Project Geotechnical Engineer

As a Project Geotechnical Engineer at Delve Underground, you will perform geotechnical engineering analyses and calculations for various structures, including tunnels and foundations. You will evaluate soil and rock conditions and prepare comprehensive reports for projects ranging from local tunnels to major transit systems. Additionally, you will manage smaller projects and oversee the work of junior engineers while occasionally inspecting construction activities.

To qualify as a Project Geotechnical Engineer at Delve Underground, you should hold a BS in Geotechnical or Geological Engineering, while an MS is preferred. You need 3-10 years of relevant experience, strong analytical skills, and familiarity with geotechnical software. Professional Engineering (PE) registration in Virginia, Maryland, or D.C. is highly desirable or you must be able to obtain one within a year.

At Delve Underground, the work culture is vibrant and supportive. We encourage an entrepreneurial mindset, allowing employees to forge their own path. Team members participate in social events like summer picnics and holiday celebrations, promoting a great work-life balance along with professional growth. You'll find a motivating environment where enjoying your work is just as important as hard work.

A Project Geotechnical Engineer at Delve Underground will engage in a variety of projects, including tunnels, trenchless construction, and water infrastructure development. This role provides exposure to both local and national projects, giving you the opportunity to work on significant undertakings that contribute to important infrastructure advancements.

Delve Underground is committed to your professional development and career growth. As a Project Geotechnical Engineer, you can advance into senior engineering roles, project management positions, or even leadership roles within the company. With mentorship and ongoing training, we support your journey to reach your career goals.

When addressing geotechnical analysis for tunnel projects, begin by discussing your methodology for evaluating soil and rock conditions. You should highlight your experience with soil structure interaction analyses and any software tools you've used, such as Rocscience Suite or FLAC. Share examples of specific projects where your analysis led to successful outcomes.

To manage multiple project tasks effectively, I rely on strong organizational skills and clear communication. I create prioritized lists based on deadlines and project impact, using project management tools to track progress. I also delegate tasks when necessary to junior staff to ensure we meet all milestones.

In a challenging project focused on trenchless technology, we faced unexpected soil conditions. I collaborated closely with team members, conducted additional site assessments, and adjusted our design accordingly. This adaptability not only helped us stay on schedule but also improved our project outcome.

I have been involved in several projects utilizing tunneling and trenchless technologies. My hands-on experience includes performing analyses for tunnel stability and executing designs that integrate innovative trenchless methods, ensuring underground utility installations are efficient and minimally disruptive.

Ensuring effective communication requires clarity and regular updates. I always encourage open dialogue and actively listen to concerns, facilitating meetings to discuss project progress. Using collaborative tools also helps keep everyone aligned and informed.

I am proficient in a variety of geotechnical software including Rocscience Suite and Plaxis. I have applied this software in analyses to assess stability and perform ground improvement designs on various projects, optimizing engineering outcomes through precise simulations.

Supervising junior engineers requires patience and effective mentoring. I focus on providing guidance while encouraging their independence. I assign them manageable tasks, offer constructive feedback, and share my insights to help them grow in their roles.

Safety on construction sites is paramount. I adhere to standard safety regulations and ensure all team members are trained on these protocols. Regular safety audits, immediate hazard assessments, and maintaining clear communication contribute to a secure working environment.

I stay current by subscribing to industry publications, attending conferences, and participating in webinars. Networking with other engineers helps me exchange ideas and discuss new technologies, ensuring I remain informed about emerging trends in geotechnical engineering.

I am particularly drawn to Delve Underground because of its reputation for innovative solutions and its commitment to employee development. The opportunity to contribute to impactful infrastructure projects while growing in a collaborative environment aligns perfectly with my career aspirations.