Automation-Focused Process Engineer (PCB & Assembly)

Microboard; Seymour (CT); Hybrid; USD 65,000 - 90,000; Full time

Job summary

The Process Engineer I in Seymour, CT works under the direct supervision of the Director of Engineering. They provide design and development support, perform calculations, and prepare plans and progress reports throughout project lifecycles.

Essential duties include root cause analysis, design reviews participation, automation focus, cross-functional troubleshooting, equipment evaluation, and SOP development to ensure safety and process consistency.

Qualifications

• Able to perform mathematical and physics calculations.
• Project planning and drafting skills are essential.
• Problem-solving skills with ability to devise technical and creative solutions to avoid delays and keep projects moving.
• Team coordination with team members is essential.
• Proficiency with working knowledge of Shop Floor Tracking System (Aegis) software is preferred.
• Ability to define problems, collect data, establish facts, and draw valid conclusions.

Responsibilities

• Conduct root cause analysis on failures, identify solutions, and implement preventive measures.
• Participate in tech and design reviews of existing and new product introduction (NPI).
• Act as a cross-functional team member to troubleshoot and resolve complex technical issues.
• Develop manufacturing processes and work instructions for PCB and electro-mechanical assemblies.
• Interface with quality control teams and assist in inspections, repairs, and rework of PCBs and assemblies.

Skills

Mathematical calculations

Physics calculations

Project planning

Team coordination

Problem solving

Aegis software

Tools

IPC-A-610 training

Shop Floor Tracking System (Aegis)

Job description

The Process Engineer I in Seymour, CT works under the direct supervision of the Director of Engineering. They provide design and development support, perform calculations, and prepare plans and progress reports throughout project lifecycles.

Essential duties include root cause analysis, design reviews participation, automation focus, cross-functional troubleshooting, equipment evaluation, and SOP development to ensure safety and process consistency.