Geotechnical Engineer, Geosynthetic Interaction Laboratory

Full-time Description The Geotechnical Engineer runs the interface friction testing program at TRI’s Austin laboratory and develops toward signatory responsibility for that program. Interface friction work generally takes precedence; remaining capacity goes to soil-geosynthetic interaction testing (pullout and block connection) and geotechnical laboratory testing (shear strength and consolidation). Assignments flex with laboratory demand, and duties may be redirected as workload and business needs require. The work is hands-on: the engineer builds test setups, maintains equipment, and works daily with technicians, materials, and clients. Responsibilities Interface Friction Program Run, schedule, and coordinate the interface friction testing program (ASTM D5321), including laboratory assets and the testing calendar Receive and clarify client testing requests; write testing instructions for the laboratory Perform interface friction and direct sliding tests between geosynthetics and soils such as clay, silt, sand, and gravel Inventory samples, reconcile receipts against client instructions, and coordinate material storage and disposal Prepare and reduce test data for internal review; distribute final reports and coordinate invoicing Learn interface friction practice under senior engineers and progress toward signatory responsibility Prepare quotations for standalone friction programs as experience grows Soil-Geosynthetic Interaction Testing Perform geosynthetic pullout testing (ASTM D6706) Perform block connection testing for segmental retaining wall systems (ASTM D6638) Support soil-structure interaction evaluations and related custom test programs Geotechnical Laboratory Testing Perform direct shear (ASTM D3080), one-dimensional consolidation (ASTM D2435), and consolidated undrained triaxial (ASTM D4767) tests Advance into constant-rate-of-strain consolidation (ASTM D4186) as experience develops Equipment, Technicians, and Clients Set up, calibrate, troubleshoot, and maintain test frames, transducers, and data acquisition systems Disassemble, repair, and reassemble test equipment using correct tools and torque settings Write basic programs for data acquisition and reduction Train laboratory technicians in test procedures, equipment operation, and safety Coordinate daily testing priorities with the Project Management Team Keep clients and project managers informed of schedules, status, and results Represent TRI on ASTM and other industry committees, with company support Perform other duties as assigned Requirements BS in civil engineering or a closely related field from an ABET-accredited program Coursework in shear strength, consolidation, soil-structure interaction, dynamics, and fluid mechanics Coursework in physics and electronics; working knowledge of voltages, data acquisition systems, and basic programming Hands-on mechanical aptitude, shown through laboratory work or personal mechanical, electronics, or fabrication projects Able to perform physical laboratory work, with or without reasonable accommodation Organized, detail-oriented, and able to manage workload and schedules independently Strong written and verbal communication; respect for people at all levels Preferred Qualifications MS in civil engineering with geotechnical emphasis PE license, compensated accordingly; EIT candidates near licensure are encouraged to apply Working knowledge of ASTM D5321, D3080, D2435, and D4767; familiarity with D4186 Familiarity with geosynthetic materials and their interaction with soils TRI Environmental, Inc.is an equal opportunity employer with a commitment to diversity. All qualified applicants will receive consideration for employment without regard to race, color, religion, gender, national origin, age, sexual orientation, gender identity, disability or veteran status. All individuals, regardless of personal characteristics, are encouraged to apply. #J-18808-Ljbffr Texas Research International