Field Engineer responsible for coordinating field operations, ensuring compliance with plans and safety procedures, and supporting project teams on construction sites.
Locations (4)
Houston, Texas, United States
Abilene, Texas, United States
North Slope, Alaska, United States
Williston, North Dakota, United States
Responsibilities
Participate in the health, safety, and environment (HSE) plan, ensuring all safety procedures are followed.
Assist in LOTO (Lockout/Tagout) oversight and regulatory compliance on-site.
Support field teams in maintaining safe construction practices and adherence to company safety policies.
Provide on-site support for construction operations, assisting superintendents, project managers, and project engineers.
Conduct site measurements and quantity take-offs to ensure construction progress is accurately tracked.
Assigned to a field construction organization in a senior leadership capacity with overall responsibility for the organization, direction, and performance of construction activities on a large, complex project.
Locations (2)
Houston, Texas, United States
Reston, Virginia, United States
Responsibilities
Lead the organization and direction of construction and related activities for a large, complex project, including onsite activities.
Provide overall site-management leadership for construction craft personnel, superintendents, field engineering, contract administration, cost and schedule, field procurement, finance and accounting interfaces.
Own construction execution planning and performance, including construction methods, Advanced Work Packaging, workface readiness, sequencing, staffing, labor strategy, materials, equipment, logistics, temporary facilities, subcontracting, automation, and turnover priorities.
Establish and champion the site safety culture; ensure the project safety plan and applicable local, national, and project requirements are implemented.
Supports the Functional Construction organization with assigned piping planning, coordination, constructability, and execution-readiness activities.
Locations (2)
Reston, Virginia, United States
Houston, Texas, United States
Compensation
Salary Range: 84,600 - 122,400 annually (salary range is based on market data; final salary offered is determined by education, experience, and qualifications of the applicant.)
Responsibilities
Assist with piping construction input for proposals, project development, constructability reviews, execution planning, and project mobilization activities under established direction.
Support reviews of piping drawings, specifications, models, isometrics, vendor information, design deliverables, construction methods, access, sequencing, and installation requirements; document comments and assigned actions.
Maintain piping constructability review schedules, matrices, action logs, recommendations, meeting notes, and other assigned records; follow up with responsible parties and communicate status.
Lead electrical field engineering support for assigned construction areas on a large, complex semiconductor project (Fab 62). Provide technical direction to field engineers and support construction-driven planning.
Responsibilities
Lead electrical field engineering support for assigned construction areas, including planning, technical coordination, field issue resolution, inspection, testing, and turnover.
Provide daily direction and mentoring to field engineers while ensuring work is performed safely and in accordance with current drawings, specifications, procedures, and approved work packages.
Support construction-driven planning using Advanced Work Packaging principles, including work package development, sequencing, constraint removal, quantity tracking, and workface readiness.
Coordinate with construction, engineering, procurement, quality, project controls, startup, subcontractors, and client representatives to resolve technical and constructability issues.
Review construction drawings, specifications, models, vendor data, material requirements, RFIs, and field changes to support timely and practical field execution.
Lead electrical field engineering support for assigned construction areas on a large, complex semiconductor project.
Responsibilities
Lead electrical field engineering support for assigned construction areas, including planning, technical coordination, field issue resolution, inspection, testing, and turnover.
Provide daily direction and mentoring to field engineers while ensuring work is performed safely.
Support construction-driven planning using Advanced Work Packaging principles.
Coordinate with construction, engineering, procurement, quality, project controls, startup, subcontractors, and client representatives to resolve technical issues.
Review construction drawings, specifications, models, vendor data, material requirements, RFIs, and field changes.
Serve as the central point of coordination between Pre-Construction, Advanced Work Packaging (AWP), Readiness, Delivery, Engineering, Commercial, and Logistics teams to ensure seamless alignment of scope, interfaces, risks, and dependencies.
Responsibilities
Serve as the central point of coordination between Pre-Construction, Advanced Work Packaging (AWP), Readiness, Delivery, Engineering, Commercial, and Logistics teams to ensure seamless alignment of scope, interfaces, risks, and dependencies.
Integrate and coordinate program-wide activities across Construction Services, ensuring construction activities are effectively planned, sequenced, and transitioned into delivery.
Manage program interfaces, assumptions, dependencies, and constraints to support safe and predictable project execution.
Develop and implement Construction Work Packages and delivery strategies, ensuring clear definition and communication of scope and interfaces.
Monitor readiness requirements and embed them within work packages and plans, supporting safe launch and mobilization reviews.
Requirements
Degree in Construction Management
Engineering
Project Management, or a related field
Nice to have: Professional membership of APM, CIOB, or ICE
Nice to have: Project Management qualification (APM PMQ, Prince 2)
The OSM Area Field Engineer (AFE) supports the Module Yard Manager by leading field engineering activities for module free issue material receipt, assembly, installation, testing, completion, and turnover.
Responsibilities
Provide technical leadership for module assembly, installation, field completion, and turnover
Develop and manage module assembly, completion, and turnover plans aligned with construction, startup, and project milestones
Coordinate module receipt, inspection, preservation, logistics interfaces, and installation readiness with Construction, Logistics, Materials Management, and Quality
Resolve module punch items, carryover work, field nonconformances, design changes, and incomplete fabrication-yard scope
Manage field engineering support for module assembly, module-to-module connections, commodity tie-ins, and multi-discipline system interfaces
Leadership role responsible for developing and implementing the digital strategy and information management framework for a major nuclear new build project.
Responsibilities
Lead the development and execution of the Digital and Information Management strategy for a large-scale nuclear new build project.
Align digital initiatives with project objectives, corporate standards, regulatory requirements, and long-term asset lifecycle management.
Champion digital transformation through BIM, digital twins, data analytics, advanced collaboration platforms, and emerging technologies.
Establish and govern enterprise-wide information management frameworks, including data governance, metadata standards, and document control processes.
Ensure compliance with nuclear industry regulations, cybersecurity standards, and industry best practices such as ISO 19650 and IEC 62645.
Requirements
Nice to have: Nuclear new build projects
Nice to have: Reactor design
Nice to have: Construction execution
Nice to have: Nuclear industry operating practices
Support Advanced Work Packaging and workface-readiness activities by helping track Construction Work Package and Installation Work Package information, constraints, engineering and procurement handoffs, and field priorities.
Assist with piping material readiness by tracking quantity information, requisitions, required-on-site dates, shortages, delivery status, storage or preservation needs, and release for installation.