Sargent & Lundy

Civil Engineer

• Prepare calculations relating to storm water drainage, sanitary sewer systems and disposal fields, and earthwork, to support design and permitting.
• Prepare technical specifications to define construction requirements.
• Prepare site layout, grading, and drainage designs.
• Design storm sewer systems, roads, trackwork, water storage and wastewater disposal ponds, and solid waste landfills.
• Work with Designers to accurately portray designs in 3-D models and design drawings.
• Review shop drawings and other vendor documentation for conformity with specifications.
• Travel to client offices for design reviews and to plant site locations for construction coordination and field verification of designs.

Civil Engineer – Mid-Level

Engineer

• Collaborate closely with team lead(s) to contribute to the execution of water resources deliverables and site development engineering tasks.
• Participate in project teams alongside fellow engineers, focusing on designing, modifying, and analyzing power plant sites.
• Determine flood levels for rainfall events spanning 100-year, 500-year, and 1000-year occurrences.
• Utilize ArcGIS, StreamStats, and DEM data for watershed delineation.
• Conduct extreme value analysis on stream and rainfall gauges.
• Craft H&H models with HEC-HMS and HEC-RAS.
• Perform dam failure analysis.
• Estimate IDF curves based on rainfall gauge data.
• Extract probable maximum precipitation (PMP) data from existing publications.
• Design storm drains, open channel drainage systems, and stormwater ponds.
• Develop site layout, grading plans, and drainage designs.
• Design roads and trackwork for optimal functionality.

Mid-Level Water Resources Engineer

SDET

• Assist in facilitating Client – Owner/Regulator communications.
• Coordinate issues between engineering and construction, as required to support project activities.
• Review and advise on corrective action issues, including engineering, construction, and commissioning deficiencies.
• Prepare detailed startup plans as are necessary for functional testing of process systems.
• Prepare system turnover packages following project procedures, including reviewing system testing documentation.
• Responsible for reviewing, creating, and revising operations and maintenance procedures for nuclear projects.
• Responsible for reviewing proposed procedure changes to ensure they accurately reflect new requirements and to identify impacts on existing procedures.

Test Engineer, Nuclear

Designer

• Preparation of design deliverables based on input from substation design and protection and control engineers
• Single Line Relaying & Metering Diagrams
• AC & DC Schematic Diagrams
• Equipment Interconnection Wiring Diagrams
• Cable Schedules
• Providing technical guidance and mentoring to new designers
• Interpreting and incorporating vendor information into design deliverables
• Conducting walkdowns at client substation facilities.

Wiring Designer 1 – Grid

• Work with multi-disciplined engineering and design project teams in developing mechanical physical layout drawings in a 3-D model
• Design mechanical systems, investigate, troubleshoot, and solve a wide variety of mechanical design issues
• Utilize 3D modeling software tools to generate mechanical design schematics
• Act as the Mechanical design team lead in the coordination of detailed design phases for all aspects of an integrated mechanical design model
• Coordinate and provide guidance to other designers and project team members
• Independently plan and execute design deliverables
• Conduct field walkdowns and data gathering at client facilities
• Provide guidance as a mentor in the development of less experienced drafters and designers

Mechanical Designer 2 – Nuclear Power

QA Engineer

• Review and oversee the Quality Assurance/Quality Control (QA/QC) program for all project phases
• Conduct regular audits of contractor activities to verify conformity with design documents and project specifications
• Ensure that contractors are utilizing the latest revisions of design documents
• Monitor the proper storage and maintenance of materials and equipment
• Review and evaluate construction test reports and compliance documentation
• Provide oversight of construction activities
• Ensure that all quality records and 'as-built' documentation are properly maintained

Lead Electrical Quality Assurance/Quality Control Specialist – Construction Management

• Quality Assurance Management: Review and oversee the Quality Assurance/Quality Control (QA/QC) program for all project phases
• Contractor Audits: Conduct regular audits of contractor activities
• Document Control: Ensure that contractors are utilizing the latest revisions of design documents
• Material & Equipment Oversight: Monitor the proper storage and maintenance of materials and equipment
• Construction Testing Reviews: Review and evaluate construction test reports
• Quality Monitoring: Provide oversight of construction activities
• Documentation of Quality Records: Ensure all quality records are maintained
• Audit Reporting: Compile and report quality audit results
• Pre-Planning Support: Assist contractors in pre-planning their quality control processes
• Inspection Observations: Document test and inspection observations accurately
• Non-Conformance Management: Track and follow up on non-conformance reports
• Performance Statistics: Regularly summarize and report on QA/QC performance statistics
• Provide technical leadership, support, and guidance to plant operators and maintenance teams

Lead Quality Assurance/Quality Control Specialist 2 – Construction Management

Mechanical Engineer

• Perform consulting level work for power uprates in the nuclear industry
• Interface with clients and project teams to present technical discussions and project status
• Develop engineering proposals and cost estimates
• Manage resources/resource loading and develop estimates for task completion and budget development
• Review calculations related to heat balances, power train pumps, heat exchangers, condenser/heat sink, and plant hazards
• Review task reports and equipment evaluations presenting technical information clearly
• Review equipment sizing, optimization evaluation, and selection in response to client needs
• Evaluate vendor bids from a technical perspective
• Interface with vendors for document reviews and ensure compliance
• Lead and mentor junior engineering staff

Lead Mechanical Engineer – Power Uprates

• Design transmission lines in the 69kV to 500kV range.
• Responsibility for cost analyses, development of design criteria, routing and siting of transmission lines.
• Responsibility for conductor selection studies, shielding, grounding and induction studies.
• Work with vendors and clients to specify transmission line components.
• Direct a small project team.
• Work with experienced engineers and mentor less experienced staff.
• Work with a diverse client base and interact with the client and other project teams.
• Occasional travel for site visits and client meetings.
• Develop proposals and cost estimates for new work.

Senior Transmission Line Engineer – Grid

Software Engineer

• Develop and market high level, complex programs for nuclear power projects associated with design, operational excellence, safety, maintenance, and project management
• Direct technical decision making in a project team environment with other engineers and designers
• Investigate, troubleshoot, and solve a wide variety of instrumentation & controls engineering issues
• Coordinate systems design activities to ensure compliance with specifications, codes, and client requirements
• Perform Digital Systems Design Development for nuclear plant systems
• Prepare and review detailed calculations for analog and digital controls applications
• Prepare documentation for design input for drawing production
• Interface with vendors and prepare equipment purchase specifications
• Prepare reports and studies that present technical information concisely

Senior Consultant – Instrumentation & Controls Engineering, Nuclear

• Collaborate with engineers and a senior designer to produce a high and/or extra high voltage substation design
• Using SDS to prepare a 3D Model that would generate the following drawing: General Arrangement, Electrical Equipment Plans, Sections, Electrical Connection Details, Foundation Plans, Grounding Plans, Grounding Details, Conduit and Trench Plans, Conduit Details, Control Building Layout, Control Building Details, Bills of Material, Cable Schedules, and a Shielding Plan
• Interpret and incorporate vendor information into design deliverables
• Conduct walkdowns at client substation facilities

3D Substation Physical Designer – Level 3

Project Manager

• Provide leadership in development support, conceptual design, owner’s engineer services, and due diligence services to clients
• Perform technical evaluations of electric power generation projects and facilities
• Lead project economic and cost analysis, risk assessments, and contract development
• Prepare proposals for consulting project opportunities
• Develop consulting project execution plan to meet client’s needs
• Lead project team by providing clear instruction including technical approaches
• Manage hours and work performed to budget and scope
• Review deliverables such as reports and studies
• Support multiple projects simultaneously while ensuring a high quality standard
• Travel occasionally to visit project locations and client offices

Project Manager – Power Engineering Consulting

• Work on a wide range of substation and transmission line projects and perform civil site development work including creating and reviewing calculations, designs, and specifications.
• Coordinate with project managers, client personnel, contractors, suppliers, and permitting agency personnel as necessary to ensure a complete and timely design.
• Guide and oversee other civil engineers and civil designers in taking on and completing civil engineering project work.
• Assist in developing a core site civil engineering team focused on power delivery including participating in the interview and hiring process for new team members and managing workloads for the group.

Lead Site Civil Engineer – Grid

• Assist in facilitating Client – Owner/Regulator communications.
• Coordinate issues between engineering and construction, as required to support project activities
• Review and advise on corrective action issues, including engineering, construction, and commissioning deficiencies
• Prepare detailed startup plans as are necessary for functional testing of process systems
• Prepare system turnover packages following project procedures, including reviewing system testing documentation
• Responsible for reviewing, creating, and revising operations and maintenance procedures for nuclear projects
• Responsible for reviewing proposed procedure changes to ensure they reflect new requirements, and to identify their impact on existing procedures.

Lead Test Engineer – Procedure Writer 2, Nuclear

Consultant

• Focus on utility planning and advisory projects
• Prepare new generator interconnection applications
• Review ISO feasibility and system impact studies
• Perform independent power system studies
• Perform advanced grid system studies for new generation projects