Building Electrical Engineer - job 1 of 2

As a Building Electrical Engineer at CIMA+, your main responsibilities include designing electrical systems such as distribution, lighting calculations, and fire alarms. You'll perform field surveys, ensure compliance with building codes, and produce precise plans using software like AutoCAD and Revit. Additionally, you'll conduct site visits and supervise project work stages, making it a fulfilling role in a collaborative environment.

To qualify for the Building Electrical Engineer position at CIMA+, you need a Bachelor's degree in electrical engineering and must be a member of the Ordre des ingénieurs du Québec (OIQ). You should also have a minimum of five years of relevant experience, be proficient in Revit and AutoCAD software, and preferably have knowledge of AGI32 for lighting calculations and hold an ASP Construction card.

A Building Electrical Engineer at CIMA+ should be proficient in AutoCAD and Revit software for creating detailed plans and models. Knowledge of AGI32 lighting calculation software is also considered an asset. These skills help ensure that the designs meet both aesthetic and regulatory standards while allowing for efficient workflows.

CIMA+ offers a comprehensive benefits package for Building Electrical Engineers, including health and dental benefits from day one, a flexible work schedule, a retirement savings plan with employer contributions, and generous vacation allowances. Additionally, employees can access wellness services and tailor their health benefits to fit their family's needs.

CIMA+ is committed to supporting work-life balance for its Building Electrical Engineers by offering flexible work schedules, a hybrid work mode, and policies that promote a healthy work-life integration. With a 37.5 hour work week and options for banking or receiving pay for overtime, you can manage your professional and personal commitments effectively.

When answering this question, highlight specific projects or roles where you've participated in electrical design. Discuss the software you used, key challenges you faced, and how you ensured compliance with relevant building codes. This showcases both your technical prowess and problem-solving skills.

To ensure compliance with building electrical codes, I start by thoroughly reviewing applicable codes and regulations. I check all designs against these standards, maintain open communication with local authorities, and stay updated with any changes to the codes. This attention to detail is critical in preventing potential project delays.

Discuss your level of proficiency with AutoCAD and Revit, providing examples of projects where you used these tools effectively. Mention any training or certifications that enhance your skills and emphasize your ability to leverage these programs for efficient and accurate design work.

I start my field surveys by preparing an outline of the key areas to assess. I take detailed notes and photographs, and I ensure to communicate with other project stakeholders to clarify any observations. This systematic approach helps in accurate data collection and enables streamlined project workflows.

Select a specific project and describe the challenge you faced, whether it was technical or project management-related. Explain the steps you took to resolve the issue, what you learned from the experience, and the successful outcome. This shows your resilience and problem-solving capabilities.

Teamwork is crucial in engineering projects because it brings together diverse skills and perspectives. I believe that effective collaboration leads to innovative solutions and a more efficient workflow. In my experience, consistent communication and mutual respect among team members significantly enhance project outcomes.

I stay updated by subscribing to relevant engineering journals, attending workshops and webinars, and participating in professional organizations like the OIQ. Engaging with peers and online communities also helps me to learn about best practices and technological advancements in electrical engineering.

When discussing your experience with AGI32, explain specific projects where you've utilized the software for lighting analysis. Detail how you approached calculations and optimized designs for energy efficiency and compliance, which showcases your technical expertise in lighting design.

I believe in a transparent and organized approach to supervision. I maintain clear communication with the team, set defined milestones, and utilize project management tools to track progress. Regular check-ins with team members ensure that potential issues are addressed promptly.

I prioritize my tasks based on project deadlines, the complexity of the tasks, and the resources available. I make use of project management software to visualize workloads and ensure that all deadlines are met without compromising on quality.