Field Performance Engineer

How You Will Help

• Lead end-to-end management of claim-defective customer returns (RMA/FSR), serving as the central point of ownership across the company.
• Conduct field investigations and forensic analyses to evaluate product failures, including site inspections and evidence collection.
• Apply engineering principles, metallurgy knowledge, and failure analysis techniques to determine root cause.
• Prepare detailed written reports summarizing findings for internal leadership, customers, legal teams, and external stakeholders.
• Partner with Legal, Quality, Engineering, and Manufacturing teams to support litigation, claims defense, and risk mitigation strategies.
• Interface directly with customers, contractors, and end users to communicate findings—including delivering difficult or adverse conclusions professionally.
• Support subrogation and litigation activities, including depositions and expert testimony as required.
• Ensure alignment with NFPA (13, 25), UL, and other applicable industry standards.
• Collaborate with product engineering teams to identify failure trends and drive continuous product improvement.
• Support development and standardization of investigation processes across ASC, aligning with established Reliable practices.
• Act as a de facto risk management partner, helping minimize financial exposure from claims and product performance issues.
• Travel to field sites as needed (often short notice) to investigate incidents; typically 2–5 trips per month with overnight travel.
• Work onsite in Liberty, SC when not traveling to access forensic equipment and engineering resources.

What You Will Bring

• Bachelor’s degree in Mechanical Engineering, Fire Protection Engineering, Civil Engineering, Forensic Engineering, or related field (strongly preferred).
• 8–10+ years of experience in mechanical systems, product investigation, forensic engineering, or related industries (manufacturing, construction, automotive, fire protection, etc.).
• Strong understanding of construction practices and mechanical product applications.
• Working knowledge of NFPA codes (13, 25), UL standards, and industry compliance requirements.
• Experience with metallurgy, materials science, and failure mechanisms.
• Familiarity with manufacturing processes and quality assurance methodologies.
• Ability to conduct structured investigations, design experiments, and communicate technical findings clearly.
• Strong interpersonal and communication skills; ability to work with customers in potentially adversarial situations.
• Willingness and flexibility to travel frequently and respond to field events on short notice.
• Demonstrated stability in career progression.