, setting expectations, and keeping stakeholders informed throughout project progress. Highlight how effective communication contributes to successful project outcomes.