Project Engineer (Storm Water/Drainage)- Mostly Remote

As a Project Engineer (Storm Water/Drainage) at our company, your primary responsibilities include designing and analyzing stormwater management systems such as detention/retention ponds and culverts. You will also perform hydrologic and hydraulic modeling, prepare stormwater pollution prevention plans, and ensure compliance with local, state, and federal regulations. Collaborating with multi-disciplinary teams to develop project plans and supporting project managers with client coordination is also part of your role.

To qualify as a Project Engineer (Storm Water/Drainage) at our company, you should have a degree in civil engineering or a closely related field. Experience in stormwater management and drainage design is essential, along with proficiency in modeling software like HydroCAD and HEC-RAS. Strong analytical skills, attention to detail, and the ability to collaborate effectively with multidisciplinary teams are also crucial for success in this role.

While the Project Engineer (Storm Water/Drainage) position is primarily remote, you will need to travel to our office in Maryland once a month for meetings. This flexibility allows you to manage your work-life balance while still being actively involved in important collaborations and discussions with your team.

Our company has a dedicated approach to ensuring compliance with stormwater regulations. As a Project Engineer (Storm Water/Drainage), you will be responsible for preparing designs that align with local, state, and federal requirements. This includes having a strong understanding of MS4 permits and FEMA floodplain regulations, which are crucial to maintaining compliance and upholding the standards of the projects we undertake.

Project Engineers (Storm Water/Drainage) at our company commonly utilize hydrology and hydraulic modeling software such as HydroCAD, HEC-RAS, SWMM, and StormCAD. These tools assist in the effective analysis and design of stormwater systems, allowing you to provide innovative and effective solutions for different engineering projects.

When answering this question, highlight specific projects where you've been involved in the design and analysis of stormwater management systems. Discuss any software tools you used and your approach to meeting regulatory requirements. Don’t forget to mention the positive impacts your designs had on the environment or community.

To effectively answer this question, explain that you actively follow relevant industry publications, attend workshops, and participate in online forums related to stormwater management. Mention any professional associations you are a part of that help you stay informed and connected with regulatory changes.

Be specific about the modeling software you have experience with, such as HydroCAD or HEC-RAS. Provide examples of how you used these tools to analyze stormwater systems or conduct hydrologic modeling, emphasizing your proficiency and confidence in using these technologies.

When answering this question, share a detailed story about a specific project. Focus on the challenges faced, like strict regulations or unique site conditions, and the innovative solutions you implemented. This will demonstrate your problem-solving skills and ability to adapt.

Discuss your communication style and how you ensure efficient collaboration with various teams, including architects and environmental scientists. Provide examples of how you actively seek input from others and how this leads to better project outcomes.

To answer this, outline the process from assessing the site to identifying potential sources of pollution and implementing control measures. Highlight your understanding of the importance of these plans and your experience in preparing or reviewing them.

Explain your systematic approach to ensuring accuracy in design calculations, which can include double-checking your work and collaborating with peers for feedback. Discuss how you verify compliance with relevant regulations and standards.

Share specific examples of erosion control designs you have worked on. Describe the site conditions, the challenges faced, and how your solutions effectively mitigated erosion while ensuring compliance with regulations.

Discuss the particular techniques you utilize when using modeling software, such as parameter selection, calibration processes, or validation methods. Providing details on how you've successfully applied these techniques in past projects will be beneficial.

Outline your typical workflow, starting from initial client meetings, conducting site assessments, and developing designs to project completion. Highlight your attention to detail at each step of the way and your commitment to client satisfaction and regulatory compliance.