Job Title: Assistant/ Project Engineer (Geotechnical Engineer)
City: Orlando
State: FL
Job Description:
- Summarize, evaluate, and present field and laboratory data using computer programs such as gINT, Microsoft Excel, and Sigma Plot.
- Perform geotechnical analyses, including soil characterization, property selection, and stability assessments using software like SEEP/W and SLOPE/W, as well as liquefaction and consolidation analyses.
- Design and analyze foundation systems, including bearing capacity, pile capacity, and settlement estimations.
- Plan and coordinate laboratory testing of soils, geosynthetics, and water samples.
- Manage subsurface exploration, field testing, and construction quality assurance activities.
- Conduct geophysical investigations, interpret results, and manage remediation of subsurface features.
- Review geological and hydrogeological data, including water balance calculations for disposal facilities.
- Develop models and charts for slurry volume estimation and create technical specifications for projects.
- Prepare construction drawings using AutoCAD Civil3D and monitor subsurface movements through instrumentation data.
- Analyze permeability tests and potentiometric data for aquifer monitoring.
- Inspect waste disposal sites, oversee construction, and draft meeting minutes.
- Compile geotechnical reports and assist in project management and business development activities.
- Present technical findings verbally and in writing.
Education and Experience:
Requires a Master’s degree in Civil Engineering with a concentration in Geotechnical Engineering, including 27 credits of relevant coursework and 3 months of experience as a Graduate Research Assistant. The coursework and experience should cover:
- Seepage and slope stability analysis, seismic analysis, liquefaction, and advanced soil behavior.
- Use of software like Seep/W, Slope/W, Settle3, and laboratory testing methods.
- Preparation of geotechnical reports, soil testing, and ground improvement design.
- Design of geotechnical systems and evaluation of biopolymer-treated soils.
- Development of statistical models for foundation and seismic hazard analysis.
- Project management tasks including material estimation, budgeting, and scheduling.
- Preparation of construction drawings and presentation of research findings.