Engineer

• Interpret mine plans, operational drawings, and project specifications to support field supervisors and crews
• Perform quantity calculations, production tracking, and daily progress reporting
• Assist in developing shift plans, work packages, and operational sequencing for mine-site activities
• Support surveying and layout tasks, including verification checks, control point management, and as-built data collection
• Compile and verify daily labor timesheets, production logs, and operational reports
• Participate in safety reviews, toolbox talks, and mine-site safety meetings
• Coordinate and schedule materials, consumables, and equipment
• Organize crews, equipment assignments, and work-area logistics
• Provide oversight and coordination support to field operations and contractor activities
• Perform basic engineering calculations and assist with technical documentation and drafting

Project Engineer, Mining

• Apply engineering principles to the analysis, modeling, simulation, and design of structural and mechanical systems for a novel advanced nuclear reactor project
• Perform linear and nonlinear, static and dynamic evaluations of stress, force, vibration, material plasticity, and related mechanical behavior
• Compare analysis results with governing codes, standards, orders, and design requirements
• Perform dynamic seismic analysis of structures, systems, and components, including soil-structure interaction and site response analyses
• Support advanced reactor design and safety analysis through calculations, models, design documentation, peer review, and multidisciplinary coordination
• Collaborate with multidisciplinary teams of scientists and engineers
• Perform thermomechanical analyses of reactor internals, including high-temperature graphite and other exotic materials
• Apply ASME Boiler and Pressure Vessel Code, ASCE 7, and other mechanical and structural codes to analyses
• Develop physics-based mathematical models of mechanical, chemical, or electrical systems
• Support alternatives analyses, equipment selection and sizing, vendor equipment summaries and evaluations, specifications, drawings, supporting analyses and calculations, and engineering design files
• Perform structural mechanics designs and analyses under normal operating conditions, natural phenomena hazards, and accident conditions
• Support safety analysis by simulating postulated accidents and evaluating structural and mechanical consequences
• Document designs and engineering analyses in accordance with approved processes and applicable codes and standards
• Investigate nonlinear response of nuclear facilities and systems to seismic ground motion, including advanced nonlinear site response analyses
• Provide technical leadership, peer review, checking, and consultation to fellow engineers
• Author professional technical reports and presentations
• Contribute to business planning and development, advise management, and serve as a technical spokesperson to customers when assigned
• Perform other duties as assigned by the Lead Reactor Project Engineer

Applied Mechanics Engineer

• Collaborate with a multidisciplinary team of scientists and engineers supporting the design of a novel advanced reactor
• Perform thermomechanical analyses of reactor internals, including high-temperature graphite and other advanced or exotic materials
• Perform engineering analyses in accordance with the ASME Boiler and Pressure Vessel Code
• Conduct seismic evaluations using ASCE 7 and other applicable codes and standards
• Develop physics-based mathematical models of mechanical, chemical, or electrical systems to support and verify engineering designs
• Perform structural mechanics evaluations and analyses of structures, systems, and components under normal operating conditions, natural phenomena hazards, and accident conditions
• Perform linear and nonlinear seismic soil-structure interaction analyses, site-response analyses, and advanced nonlinear structural evaluations
• Develop models and calculations to evaluate the response of nuclear facilities and systems to seismic ground motion
• Support safety analyses by simulating postulated accidents and evaluating their structural and mechanical consequences
• Assist design teams with alternatives analyses, equipment selection and sizing, vendor evaluations, equipment summaries, specifications, drawings, supporting calculations, and engineering design files
• Document designs through controlled and approved models, drawings, specifications, design descriptions, calculations, and technical reports
• Verify that designs conform to established requirements and applicable codes and standards
• Prepare engineering analyses and documentation in accordance with approved engineering processes and quality requirements
• Apply ASME, ASCE, and other mechanical and structural codes in relation to U.S. Department of Energy requirements for safety-class systems
• Provide technical leadership, peer reviews, engineering checks, and consultation to other engineers
• Serve as a primary author of professional technical reports, calculations, and presentations
• Advise management within assigned areas of technical expertise and represent the organization in technical discussions with project stakeholders
• Support organizational business-planning and development activities when requested
• Work independently and collaboratively while maintaining positive and professional relationships under demanding schedules and deadlines
• Perform other duties as assigned by the Lead Reactor Project Engineer