STEM Search Group
Engineering Manager (Fuel System Remanufacturing)
STEM Search Group, Columbia, South Carolina, us, 29228
What you’ll do
Lead the engineering function for a precision remanufacturing operation focused on diesel/gasoline fuel injectors, high-pressure pumps, and critical fuel system components.
Oversee a team of engineers and technicians responsible for teardown, inspection, salvage, reconditioning, assembly, and final calibration of high-pressure fuel system hardware.
Develop and refine remanufacturing processes, including repair strategies, reuse criteria, machining/cleaning standards, and validation methods that ensure “like‑new” performance.
Partner cross‑functionally with Production, Quality, Manufacturing Engineering, and Supply Chain to resolve technical issues affecting flow, throughput, or product performance.
Drive continuous improvement initiatives using data, Lean methodology, and structured problem‑solving to improve yield, reduce variation, and enhance process capability.
Lead root‑cause analysis for internal failures and field returns, converting insights into durable corrective actions and better salvage strategies.
Author, maintain, and uphold engineering documentation including PFMEAs, control plans, test requirements, and quality‑critical procedures.
Support equipment upgrades, capital planning, and implementation of new technologies that increase precision, efficiency, and technical capability.
Ensure all remanufactured components meet stringent performance standards through rigorous flow testing, leakage checks, and high‑pressure calibration.
What we’re looking for
10+ years in automotive, diesel engine, or heavy‑equipment manufacturing environments involving precision fuel‑system components.
Must have direct experience with fuel system components: diesel injectors, high‑pressure pumps, common‑rail systems, GDI hardware, or equivalent high‑pressure fluid‑delivery technologies.
Background in remanufacturing, rebuild, teardown/inspection, or reverse‑engineering highly preferred, but strong new‑production fuel system experience will also be considered.
Hands‑on understanding of precision assembly, flow/pressure testing, calibration methods, SPC, and validation of micron‑level components.
Demonstrated success leading engineers or technical teams while driving measurable improvements in process control, capability, and cost.
Solid working knowledge of Lean manufacturing, PFMEA, structured problem‑solving (A3, DMAIC, 5‑Why), and standard work development.
Proficiency with CAD, ERP/MRP systems, and data‑driven engineering decision‑making.
Bachelor’s degree in Mechanical, Manufacturing, or Industrial Engineering required; Master’s preferred.
Why this role matters You’ll take ownership of a core business unit that directly supports OEM service programs, fleet reliability, and the long‑term life of major diesel platforms.
This is a chance to lead the engineering roadmap for a high‑precision remanufacturing operation and elevate it through better process control, smarter technology, and stronger technical leadership. Your work will directly impact product reliability, cost competitiveness, and customer satisfaction; all while shaping a team that is central to the company’s long‑term success.
It’s an opportunity for an engineer‑leader who loves solving complex mechanical problems, refining processes, and making a measurable impact in a niche, high‑expertise segment of the automotive industry.
STEM Search Group
#J-18808-Ljbffr
Lead the engineering function for a precision remanufacturing operation focused on diesel/gasoline fuel injectors, high-pressure pumps, and critical fuel system components.
Oversee a team of engineers and technicians responsible for teardown, inspection, salvage, reconditioning, assembly, and final calibration of high-pressure fuel system hardware.
Develop and refine remanufacturing processes, including repair strategies, reuse criteria, machining/cleaning standards, and validation methods that ensure “like‑new” performance.
Partner cross‑functionally with Production, Quality, Manufacturing Engineering, and Supply Chain to resolve technical issues affecting flow, throughput, or product performance.
Drive continuous improvement initiatives using data, Lean methodology, and structured problem‑solving to improve yield, reduce variation, and enhance process capability.
Lead root‑cause analysis for internal failures and field returns, converting insights into durable corrective actions and better salvage strategies.
Author, maintain, and uphold engineering documentation including PFMEAs, control plans, test requirements, and quality‑critical procedures.
Support equipment upgrades, capital planning, and implementation of new technologies that increase precision, efficiency, and technical capability.
Ensure all remanufactured components meet stringent performance standards through rigorous flow testing, leakage checks, and high‑pressure calibration.
What we’re looking for
10+ years in automotive, diesel engine, or heavy‑equipment manufacturing environments involving precision fuel‑system components.
Must have direct experience with fuel system components: diesel injectors, high‑pressure pumps, common‑rail systems, GDI hardware, or equivalent high‑pressure fluid‑delivery technologies.
Background in remanufacturing, rebuild, teardown/inspection, or reverse‑engineering highly preferred, but strong new‑production fuel system experience will also be considered.
Hands‑on understanding of precision assembly, flow/pressure testing, calibration methods, SPC, and validation of micron‑level components.
Demonstrated success leading engineers or technical teams while driving measurable improvements in process control, capability, and cost.
Solid working knowledge of Lean manufacturing, PFMEA, structured problem‑solving (A3, DMAIC, 5‑Why), and standard work development.
Proficiency with CAD, ERP/MRP systems, and data‑driven engineering decision‑making.
Bachelor’s degree in Mechanical, Manufacturing, or Industrial Engineering required; Master’s preferred.
Why this role matters You’ll take ownership of a core business unit that directly supports OEM service programs, fleet reliability, and the long‑term life of major diesel platforms.
This is a chance to lead the engineering roadmap for a high‑precision remanufacturing operation and elevate it through better process control, smarter technology, and stronger technical leadership. Your work will directly impact product reliability, cost competitiveness, and customer satisfaction; all while shaping a team that is central to the company’s long‑term success.
It’s an opportunity for an engineer‑leader who loves solving complex mechanical problems, refining processes, and making a measurable impact in a niche, high‑expertise segment of the automotive industry.
STEM Search Group
#J-18808-Ljbffr