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Role Summary/Purpose:

The welding position at Flow Safe is responsible for performing high-quality GTAW (TIG) welding on stainless steel, carbon steel, and alloy components used in the manufacturing and repair of ASME-certified safety relief valves. This position requires strong technical skills, attention to detail, and a thorough understanding of ASME Section XIII, ASME Section IX, and company welding procedures. The TIG Welder plays a critical role in ensuring Flow Safe's products meet strict code, safety, and performance standards through precision fabrication, adherence to quality processes, and collaboration with Quality Assurance personnel.

Essential Responsibilities:

+ Perform TIG welding operations on stainless steel, carbon steel, and alloy materials used in the manufacturing and repair of Flow Safe safety relief valves.

+ Follow ASME Section XIII and ASME Section IX codes, WPS (Welding Procedure Specifications), and PQR (Procedure Qualification Records) requirements.

+ Prepare, align, and fit valve components prior to welding using appropriate jigs, fixtures, and blueprints.

+ Verify joint geometry, alignment, cleanliness, and fit-up prior to welding.

+ Ensure all welds comply with ASME, API, and Flow Safe quality standards.

+ Interpret and apply engineering drawings, weld symbols, and dimensional tolerances accurately.

+ Perform precision welds that meet or exceed visual inspection and non-destructive testing (NDT) acceptance criteria.

+ Maintain accurate weld traceability records, including welder logs, heat numbers, and inspection documentation.

+ Collaborate with Quality Control and Quality Assurance teams to ensure weld integrity and support valve testing and certification.

+ Maintain welding tools, torches, and gas systems in safe, calibrated, and optimal working conditions.

+ Cut, machine, and prepare pipe and valve components to specified dimensions per engineering drawings.

+ Participate in welder performance qualifications, procedure qualifications, and ongoing skills improvement activities.

+ Follow all Flow Safe safety policies and regulatory requirements, including PPE, and hot work

+ Support continuous improvement and lean manufacturing initiatives focused on quality, efficiency, and safety.

Qualifications/Requirements:

+ 3-5 years of TIG welding experience in a pressure vessel, valve, or precision manufacturing environment.

+ Ability to interpret technical drawings, weld symbols, and specifications.

+ Familiarity with ASME, API 527, and NBIC standards is highly desirable, not necessary

+ Strong commitment to quality, precision, and safety.

+ In-depth knowledge of TIG (GTAW) welding techniques for stainless steel, carbon steel, and alloy materials.

+ Working understanding of ASME Section XIII (Safety Relief Valves) and ASME Section IX (Welding Qualifications). Desired not necessary.

+ Familiarity with API 527, NBIC, and other applicable welding and valve manufacturing standards. Desired not necessary.

+ Proficient in reading and interpreting engineering drawings, blueprints, weld symbols, and dimensional tolerances.

+ Knowledge of NDT (Non-Destructive Testing) methods and visual weld inspection criteria.

+ Basic machining and fitting knowledge related to valve components and pressure-retaining assemblies.

Education Requirements:

+ High school diploma or GED required; trade school or welding certification preferred.

Key Competencies:

+ Demonstrated ability to produce clean, consistent, and code-compliant welds under minimal supervision.

+ Strong mechanical aptitude with attention to precision and detail.

+ Skilled in the setup, torches, and gas systems.

+ Competent in measuring tools and instruments such as micrometers, calipers, and gauges.

+ Effective documentation and recordkeeping for weld traceability and quality compliance.

+ Strong troubleshooting and problem-solving skills to identify and correct welding or fit-up issues.

+ Ability to maintain focus and precision during repetitive or high-specification welding tasks.

+ Ability to follow written and verbal instructions, technical standards, and safety procedures.

+ Work collaboratively with Production, Quality Assurance, Engineering, and teams.

+ Commitment to safety, quality, and continuous improvement in all work activities.

+ Willingness to participate in ongoing training and certification programs as required by Flow Safe and ASME standards.

Organizational Expectations:

+ Safety - Shows concern for safety, identifying hazardous or potentially hazardous situations and taking appropriate action to maintain a safe environment for self and others.

+ Quality - Follows up to ensure high quality output, takes action to solve quality problems or communicate quality issues to management.

+ Teamwork - Works collaboratively with others to achieve organizational goals and treats others with respect and dignity.

+ Client Focus - Provides service excellence to both internal and external clients.

+ Accountability - Willingly accepts personal responsibility for decisions, actions, attitudes and behaviors that contribute to the overall effectiveness of the organization. Communicates effectively, follows through on assignments, uses resources efficiently and participates in learning opportunities.

Frequent Activities:

+ Use of large wrenches and other tools to torque or tighten components.

+ Frequent use of hands to handle, control, or feel objects, tools, and equipment.

+ Repetitive motions involving hands, wrists, and arms.

+ Bending, twisting, or reaching while operating equipment.

+ Extended periods of sitting and/or standing.

+ Clear verbal communication with team members and managers.

+ Lifting and moving objects weighing 1-40 pounds.

Work Environment Conditions:

+ Noise: Moderate noise levels from grinding, polishing, and hammering.

+ Air Quality: Potential exposure to airborne particles such as grinding dust and welding fumes.

+ Temperature: May experience heat exposure up to 90°F during certain operations.