Project Engineer - Structural

As a Project Engineer - Structural at Brandow & Johnston, your main responsibilities include overseeing design and construction processes for various projects, ensuring compliance with project specifications, and conducting site assessments. You'll also write observation reports to document site conditions, provide structural calculations, develop analytical models, and collaborate with CAD drafters to create comprehensive construction documents.

To qualify for the Project Engineer - Structural position at Brandow & Johnston, you should have a Bachelor of Science Degree in Structural Engineering, with a Master’s degree preferred. Additionally, two years of professional experience in the field and a professional engineering license to practice in California are crucial. Proficiency in general engineering principles and structural drawings is also required.

Essential skills for the Project Engineer - Structural role at Brandow & Johnston include strong verbal and written communication skills, technical proficiency in engineering principles, and a knack for problem-solving. You should also possess strong organizational and interpersonal skills, along with the ability to work collaboratively while mentoring Design Engineers.

Mentorship is a vital part of the Project Engineer role at Brandow & Johnston. In this position, you will guide Design Engineers by sharing your expertise while fostering their professional development. You'll play a crucial role in enhancing their skills and encouraging the growth of future engineering talent within the industry.

Collaboration is key in the Project Engineer - Structural position at Brandow & Johnston. You will work closely with Architects, Contractors, Owners, and Clients throughout the project lifecycle. This collaborative approach ensures effective communication and that all stakeholders are aligned, contributing to the successful completion of projects.

In your response, highlight specific projects where you've contributed to structural design, emphasizing your role and the impact of your work. Demonstrate your understanding of engineering principles and how they apply to real-world applications.

Explain your approach to monitoring project specifications, such as conducting regular site visits, maintaining comprehensive documentation, and communicating with team members to address any discrepancies on-site.

Discuss the techniques and tools you apply for seismic evaluations, showcasing your technical knowledge and understanding of the regulatory standards that inform these assessments.

Select a complex design challenge you've faced in past roles. Describe the challenge, the process you used to find a solution, and the ultimate outcome to demonstrate your problem-solving skills.

Touch on your communication style and collaborative strategies. Mention the importance of establishing strong relationships, fostering open dialogue, and finding common ground to ensure successful project outcomes.

Discuss your attention to detail and how you collaborate with CAD drafters. Explain your review process and how you ensure that all documents align with design intent and regulatory requirements.

Share your philosophy on mentorship, including how you support junior engineers in their professional development and encourage a culture of learning and growth within your team.

Outline your process for addressing discrepancies. This can include documenting issues, communicating with team members, and working collaboratively to find solutions while maintaining project timelines.

Emphasize your commitment to safe working practices, detailing the specific guidelines and protocols you follow to ensure the safety of yourself and your team during construction and design processes.

Discuss your time management and organizational strategies. Highlight how you prioritize tasks and adapt to changing demands while ensuring project deliverables are met on time.