Civil Structural Engineer - Hydropower & Dams

As a Civil Structural Engineer at CIMA+, you'll design new hydraulic structures and refurbish existing ones, conduct engineering studies, and ensure the safety of dams. You'll perform technical calculations in reinforced concrete and structural steel while assisting in project management and coordination with other engineers. Your role will require both hands-on inspection and technical support during the construction phases of various projects.

To qualify as a Civil Structural Engineer at CIMA+, candidates must possess a university degree in civil engineering along with over three years of experience in the structural design sector, preferably with a focus on concrete and steel structures. Membership in l'Ordre des Ingénieurs du Québec (OIQ) or eligibility for registration is required. Additionally, proficiency in French and English is essential for effective communication on national projects.

Joining CIMA+ as a Civil Structural Engineer comes with a comprehensive benefits package that begins on your first day. You'll enjoy flexible health and dental care options, a retirement savings plan with employer contributions, and up to five weeks of vacation. Moreover, we value work-life balance and promote a supportive environment that encourages professional growth and development.

Absolutely! At CIMA+, we offer mentoring programs both locally and nationally. As a Civil Structural Engineer, you'll have the opportunity to support and manage less experienced engineers and technicians. Our tailored training programs help enhance your existing skills while fostering a collaborative and supportive atmosphere.

CIMA+ is committed to the professional growth of our employees. As a Civil Structural Engineer, you can expect ample opportunities to advance your career, whether through taking on project management responsibilities or participating in multidisciplinary technical coordination. We encourage initiative and leadership development within our teams.

In your response, share specific projects you've worked on that involved hydraulic structures. Highlight your design process, any challenges faced, and how you collaborated with team members to overcome those challenges. Giving concrete examples will demonstrate your experience and problem-solving skills.

Discuss the methodologies you typically apply for dam stability analysis, such as finite element methods or limit state design. Providing examples of past projects can showcase your practical knowledge and technical expertise in ensuring safety and compliance with industry standards.

Explain the steps you take when performing feasibility studies, such as assessing site conditions, evaluating structural requirements, and considering environmental impacts. Emphasizing your analytical skills and thoroughness will show your ability to lead projects from concept to execution.

Mention your strategies for continuous learning, including attending workshops, reading industry publications, and participating in professional organizations like the OIQ. Emphasizing a proactive approach to learning new regulations will indicate your commitment to quality and compliance.

Share specific instances where you have successfully managed engineering projects, including details about your project management style, tools used, and how you communicated with stakeholders. Highlighting your organizational skills and leadership ability is key here.

Choose a specific project that tested your skills and decision-making abilities. Discuss the obstacles faced, your thought process for resolving the issues, and the outcome. This will provide insight into your resilience and ability to adapt under pressure.

Highlight your belief in collaboration and the importance of diverse perspectives in engineering projects. Provide examples of how you've facilitated team communication and conflict resolution to achieve common goals. This will demonstrate your interpersonal skills and collaborative mindset.

Talk about the quality control measures you implement, including peer reviews, adherence to industry standards, and regular feedback sessions. This will showcase your methodical and detail-oriented approach to engineering.

Mention any industry-standard software and tools you’re proficient in, such as AutoCAD, SAP2000, or STAAD.Pro. Explain how you leverage these tools effectively in your projects, which will highlight your technical competency.

Discuss your prioritization and time management strategies, like breaking projects into manageable tasks and effective communication with team members. Providing examples of successfully meeting tight deadlines will validate your work ethic and reliability.