Senior Project Engineer Civil / Geotechnical / Geoenvironmental

As a Senior Project Engineer at Ramboll in Syracuse, NY, you will be responsible for performing intricate geotechnical calculations and leading diverse projects. This includes managing the remediation of contaminated sites, water dams, and industrial waste impoundments. Additionally, you'll collaborate with CAD professionals to develop engineering drawings and specifications, while also taking the lead on specific tasks under the supervision of the Project Manager.

Ramboll requires candidates for the Senior Project Engineer position to possess a Bachelor's degree in Civil or Geological Engineering, alongside 5+ years of relevant experience focused on geotechnical and geoenvironmental engineering. An MS degree and experience in engineering design and cost estimation are considered advantageous, enhancing your candidacy.

At Ramboll, the Senior Project Engineer role opens doors to exciting career growth. You will work on diverse projects, collaborate with top experts in the field, and be supported in your professional development, including training and mentorship opportunities. Our flexible work arrangements and commitment to diversity further create an enriching environment for personal and career advancement.

As a Senior Project Engineer at Ramboll, you'll have the chance to engage in a variety of projects, including the management of industrial waste sites, water and tailings dams, and the assessment of contaminated lands. You'll contribute to innovative solutions that promote sustainable engineering practices while enhancing the quality of life for communities.

Ramboll strives for a positive work-life balance, and while the Senior Project Engineer position is primarily based at the Syracuse office, there are flexible work arrangements available. This allows you the opportunity to balance your professional commitments with personal needs, fostering a conducive and supportive work environment.

In tackling complex geotechnical calculations, I'd start by thoroughly understanding the project requirements and context. I would then gather relevant data regarding soil properties and site conditions before employing the appropriate models to conduct calculations, such as bearing capacity and slope stability analyses. Communication with team members to validate assumptions and results would be key, ensuring that our solutions meet engineering standards and client expectations.

My experience with contaminated site remediation involves assessing site conditions, identifying pollution sources, and outlining remediation strategies. Collaborating with environmental scientists, I've participated in developing remedial action plans that not only comply with legal requirements but also consider community impact and ecological restoration. I keep abreast of the latest technologies to optimize effectiveness and efficiency in remediation efforts.

Effective management of project timelines involves meticulous planning and constant communication. I prioritize tasks, set realistic deadlines, and remain adaptable to any changes that may arise. Regular check-ins with the project team and stakeholders are integral to ensuring we stay on track and deliver quality results on time.

In geotechnical engineering projects, essential safety measures include conducting thorough site assessments, using appropriate protective equipment, and adhering to environmental regulations. Implementing regular training for all team members on safety protocols and responsive planning for emergency situations also support a culture of safety on site.

I believe in fostering a collaborative environment that encourages knowledge sharing. I mentor junior engineers by providing guidance on technical aspects, encouraging their involvement in critical tasks, and supporting their professional growth through constructive feedback and formal training opportunities.

Innovative thinking is crucial in geotechnical engineering. It allows for the development of creative solutions to complex problems, such as optimizing design processes using advanced software or materials. By staying current with industry trends and encouraging an experimental mindset, we can enhance project outcomes and sustainably address engineering challenges.

In a previous project that involved the design of a new water dam, I coordinated a cross-functional team, establishing clear roles and responsibilities to ensure smooth progress. I facilitated regular meetings to foster open communication, which helped address challenges promptly. By motivating the team and recognizing individual contributions, we successfully completed the project ahead of schedule while ensuring high standards.

I am proficient in various engineering software such as AutoCAD, PLAXIS, and GeoStudio, which I use for designing and analyzing geotechnical structures. My experience includes leveraging these tools for modeling scenarios, conducting simulations, and producing detailed drawings and specifications that align with project requirements.

To ensure quality in my engineering projects, I implement a systematic approach. This includes thorough documentation of processes, early identification of potential issues, and adherence to established quality management systems. Regular peer reviews and incorporating stakeholder feedback also play a vital role in enhancing the overall quality of the outcomes.

I am drawn to Ramboll because of its commitment to sustainable practices and its reputation for excellence in engineering. The opportunity to work collaboratively on innovative projects that prioritize both environmental impact and community wellbeing aligns perfectly with my professional values. I am eager to contribute my expertise and grow within such a supportive and dynamic organization.