Electronics Process Engineer: NPI & Process Optimization

J T; Seymour (CT); On-site; USD 85,000 - 120,000; Full time

Job summary

J T is seeking a Process Engineer to support the design, development, and execution of manufacturing processes for PCB and electro-mechanical assemblies. You will develop SOPs, provide real-time troubleshooting, and ensure design-for-manufacturability with NPI input.

Responsibilities include analyzing PCB layouts, reviewing schematics, and creating fixtures to improve throughput. Collaboration with quality, maintenance, and engineering is essential to sustain production flow.

Qualifications

• Bachelor’s degree in Engineering is required.
• Strong mechanical foundation with automation and machine programming.
• Knowledge of reading engineering blueprints and electrical schematics.
• Familiarity with IPC-A-610 solder inspection is beneficial.

Responsibilities

• Develop and document manufacturing processes, SOPs, and work instructions for PCB and electro-mechanical assemblies.
• Provide real-time technical troubleshooting to minimize downtime.
• Analyze PCB layout data and panelization for design and process compliance.
• Review blueprints, schematics, and specification sheets for modifications and approvals.
• Design, specify, and fabricate fixtures and tooling to streamline workflows.
• Participate in NPI and equipment validation.
• Act as engineering liaison between production, cross-functional staff, and leadership.
• Prepare technical reports and project updates for stakeholders.

Skills

Automation

Machine programming

Electrical engineering basics

Blueprint reading

Data analysis

Education

Bachelor’s degree in Engineering

Tools

Aegis MES

Drafting tools

Microsoft Office

Job description

J T is seeking a Process Engineer to support the design, development, and execution of manufacturing processes for PCB and electro-mechanical assemblies. You will develop SOPs, provide real-time troubleshooting, and ensure design-for-manufacturability with NPI input.

Responsibilities include analyzing PCB layouts, reviewing schematics, and creating fixtures to improve throughput. Collaboration with quality, maintenance, and engineering is essential to sustain production flow.