Bridge Engineer

As a Bridge Engineer at our Albany, NY office, your main responsibilities include developing detailed bridge designs and specifications that comply with NYSDOT standards. You'll utilize AASHTOware and/or MicroStation software for creating and analyzing bridge models. Additionally, you'll perform structural analysis to ensure the safety and longevity of our projects, review technical documents, collaborate with various teams, and conduct inspections of existing structures.

To be considered for the Bridge Engineer position with us in Albany, NY, you will need a Bachelor's degree in Civil or Structural Engineering, with a Master’s degree being preferred. You should also have at least three years of bridge engineering experience, particularly with NYSDOT projects, and proficiency in AASHTOware and/or MicroStation. A Professional Engineer (PE) license in New York, or the ability to obtain one within six months, is also required.

For the Bridge Engineer role in Albany, NY, proficiency in AASHTOware and/or MicroStation is essential for you to excel in designing and analyzing bridge projects. Knowledge of other civil engineering software, such as AutoCAD or Bentley products, will be considered a plus and further bolster your qualifications.

While not mandatory, project management experience is highly valued for the Bridge Engineer role in Albany, NY. Having experience in leadership roles within bridge-related projects can set you apart, showcasing your ability to manage teams, timelines, and budgets effectively. Collaboration skills are crucial, as you will work alongside project managers and contractors to deliver quality projects.

The salary range for a Bridge Engineer at our company in Albany, NY, is attractive, ranging from $90,000 to $150,000 per year. This range is competitive and reflects the skills and experience required for this important role in our team.

During your interview, consider sharing a specific bridge project that posed unique challenges, such as tight deadlines or complex design requirements. Discuss the methods you used to overcome obstacles and how those experiences shaped your engineering skills.

Your response should demonstrate a solid understanding of NYSDOT standards. Share your strategies for staying updated with regulations and how you integrate them into your design processes to ensure compliance.

When addressing this question, highlight your hands-on experience with these software tools. Discuss specific tasks you performed using AASHTOware and MicroStation, showcasing your proficiency and how it contributed to successful projects.

Describe your step-by-step approach to conducting structural analyses, including the tools you use and the factors you consider, such as load configurations and material properties. This shows how methodical and detail-oriented you are in ensuring safety.

Reflect on a specific instance where collaboration was vital to project success. Discuss how you communicated and worked with other professionals, and what outcomes were achieved due to teamwork.

Outline the evaluation process you follow, detailing how you assess safety, stability, and overall condition. Mention any tools or methods you utilize to conduct thorough inspections, emphasizing your analytical skills.

Share your strategies for prioritizing tasks, such as evaluating project timelines, deadlines, and critical dependencies. Discuss how you ensure that your work aligns with overall project goals and the importance of communication.

Demonstrate your problem-solving skills by outlining a specific situation where a project fell behind. Discuss the steps you took to mitigate delays, including client communication and team reorganization.

Your approach should emphasize professionalism and open communication. Describe a specific situation where conflict arose, explaining how you navigated it respectfully to reach a resolution conducive to the project's success.

Express enthusiasm for emerging technologies or construction methodologies that you believe have the potential to revolutionize bridge engineering. Discuss any specific innovations you follow, demonstrating your passion for the field.