Senior Process Engineer

TTM Technologies, Inc. – Publicly Traded US Company, NASDAQ (TTMI) – Top-5 Global Printed Circuit Board Manufacturer About TTM TTM Technologies, Inc. is a leading global manufacturer of technology products, including mission systems, radio frequency (“RF”) components, RF microwave/microelectronic assemblies, and technologically advanced printed circuit boards (“PCB”s). TTM stands for time-to-market, representing how TTM's time-critical, one-stop design, engineering and manufacturing services enable customers to reduce the time required to develop new products and bring them to market . Additional information can be found at www.ttm.com TTM Technologies, Inc. – Publicly Traded US Company, NASDAQ (TTMI) – Top-5 Global Printed Circuit Board Manufacturer About TTM TTM Technologies, Inc. is a leading global manufacturer of technology products, including mission systems, radio frequency (“RF”) components, RF microwave/microelectronic assemblies, and technologically advanced printed circuit boards (“PCB”s). TTM stands for time-to-market, representing how TTM's time-critical, one-stop design, engineering and manufacturing services enable customers to reduce the time required to develop new products and bring them to market . Additional information can be found at www.ttm.com The Role The Senior Process Engineer supports manufacturing processes, materials evaluation, and new part introduction used in the design and production of electronic components and assemblies. This role applies engineering expertise to troubleshoot manufacturing issues, optimize processes, evaluate new materials and components, integrate equipment, and maintain product quality and reliability. Working with Engineering, Quality, Operations, Supply Chain, Program Management, and customers, the Senior Process Engineer leads new part reviews, supports new product introduction (NPI), drives process improvement initiatives, and develops solutions to technical challenges. This position serves as a technical resource within the organization and contributes to manufacturing efficiency, material quality, and continuous improvement. Essential Duties and Responsibilities Lead the technical review and qualification of new parts, components, and raw materials to ensure manufacturability, reliability, and compliance with specifications Evaluate and characterize new and alternative for process compatibility, cost reduction, and performance improvements Troubleshoot manufacturing and material-related issues using engineering principles, data analysis, and root cause investigation Develop, document, and improve manufacturing processes, procedures, operating parameters, and process controls Analyze process performance and test data to improve product quality, yield, efficiency, and reliability Conduct failure analysis, root cause corrective action (8D) and PFMEA to identify risks and implement corrective and preventive actions Lead continuous improvement initiatives, including Kaizen, 5S, and process optimization using statistical techniques Support manual and automated manufacturing processes, equipment integration, and lead Design for Manufacturability (DFM) reviews during new product introduction (NPI) Plan and execute capital equipment projects, including equipment selection, installation, and implementation. Serve as a technical resource for assigned product lines, including supporting process changes and production readiness as the Responsible Engineering Authority (REA). Support advanced manufacturing initiatives, including automation, Industry 4.0, and digital transformation. Provide technical guidance to colleagues and contribute to cross-functional projects and process improvements. Follow applicable company policies and procedures related to safety, quality, and manufacturing operations. Perform other duties and special projects as assigned. Required Knowledge, Skills, and Abilities Strong understanding of materials science, manufacturing processes, process controls, and sustaining engineering Experience in new part qualification, First Article Inspection (FAI), and Design for Manufacturability (DFM) reviews Knowledge of material characterization techniques and material-driven failure analysis methodologies. Experience with mechanical assembly, tooling, and fixture design. Knowledge of process improvement methodologies, including Statistical Process Control (SPC), Root Cause Analysis, and Design of Experiments (DOE). Proficiency with Microsoft Office, particularly Excel; experience with Minitab, CAD software, and basic programming preferred. Familiarity with Geometric Dimensioning and Tolerancing (GD&T) and advanced manufacturing technologies. Strong analytical, mathematical, problem-solving, and project management skills. Effective communication and collaboration skills, with the ability to manage multiple priorities in a fast-paced manufacturing environment. Education and Experience Education Bachelor's degree in Ceramic Engineering, Materials Engineering, Electrical Engineering, Mechanical Engineering, Chemical Engineering, or a related engineering discipline required. Experience Typically requires 5+ years of related engineering experience with a bachelor's degree, 3+ years with a master's degree, or 1+ years with a PhD. Experience in manufacturing process development, materials evaluation, new part qualification, continuous improvement, statistical analysis, and process control preferred. Experience with capital equipment projects, equipment integration, and new product introduction preferred. Experience in high-reliability manufacturing environments preferred. Physical Demands and Work Environment Ability to stand and walk for extended periods, up to 8 hours per day. Ability to occasionally lift and/or move materials weighing up to 45 pounds. Ability to work safely in a manufacturing environment. Ability to wear required personal protective equipment (PPE). E