Process Engineer: Lean | Process & Tooling Innovator

Aptiv; Peabody (MA); Vor Ort; USD 90.000 - 100.000; Vollzeit

Benefits dieser Stelle

Health coverage

401(k) with company match

Paid time off

Career development resources

Zusammenfassung

Aptiv Interconnect is seeking a Process Engineer to drive process development, improvements, and tooling design for RF coax assembly and cable products in our Peabody, MA facility. You will partner with QA, operations, and MBR to optimize manufacturability and performance.

Responsibilities include DFA/DFM input on new designs, documentation of processes, and collaboration across functions to ensure on-time NPI execution with cost and quality targets.

Qualifikationen

• Bachelor's degree in Engineering or 3+ years RF coax/cable assembly experience.
• Knowledge of RF/Microwave specs, RoHS, UL, Plenum compliance.
• Lean Manufacturing knowledge and ERP familiarity.

Aufgaben

• Define and propose improved processes to enhance product quality and throughput.
• Collaborate with QA, operations, and MRB to resolve issues using root cause analysis and corrective actions.
• Diagnose and resolve equipment issues or coordinate external repair services.
• Review, evaluate and implement process-related tooling and equipment and train production teams.
• Develop standardized routines and adaptive workflows to maximize production rates and reduce costs.
• Monitor assembly processes, measure throughput, and ensure peak output quality via CI.

Kenntnisse

Continuous Improvement

Root Cause Analysis

Lean Manufacturing

Collaboration

Problem Solving

DFA/DFM input

ERP systems

SolidWorks knowledge

RF/microwave test equipment

Ausbildung

Bachelor's degree in Engineering or equivalent RF/coax experience

Tools

SolidWorks

ERP systems

Salesforce

KissFlow

QT9

Jobbeschreibung

Aptiv Interconnect is seeking a Process Engineer to drive process development, improvements, and tooling design for RF coax assembly and cable products in our Peabody, MA facility. You will partner with QA, operations, and MBR to optimize manufacturability and performance.

Responsibilities include DFA/DFM input on new designs, documentation of processes, and collaboration across functions to ensure on-time NPI execution with cost and quality targets.