Senior Manufacturing Process Engineer - Automation and Electronics Assembly

The Manufacturing Process Engineer – Electronic Assembly / PCBA develops, validates, sustains, and continuously improves electronic assembly processes at Honeywell’s Northford, CT USA factory. The role owns automation and manual process performance from new product introduction through mature production, with emphasis on safety, quality, first-pass yield, equipment reliability, cost, and on-time delivery. The engineer works across Operations, Quality, R&D, Supply Chain, Maintenance, and external partners to deliver repeatable, data‑driven processes that can be understood and applied globally.

The Manufacturing Process Engineer – Electronic Assembly / PCBA develops, validates, sustains, and continuously improves electronic assembly processes at Honeywell’s Northford, CT USA factory. The role owns automation and manual process performance from new product introduction through mature production, with emphasis on safety, quality, first-pass yield, equipment reliability, cost, and on-time delivery. The engineer works across Operations, Quality, R&D, Supply Chain, Maintenance, and external partners to deliver repeatable, data‑driven processes that can be understood and applied globally.

You will report directly to our Sr Advanced Manufacturing Engineering Manager, and you’ll work out of our Northford, CT location on 100% on‑site work schedule.

Key Responsibilities

• Own and improve automated and manual electronic assembly processes including through‑hole insertion, selective or wave soldering, hand soldering, cleaning, conformal coating, depaneling, electronics assembly, mechanical assembly, inspection, and rework.
• Develop and maintain process specifications, equipment recipes, setup sheets, control plans, PFMEAs, work instructions, visual standards, and training materials.
• Support NPI builds and product transfers; lead DfM/DfA/DfT reviews, tooling readiness, process validation, capability studies, first‑article activities, and production release.
• Use SPC, DOE, capability analysis, defect Pareto analysis, and structured root‑cause methods to improve FPY, OEE, throughput, changeover time, rework, scrap, and labor productivity.
• Troubleshoot process, material, design, programming, fixturing, soldering, test, inspection, automation, and equipment issues; implement verified corrective and preventive actions.
• Create or optimize equipment programs, component libraries, fixtures, tooling, test interfaces, inspection criteria, and error‑proofing solutions.
• Implement and manage automated visual inspection systems capable of verifying both automated and manually assembled products reliably.
• Implement and maintain automation including robotics used to assemble and process final assemblies.
• Partner with Maintenance on preventive and predictive maintenance, calibration, equipment health, spare parts, obsolescence, and recovery plans.
• Ensure manufacturing controls support applicable product, quality, ESD, moisture‑sensitive device, safety, environmental, and customer requirements.
• Partner with design engineering and suppliers to resolve manufacturability, component, material, testability, and process risks before and after release.
• Lead Lean / Six Sigma improvements and capital projects; define requirements, evaluate suppliers, qualify equipment, and manage technical risk, schedule, cost, and benefits.
• Use MES, test, inspection, and equipment data to strengthen traceability, process monitoring, standard work, and real‑time performance visibility.
• Train and mentor engineers, technicians, and operators; strengthen practical troubleshooting capability and support documented skills matrices.
• Communicate results through concise technical reports, project reviews, risk…