Lead Infrastructure Engineer - Civil / Environmental

As a Lead Infrastructure Engineer at Carollo Engineer, Inc., you will perform critical engineering work related to water and wastewater pump stations and conveyance systems. Your responsibilities will include engineering planning and design, preparing reports and technical memoranda, developing plans and specifications, and conducting cost estimates for various projects. You'll also model hydraulic systems and conduct design option analyses, ensuring that your contributions help create sustainable and resilient communities.

To apply for the Lead Infrastructure Engineer position at Carollo Engineer, Inc., you should have a Professional Engineering License alongside 2 to 4 years of experience as a consulting engineer. In addition to technical qualifications, Carollo values strong communication skills, critical thinking, innovative problem-solving abilities, and the capability to work effectively in a collaborative team environment.

The salary range for the Lead Infrastructure Engineer position at Carollo Engineer, Inc. is between $80,000 and $110,000 annually. However, the final compensation may vary based on individual qualifications, experience, and other factors. Carollo is committed to offering competitive pay while considering the skills and contributions of each employee.

Carollo Engineer, Inc. offers a competitive and comprehensive benefits package that supports the health and well-being of its employees and their families. This includes paid time off, comprehensive health insurance, savings account options for healthcare and commuter expenses, disability and life insurance, and various bonus opportunities. Additional perks include 401(k) matching contributions, career advancement bonuses, and professional development support, reflecting Carollo's commitment to employee growth and satisfaction.

At Carollo Engineer, Inc., we foster an engaging and collaborative work environment, emphasizing in-person teamwork for our infrastructure projects. As a Lead Infrastructure Engineer, you will be actively involved in project discussions and brainstorming, allowing for creativity and shared innovation among your peers. Our vibrant Seattle office is designed to support collaboration and the successful realization of our engineering goals.

When discussing your experience with hydraulic system modeling in an interview, be sure to highlight any relevant projects you've worked on. Detail the software or methods you used, the challenges faced, and how your models contributed to the project's success. This showcases not only your technical skills but also your problem-solving abilities.

In preparing reports and technical documents, I follow a structured approach that begins with gathering all necessary data and project specifications. I then outline the main sections of the report, ensuring clarity and cohesion. I emphasize accuracy and technical details, while also making the documentation accessible for non-engineers. Always consider the audience for the documentation, tailoring complexity accordingly.

My approach to design and analysis involves a blend of theoretical principles and practical considerations. I start with an extensive needs analysis, followed by exploring various design options and performing feasibility assessments. I leverage hydraulic modeling tools for simulations and run through a careful review process with my team to ensure all aspects align with regulatory standards and client needs.

When asked about teamwork, provide an example where collaboration was essential to the project's success. Discuss your role in facilitating communication, organizing team meetings, or resolving conflicts. Highlight how you leveraged everyone's strengths to achieve the project's goals, showcasing your leadership and interpersonal skills.

I frequently apply principles such as critical thinking, innovative design, and risk management in my projects. I also prioritize sustainability and resilience in infrastructure design, ensuring long-term viability and environmental responsibility. Be prepared to provide examples of how these principles influenced your project outcomes.

Under pressure, I prioritize tasks by importance and urgency while maintaining open communication with my team and stakeholders. I believe in planning ahead and adhering to schedules, but I remain flexible to adapt when unexpected challenges arise. Sharing the workload and offering support to colleagues is also crucial to navigating high-pressure situations.

I am proficient in a range of engineering tools, including AutoCAD for design drafting, EPANET for hydraulic modeling, and various project management software to track progress and resource allocation. Familiarize yourself with the tools commonly used in the industry, also mentioning any advanced skills or certifications you possess.

Cost estimating is critical in engineering projects as it helps in budget planning, project feasibility, and maintaining financial control. I ensure my estimates are based on thorough analysis and historical data, considering potential risks and contingencies. Establishing a realistic budget aids in project success and stakeholder satisfaction.

When discussing a challenging engineering problem, choose a specific example that highlights your analytical and creative problem-solving skills. Lay out the issue, the steps you took to analyze it, and the final solution. Reflect on the lessons learned and how it shaped your approach to future challenges.

Ensuring compliance with environmental regulations involves staying informed about the latest policies and guidelines. I conduct thorough research and incorporate environmentally-friendly practices into my designs. Collaborating with regulatory agencies throughout the project lifecycle ensures our work adheres to all necessary standards, promoting sustainability.