Omega Technical Services

Drafter

• Prepare, revise, and check complex engineering drawings and drawing revisions, including 2D line work and 3D models
• Work with project and design engineers to evaluate design inputs and establish dimensions, components, tolerances, and design and process parameters
• Perform geometric calculations and tolerance stack-up analyses
• Support specification and documentation of parts, assemblies, and installations
• Check and redline drawings prepared by other drafters for accuracy, completeness, consistency, and standards compliance
• Apply GD&T and provide guidance to correct its use in drafting deliverables
• Recommend design modifications to improve product quality or facilitate construction and fabrication
• Provide field documentation and as-built drawing support
• Maintain proficiency in Creo, AutoCAD, and other organizational modeling tools
• Follow company CAD standards and applicable PDM/PLM processes
• Manage multiple drawing packages, support backlog reduction, and report progress to project and line management
• Mentor less experienced drafters in drafting practices, modeling, and drawing quality
• Perform other duties as assigned by the BEA Technical Point of Contact
• Work remotely with occasional travel onsite to the Materials and Fuels Complex as needed

Lead Drafter

Designer

• Translate engineering requirements into detailed drawings, 3D parametric models, assemblies, and technical documentation supporting fabrication and installation
• Develop and revise 2D drawings, 3D parametric models, assemblies, and associated documentation using approved engineering inputs
• Prepare drawings defining geometry, interfaces, materials, finishes, processes, tolerances, inspection requirements, and assembly relationships
• Apply GD&T in accordance with ASME Y14.5-2009
• Evaluate tolerance accumulation and fit at part and assembly interfaces
• Apply sound parametric modeling practices, including fully constrained sketches, stable design intent, controlled references, and organized assembly structures
• Independently check drawings and models for accuracy, completeness, fit, form, function, manufacturability, inspectability, and standards compliance
• Verify bills of material, parts lists, item balloons, quantities, drawing references, notes, weld symbols, and revision information
• Maintain drawing and model integrity through document control, revision control, configuration management, and records processes
• Resolve technical review comments and maintain an auditable record of changes
• Collaborate with engineers, designers, fabricators, and inspectors to clarify requirements and resolve discrepancies
• Manage assigned priorities, provide progress updates, and communicate scope, resource, or schedule concerns
• Support backlog reduction and mentor drafting personnel when requested
• Perform other duties assigned by the BEA Technical Point of Contact
• Provide occasional onsite support at Idaho National Laboratory’s Materials and Fuels Complex as needed

Mechanical Engineer

• Collaborate with a multidisciplinary team of scientists and engineers supporting the design of a novel advanced reactor
• Design and evaluate mechanical systems associated with advanced reactor structures, systems, and components
• Support the completion, implementation, and verification of engineering projects
• Design reactor vessels in accordance with the ASME Boiler and Pressure Vessel Code, including high-temperature creep and fatigue considerations
• Design and evaluate high-temperature gaskets, seals, bolting, and related mechanical components
• Design and document electromechanical devices, including control rod and control drum drive mechanisms
• Prepare and maintain controlled engineering models, drawings, specifications, calculations, and design descriptions
• Verify designs conform to established requirements and applicable codes and standards
• Translate project objectives into controlled design requirements using a systems-engineering approach
• Apply digital engineering tools to track design requirements, interfaces, and technical parameters
• Develop designs and verify they satisfy defined requirements using recognized engineering methodologies and best practices
• Establish testing, inspection, and quality requirements
• Verify fabrication, construction, assembly, and procurement activities comply with approved designs
• Develop and maintain technical baselines and configuration management for assigned systems
• Ensure consistency across engineering and operational documents
• Establish experiment requirements and develop conceptual and final designs with designers, customers, engineers, and analysts
• Support fabrication, inspection, experiment assembly, installation, and testing
• Support integrated engineering analyses demonstrating compliance with facility safety bases
• Perform design, fabrication, and related engineering activities supporting reactor operations and experimentation
• Perform other duties as assigned by the Lead Reactor Project Engineer or Engineering Manager

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

Applied Mechanics Engineer

• Conduct an independent technical review of a Preliminary Documented Safety Analysis
• Evaluate whether fire hazards and potential fire-related accident scenarios have been adequately identified and analyzed
• Review the fire protection strategy and its integration with the facility’s overall nuclear safety basis
• Assess fire hazard analyses, combustible-loading evaluations, fire-area boundaries, and applicable fire scenarios
• Evaluate preventive and mitigative controls credited for fire-related events
• Review fire detection, alarm, suppression, water-supply, confinement, smoke-control, and emergency-response provisions
• Determine whether fire protection systems and controls protect workers, the public, the environment, nuclear materials, and safety-related equipment
• Evaluate the potential for fire impacts to multiple systems, redundant safety equipment, electrical cables, confinement boundaries, or the facility’s ability to reach and maintain a safe condition
• Review the identification, classification, and functional requirements of fire protection-related safety structures, systems, and components
• Assess fire barriers, penetration seals, separation features, and passive fire protection measures
• Evaluate technical assumptions, methodologies, calculations, and conclusions supporting the fire protection portions of the safety analysis
• Review compliance with applicable Department of Energy requirements, industry standards, building and fire codes, and NFPA standards
• Identify technical gaps, inconsistencies, vulnerabilities, or areas requiring additional analysis or clarification
• Prepare clear, traceable, and technically defensible review comments
• Participate in remote technical meetings and comment-resolution discussions
• Support resolution of technical questions concerning fire protection and nuclear safety
• Prepare written findings, observations, recommendations, and review documentation
• Complete assigned work within the established project schedule and authorized scope
• Maintain independence, objectivity, and confidentiality throughout the review

Fire Protection Engineer – Subject Matter Expert

QA Engineer

• Provide part-time technical support for a Front-End Engineering Design (FEED) study supporting Industrial Builders
• Provide independent technical guidance on nuclear safety and quality assurance considerations affecting secondary-system design
• Attend FEED study project meetings as requested
• Participate in technical, design, and project review meetings
• Review preliminary design information and customer deliverables
• Advise customers and project stakeholders on nuclear safety and quality assurance issues
• Identify nuclear safety, quality, regulatory, and compliance risks
• Independently review the customer’s NQA-1 compliance approach
• Evaluate gaps between current practices and applicable NQA-1 expectations
• Develop recommendations and a practical roadmap for achieving or strengthening NQA-1 compliance
• Guide application of nuclear quality assurance requirements during FEED and subsequent design phases
• Coordinate with engineering, project management, quality assurance, and nuclear safety personnel
• Document technical observations, conclusions, risks, and recommended actions
• Provide additional nuclear safety or quality assurance support when authorized
• Perform work in accordance with Omega policies, customer requirements, and applicable federal, state, and industry requirements

Lead Drafter

Designer

Mechanical Engineer

Applied Mechanics Engineer

Fire Protection Engineer – Subject Matter Expert

Nuclear Safety, Quality Assurance Subject Matter Expert – Part-Time