Civil EIT - Water Resources

As a Civil Engineer-in-Training (EIT) at Kimley-Horn, your main responsibilities will include engaging in surface water management studies, modeling using tools like HEC-RAS and ICPR4, and contributing to resiliency assessments. You will experience a mixture of teamwork and independent tasks which allows for professional growth through hands-on engineering work and mentorship.

To qualify for the Civil EIT position at Kimley-Horn, candidates need to have at least 2 years of experience in surface water modeling or design, and hold a Bachelor’s or Master’s degree from an ABET-accredited university in Civil Engineering. Additionally, candidates should have or be able to secure their Engineer-In-Training certification within 12 months.

As a Civil Engineer-in-Training at Kimley-Horn, familiarity with hydraulic modeling software such as HEC-HMS and HEC-RAS is essential. Knowledge of ESRI ArcGIS is also required, while experience with AutoCAD Civil 3D or MicroStation and Python programming would be advantageous.

Kimley-Horn offers a rich array of training and development opportunities for Civil Engineers-in-Training. You’ll receive both on-the-job mentorship and formal internal training, plus access to professional development resources such as tuition reimbursement and various workshops to help enhance your skills and advance your career in civil engineering.

At Kimley-Horn, a Civil Engineer-in-Training can expect to join a collaborative and dynamic team environment. Team members are encouraged to participate in various projects engaging with peers, sharing knowledge, and contributing towards innovative solutions in surface water management.

When answering this question, focus on your relevant experience with specific modeling tools, such as HEC-HMS or ICPR4. Describe the projects you worked on and how you contributed to the successful completion of those modeling tasks.

Express your enthusiasm for Kimley-Horn’s commitment to professional development and company culture. Discuss how their positive environment aligns with your career goals and how you are excited to grow alongside experienced engineers.

Highlight your attention to detail, the processes you use for quality checks, and tools or software that help maintain accuracy. Discuss any specific methodologies or protocols you follow to minimize errors during tasks.

Share specific instances where you’ve worked on green infrastructure. Describe your role, the objectives of the project, and the outcomes. Emphasizing understanding of sustainability practices in engineering would be beneficial.

Talk about your communication skills and experience in client-facing situations. Discuss your approach to managing expectations, gathering project requirements, and keeping clients informed throughout the engineering process.

Use the STAR method (Situation, Task, Action, Result) to structure your response. Focus on demonstrating your analytical skills and resourcefulness in overcoming challenges in previous projects.

Provide examples of how you've used ESRI ArcGIS in past projects. If possible, mention the specific tasks you undertook and how it complemented the overall objectives of your engineering work.

Discuss your time management strategies, use of tools or software for tracking tasks, and your method for balancing multiple priorities. Highlight your proactive communication with team members to ensure alignment and deadlines are met.

Indicate your understanding of key factors such as rainfall data, land topography, existing infrastructure, and the importance of using accurate modeling tools. Discuss how collaboration and data analysis are critical in flood studies.

Articulate the importance of technical skills such as modeling software proficiency, analytical thinking, and strong communication skills. Emphasize how these skills contribute to successful engineering projects and collaborative teamwork.