Senior Mechanical/Piping Field Engineer – Construction - Engineering (CO102)

ProSidian Consulting•Aiken, SC

4d•Onsite

About The Position

ProSidian seeks a Senior Mechanical/Piping Field Engineer – Construction - Engineering (CO102) as an Engagement Team Member generally located across the Savannah River Site / Aiken, South Carolina, supporting Environmental Management Sector requirements to support an engagement for a liquid waste contractor (Savannah River Remediation [SRMC]) at the Savannah River Site in Aiken, SC, which is owned by the U.S. Department of Energy. This role provides services and support as an Engineering Functional Area Senior Mechanical/Piping Field Engineer – Construction (CO102) under Labor Category: Construction Discipline Engineer at Savannah River Site / Aiken, South Carolina. The Senior Mechanical/Piping Field Engineer – Construction - Engineering (CO102) works collaboratively as part of the ProSidian Engagement Team as Exempt personnel. This is a Labor Hour Subcontract or Contract W-2 (IRS-1099) position, and ProSidian reserves the right to convert to a full-time ProSidian-employed W-2 Position. The role(s) are located at Savannah River Site / Aiken, South Carolina, with an identified Work Site Address (121 Richland Ave E, Aiken, SC 29801, USA), providing Engineering functions working to provide BOA Support Services for multiple department requirement Service Areas (SA) for Savannah River Remediation LLC (The SRMC/LW Contractor) at the U.S. Department of Energy | Savannah River Site (DOE-SRS) in Aiken, SC to support the evolving needs of the organization.

Requirements

Thorough understanding of construction engineering principles and ability to apply them to field conditions.
Working knowledge of discipline-specific codes and standards.
Previous experience generating computer-based construction work execution plans or work packages, including job-specific hazard analysis.
Previous experience generating job hazard analyses.
Previous experience performing material takeoffs and procurement.
Capability to obtain qualification to work in radiological work areas.
Experienced with pipe/tubing fabrication and installation.
Experienced with pipe support fabrication and installation.
Experienced with pipe testing, hydrostatic and pneumatic.
Familiar with National Codes ASME Piping codes B31.1 and B31.3.
Capable of interpreting design drawings, P&ID’s and Orthographics.
Familiar with National Codes and Standards (ASME relative to Tank fabrication/installation, rotating and stationary Equipment, H&V, Insulation, etc.) and capable of interpreting and analyzing requirements to ensure compliance.
Experienced in H&V fabrication/installation / testing.
Experienced in setting of equipment, pumps and alignments.
Bachelor’s degree in the specified engineering discipline AND at least 5 years of practical construction field engineering experience in that discipline.
Associate’s degree in the specified engineering discipline AND 5–10 years of practical construction engineering experience in that discipline.
High school diploma AND 10+ years of practical construction engineering experience in the specified discipline.
Meet one of the three alternative education/experience pathways.
Specified discipline is Mechanical, Piping, Electrical, Civil, or Instruments and Controls, as determined by the requestor. This supplied specialization is Piping/Mechanical.
Experience with pipe and tubing fabrication and installation.
Experience with pipe support fabrication and installation.
Experience with hydrostatic and pneumatic pipe testing.
Familiarity with ASME piping codes B31.1 and B31.3.
Ability to interpret design drawings, piping and instrumentation diagrams (P&IDs), and orthographic drawings.
Familiarity with applicable national codes and standards, including ASME requirements related to tank fabrication and installation, rotating and stationary equipment, heating and ventilation (H&V), and insulation. Ability to interpret and analyze requirements to ensure compliance.
Experience with H&V fabrication, installation, and testing.
Experience setting equipment and pumps and performing alignments.
Computer-based work-package preparation, installation sequencing, work-instruction development, material takeoffs, procurement support, and job-specific hazard-analysis preparation.
Engineering judgment: apply construction engineering principles to actual field conditions and resolve design or installation issues.
Constructability and code-compliance assessment: reconcile drawings, vendor documents, field conditions, procedures, and applicable standards.
Work planning and organization: sequence installations, verify material readiness, manage approval routing, and maintain work-package status through closure.
Safety and hazard recognition: prepare hazard analyses, coordinate permits, lead hazard reviews, and communicate controls in pre-job briefings.
Quality and documentation accuracy: verify materials and workmanship, coordinate inspections and testing, and maintain complete work and permit records.
Coordination and communication: collaborate with design engineers, craft supervision, support groups, procurement, Quality Control, and project teams.
Field leadership and problem solving: lead briefings and review meetings, coordinate daily support, and track technical comments and field issues to resolution.
Must be a U.S. citizen.
Must possess a valid driver’s license.
Personal vehicles operated by the candidate must have valid registration.
Personal vehicles operated by the candidate must be insured, with proof of insurance kept in the vehicle.

Nice To Haves

Asset Suite experience is preferred.
Knowledge of SRS-specific piping guides and standards is a plus.
Knowledge of SRS-specific mechanical guides and standards is a plus.
Experience in developing ordinary and critical lift plans is a plus.
Experience in radiological work planning and hazard analysis is desirable.

Responsibilities

Plan and provide technical oversight of field construction procurement, fabrication, installation, modification, and maintenance of systems and components within the assigned discipline.
Coordinate with design agencies for timely issuance of new designs and design changes.
Resolve construction design problems with Design Engineers.
Review design output and vendor documents.
Conduct field walkdowns with design engineers.
Verify constructability, procedure and code compliance, field conditions against design output, and material availability.
Submit constructability comments, track comments to resolution, and support project design review meetings.
Develop and expedite bills of materials (BOM).
Track material delivery progress and status.
Coordinate delivery to the field.
Verify received materials against ordered materials.
Conduct walkdowns with craft supervision and support groups.
Develop installation sequences and work instructions.
Generate inspection and test records or coordinate with Quality Control.
Identify layout and survey needs and generate requests.
Prepare job-specific hazard analyses and support or lead team hazard-analysis review meetings.
Generate or support job-specific permits and orders as required: lockout/tagout orders, power services utilization permits, hot work, asbestos disturbance, confined space, radiological work, excavation, and hazardous waste.
Attend or chair execution-plan review meetings.
Develop hazard-analysis and work-plan approval routing lists.
Coordinate and expedite work-package approval routing.
Disposition review comments.
Assemble approved work execution plans.
Provide plan status and updates in the SRS work control passport system.
Lead craft pre-job briefings.
Perform task-ready walkdowns with craft supervision.
Verify installed commodity quantities.
Coordinate daily field support.
Expedite or order materials as required.
Coordinate material testing and track shop fabrication supporting field execution.
Perform field inspections and identify and coordinate resolution of installation issues.
Inspect and verify materials, equipment, and workmanship against drawings, specifications, and applicable codes.
Coordinate with Quality Control to confirm installation requirements are met.
Participate in turnover activities and support startup and functional checkout of equipment and systems.
Generate design completion notices.
Ensure work execution plan status accuracy.
Close required permits and work execution plan documentation.