Test Engineer II

Honeywell•North Branford, CT

3d•$82,400 - $103,000•Onsite

About The Position

The Manufacturing Engineering Test Engineer develops, validates, deploys, and sustains production test equipment and software for printed circuit board assembly (PCBA) and electronics assembly operations. The role supports new product introduction and mature production, emphasizing test coverage, fault isolation, equipment reliability, data integrity, operator safety, cycle time, quality, and cost. The engineer works across R&D, Operations, Quality, IT, Supply Chain, Maintenance, and external test-system suppliers to deliver standardized test solutions that can be supported globally. The position reports directly to the Sr Advanced Manufacturing Engineering Manager and is based at the Northford, Connecticut location, with a 100% on-site work schedule. It includes occasional off-shift support and travel based on production needs, with travel of up to 25% and international travel when required. Candidates must be a U.S. person as defined by U.S. export control laws and regulations: a U.S. citizen, U.S. permanent resident, or person with protected status in the U.S. under asylum or refugee status. The salary range is $82,400 to $103,000. Honeywell considers factors such as the position’s scope and responsibilities, candidate experience, education and training, skills, and market and business considerations when making offers.

Requirements

5+ years of relevant test engineering experience, including development and support of automated production test equipment for PCBAs or electronic assemblies.
Hands-on experience integrating test software, instruments, switching, fixtures, interfaces, and devices under test into reliable production systems.
Ability to read electrical schematics, board drawings, specifications, and technical data, and use common laboratory tools for systematic troubleshooting.
Experience supporting NPI, design-for-test reviews, equipment qualification, measurement correlation, validation, and engineering change control.
Working knowledge of measurement uncertainty, GR&R, calibration, test limits, statistical analysis, root-cause analysis, and corrective action.
Ability to work effectively with global and cross-functional teams and communicate technical information clearly in English.
Ability to safely work in a manufacturing environment and travel up to 25%, including international travel when required.
Must be a U.S. person: a U.S. citizen, U.S. permanent resident, or person with protected status in the U.S. under asylum or refugee status.

Nice To Haves

Bachelor’s degree in electrical, electronics, computer, systems engineering, engineering technology, or a closely related technical field.
Proficiency developing and supporting automated test applications with NI LabVIEW and TestStand; relevant NI certification is preferred.
Experience with NI PXI, CompactDAQ, DAQmx, DMMs, oscilloscopes, power supplies, electronic loads, switch matrices, serial buses, GPIB, USB, Ethernet, and VISA-controlled instruments.
Programming or scripting experience in one or more additional languages such as Python, C, C++, C#, or SQL.
Experience with Keysight, Teradyne, SPEA, Takaya, or comparable ICT, flying-probe, functional-test, or automated-test platforms.
Knowledge of PCBA structural and functional test, bed-of-nails fixturing, coverage analysis, boundary-scan/JTAG, and IEEE 1149.1 concepts.
Experience with firmware loading, device communication, analog and digital measurement, power-up sequencing, and electrical fault isolation.
Knowledge of IPC testability guidance, IPC-A-610 acceptance criteria, ESD controls, and safe design of production electrical test equipment.
Experience with test databases, MES integration, traceability, result logging, dashboards, revision control, and software deployment.
Experience qualifying, transferring, or standardizing test systems across factories or contract manufacturers.
Project management capability including requirements, scope, schedule, supplier management, risk, capital justification, and benefit validation.
Lean or Six Sigma certification and demonstrated improvements in test yield, uptime, cycle time, coverage, or maintainability.
Experience in high-reliability, regulated, industrial, life-safety, aerospace, or other complex electronics manufacturing environments.
Analytical and disciplined approach to separating product failures from test-system failures and converting data into practical actions.
Hands-on approach and comfort working at the manufacturing line, laboratory bench, and software-development environment.
Collaborative, inclusive, and able to influence design, manufacturing, IT, and supplier teams without direct authority.
Proactive, accountable, and able to balance urgent production support with robust long-term test architecture.

Responsibilities

Develop and maintain functional test, final functional test (FFT), in-circuit test (ICT), flying-probe, boundary-scan, programming, and electrical safety test solutions for PCBAs and electronic assemblies.
Translate product requirements, schematics, specifications, interfaces, and risk analyses into production test strategies, coverage requirements, acceptance limits, and diagnostic methods.
Design and integrate fixtures, cable assemblies, switching, instrumentation, power supplies, data acquisition, safety circuits, and error-proofing features.
Develop, review, debug, document, and release test software using structured, maintainable coding practices and approved configuration control.
Support new product introduction (NPI) builds and product transfers; lead design-for-test reviews, testability analysis, equipment readiness, correlation, validation, capability studies, and production release.
Provide hands-on production support by diagnosing intermittent failures, false rejects, hardware faults, software defects, fixture wear, communication issues, and product failures.
Analyze yield, retest, failure modes, cycle time, downtime, measurement variation, and escape risk; implement verified corrective and preventive actions.
Establish calibration, preventive maintenance, spare-part, backup, recovery, cybersecurity, software-version, and obsolescence plans for test assets.
Define equipment specifications and statements of work; select and manage suppliers, review designs, track schedules, conduct acceptance testing, and validate delivered systems.
Partner with IT and MES teams to maintain station connectivity, database interfaces, traceability, test-result integrity, and reporting.
Maintain test specifications, drawings, bills of material, software documentation, validation records, troubleshooting guides, work instructions, and training materials.
Train technicians, operators, and engineers in safe operation, troubleshooting, maintenance, and test-development best practices.
Lead improvements and capital projects that increase coverage, fault isolation, uptime, cycle time, maintainability, deployment speed, and total cost of test.
Communicate technical results, risks, schedules, and recommendations clearly; provide occasional off-shift support and travel based on production needs.