The Welding Engineer will be responsible for providing central office and field support to the Projects Engineering group, existing facilities operations, construction, and maintenance activities. Project support includes, but is not limited to; field walkdowns, presentations, supplier discussions, drawing and document reviews, participation in designs ranging from scope definition, feasibility and conceptual studies, and preliminary/detailed designs. The Welding Engineer writes welding requirements for procurement documents, welding, brazing, and bonding procedures in compliance with applicable code requirements. The candidate also solves problems in designing and maintaining plant facilities and processes. The candidate will be responsible for training site personnel from engineering, maintenance, and construction on the welding requirements, criteria, and compliance documents applicable for performing work activities. The Welding Engineer also reviews design output documents for welding technical data and compliance with national codes and standards and company approved procedures and policies, and they may draft and provide assistance in the execution of Installation Change Requests (ICR's), Non-Conformance Reports (NCR's), and retraining should a nonconformance or required process improvement be identified. The Welding Engineer evaluates bid proposals for technical compliance of welding submittals, reviews supplier submittals, and traveling to and conducting supplier surveillances to ensure compliance to contractually specified welding requirements. The Welding Engineer may be assigned field activities supporting on-site and off-site organizations, including on-site subcontractors performing welding, brazing, bonding activities or non-destructive examination activities that fall within the scope of the Welding Program Manual. The Welding Engineer may be assigned to perform off-site supplier visits and audits. The Welding Engineer maintains oversight/ownership and ultimate responsibility of Filler Material (Rod) Rooms. The Welding Engineer reviews on-site work packages involving welding to ensure that design output is complete and correct and establishes hold points for the fabrication and inspection of welds that satisfy the code, specifications, and procedure requirements. The Welding Engineer generates Weld Inspection Records (WIRs), associated documents and activities, and any associated weld maps for the work package and maintains them by completing and tracking all alterations from the originals, and they perform random in-process oversight activities of any on-site welding activity. The Welding Engineer reviews all completed Welding Inspection Records for completeness and correctness before final closeout. The Welding Engineer must have extensive technical knowledge and understanding of AWS AWS A2.4, ASME B31, and ASME Section IX Welding codes. The Welding Engineer will assist in the processing of non-conformances and will generate and release of supplemental weld instructions including repair operations. The Welding Engineer will have knowledge and hands-on application in the SMAW, GMAW, FCAW, and GTAW processes, and in weld size calculations. Knowledge of autogenous weld process for stainless steel tube for high vacuum applications. Knowledge of manual and automatic GTAW welding of stainless steel for high vacuum applications.