Flexible SMT Quality Engineer - Process & Improvement

Matric Group; Seneca (PA); On-site; USD 70,000 - 95,000; Full time

Benefits offered by this job

Flexible schedules

Full benefits (medical, dental, vision

Company-paid life insurance

Disability coverage (short-term/long‑n

Tuition reimbursement

Matching 401(k)

Job summary

Matric is seeking a Quality Engineer to lead the development and optimization of SMT manufacturing processes, from solder paste printing to X-ray inspection, ensuring high quality and cost efficiency. You will support new product introductions, review PCB designs, and drive continuous improvement across quality and production teams.

The role emphasizes root cause analysis, problem solving, and applying Lean, Six Sigma, SPC, DOE, and FMEA methodologies to achieve robust, repeatable results in a

Qualifications

• Developing, improving, and maintaining SMT manufacturing processes.
• Supporting new product introductions and process optimization.
• Leading quality and continuous improvement efforts using Lean, Six Sigma, SPC, DOE, and FMEA.

Responsibilities

• Developing and optimizing SMT processes such as solder paste printing, pick-and-place, reflow soldering, AOI, and X-ray inspection.
• Establishing process parameters, monitoring performance, troubleshooting, and implementing corrective actions.
• Supporting new product introductions by reviewing PCB designs and coordinating prototypes.

Skills

SMT processes

Quality engineering

Lean manufacturing

Six Sigma

DOE

FMEA

Process optimization

Root cause analysis

Tools

AOI

X-ray inspection

Job description

Matric is seeking a Quality Engineer to lead the development and optimization of SMT manufacturing processes, from solder paste printing to X-ray inspection, ensuring high quality and cost efficiency. You will support new product introductions, review PCB designs, and drive continuous improvement across quality and production teams.

The role emphasizes root cause analysis, problem solving, and applying Lean, Six Sigma, SPC, DOE, and FMEA methodologies to achieve robust, repeatable results in a