Structural Building Engineer

As a Structural Building Engineer at CIMA+, you'll participate in the design of structural elements across various building types, perform intricate calculations using specialized software, and supervise maintenance work on existing assets. You'll also solve technical issues, conduct field surveys and inspections, and support clients while coordinating with various project stakeholders.

To be a successful candidate for the Structural Building Engineer role at CIMA+, you should hold a Bachelor's degree in civil engineering or an equivalent. Additionally, you must possess an engineering title from the Ordre des ingénieurs du Québec and have a minimum of two years of relevant experience in building structures, along with proficiency in specific software like ETABS and AutoCAD.

Absolutely! CIMA+ values continuous learning and offers tailored training programs to help you enhance your skills and advance your career. This focus on professional development ensures that Structural Building Engineers can stay up-to-date with industry trends and technologies, fostering both personal and professional growth.

As a Structural Building Engineer at CIMA+, familiarity with software like ETABS, ADA, SAFE, AutoCAD, and Revit is essential. These tools are vital for performing calculations, designing structural elements, and preparing technical documents that are key to the success of our projects.

CIMA+ actively promotes a flexible work schedule, allowing Structural Building Engineers to manage their workload on their own terms. This approach, combined with our work/life balance policy, ensures that you can enjoy a fulfilling career while maintaining a healthy balance between your professional and personal life.

When answering this question, detail your hands-on experience with relevant software like ETABS and Revit. Explain specific projects where you utilized these tools, emphasizing how they contributed to successful outcomes.

Your response should highlight the importance of communication and teamwork. Give examples of past experiences where you've coordinated with architects, engineers, or contractors and detail how you handled any challenges that arose.

Think of a specific instance where you encountered a significant challenge. Discuss the problem, your thought process in analyzing it, and the innovative solution you implemented, showcasing your problem-solving skills.

Mention the importance of adhering to safety regulations and protocols like having an ASP Construction card. Explain your process for ensuring safety on-site, and provide examples of times you've prioritized safety in your work.

Showcase your dedication to quality by discussing your approach to verifying calculations, using peer reviews, and following up on construction to ensure designs are implemented accurately, thus maintaining structural integrity.

Elaborate on tools and techniques you utilize for project management, such as timelines, checklists, or software applications. Emphasize your ability to prioritize tasks and communicate progress to stakeholders effectively.

Your answer should reflect your commitment to continued learning. Discuss how you engage with industry publications, online courses, webinars, or professional networks to stay informed about advancements in structural engineering.

In your response, highlight projects where you have integrated sustainable practices into your designs, such as energy-efficient materials or innovative building methods. Discuss the benefits these approaches provided to clients and the environment.

Discuss key aspects such as load distribution, material properties, environmental impact, and adherence to building codes. Explain how you incorporate these factors into your analyses to develop safe and efficient designs.

Describe your time management strategies, such as setting priorities, breaking tasks into manageable steps, or using project management tools. It’s essential to convey your ability to remain calm and focused under pressure.