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Overnight Flight Test Instrumentation Jobs in Michigan

... software, and flight test teams to ensure system-level performance and reliability ... Operate and troubleshoot bench instrumentation and data acquisition systems as well as DUTs with an ...

... software, and flight test teams to ensure system-level performance and reliability ... Operate and troubleshoot bench instrumentation and data acquisition systems as well as DUTs with an ...

... software, and flight test teams to ensure system-level performance and reliability ... Operate and troubleshoot bench instrumentation and data acquisition systems as well as DUTs with an ...

... software, and flight test teams to ensure system-level performance and reliability ... Operate and troubleshoot bench instrumentation and data acquisition systems as well as DUTs with an ...

It's a leading supplier of secondary flight control systems and components for commercial and ... Utilize laboratory instrumentation and measurement equipment including oscilloscopes, digital ...

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Overnight Flight Test Instrumentation information

What is an overnight flight test instrumentation specialist?

An Overnight Flight Test Instrumentation specialist is a professional responsible for installing, maintaining, and monitoring the instruments and sensors used in aircraft during overnight flight test operations. These specialists ensure that all data acquisition systems are functioning properly to collect accurate flight performance data. Their work typically involves troubleshooting equipment, calibrating sensors, and preparing detailed reports on system status. They often work during nighttime hours to support flight test schedules and minimize disruptions to regular flight operations.

What are the key skills and qualifications needed to thrive as an overnight flight test instrumentation engineer?

To succeed in Overnight Flight Test Instrumentation, you need strong knowledge of electronics, data acquisition systems, and instrumentation principles, typically supported by a relevant engineering degree. Experience with test equipment, sensor calibration, data logging software, and familiarity with industry certifications such as FAA or EASA standards are often required. Attention to detail, problem-solving skills, and effective teamwork are vital soft skills for addressing real-time issues during overnight shifts. These competencies ensure accurate data collection and analysis, contributing to aircraft safety and successful test program outcomes.

What are the main challenges faced when working overnight shifts in flight test instrumentation, and how can they be managed?

Working overnight in Flight Test Instrumentation can present unique challenges such as maintaining alertness during irregular hours, coordinating with daytime engineering teams, and troubleshooting unexpected technical issues with limited onsite support. Success in this environment often requires strong communication for effective shift handovers and a proactive approach to problem-solving. Employers typically provide resources like shift differentials, break schedules, and access to remote support to help manage fatigue and ensure safety and accuracy in data collection.

What is the difference between Overnight Flight Test Instrumentation vs Flight Test Engineer?

AspectOvernight Flight Test InstrumentationFlight Test Engineer
CredentialsTechnical certifications, instrumentation trainingEngineering degree, pilot certifications often preferred
Work EnvironmentAircraft, test facilities, night shiftsAircraft, test sites, daytime and night shifts
Industry UsageAircraft testing, instrumentation setupDesign, plan, and analyze flight tests

Overnight Flight Test Instrumentation focuses on installing, maintaining, and operating testing equipment during overnight aircraft tests, ensuring data collection. Flight Test Engineers design and oversee flight test plans, analyze data, and improve aircraft performance. While both roles work closely in aircraft testing, the instrumentation role emphasizes technical setup and data collection, whereas the engineer role involves planning and analysis.

What cities in Michigan are hiring for Overnight Flight Test Instrumentation jobs?

Cities in Michigan with the most Overnight Flight Test Instrumentation job openings:

Infographic showing various Overnight Flight Test Instrumentation job openings in Michigan as of July 2026, with employment types broken down into 92% Full Time, 6% Part Time, and 2% Contract. Highlights an 98% Physical, 1% Hybrid, and 1% Remote job distribution.

FLIGHT TEST ENGINEER - JOB #1136

Enstrom Helicopter

Menominee, MI • On-site

$70K - $110K/yr

Full-time

Posted 18 days ago


Job description

FLIGHT TEST ENGINEER - JOB #1136

Reports To: Director, Flight Operations amp; Flight Test
Status: Full-Time, On-Site, Salary, Exempt
Location: Menominee, MI
Pay Range: $70,000–$110,000 per year

POSITION SUMMARY

The Flight Test Engineer is a member of the Flight Test Department and supports the planning, preparation, execution, analysis, and documentation of aircraft ground- and flight-test activities. The position supports the complete flight-test lifecycle, from initial test-request evaluation and test-plan development through test execution, data analysis, reporting, and closure.

This position may be filled at a developing or experienced level. A developing engineer will work under the guidance of senior flight-test personnel and progressively assume responsibility for assigned tests as capability is demonstrated. An experienced candidate may independently lead assigned test activities, mentor developing personnel, and serve as a technical focal point for complex development or certification work.

Placement within the published range will reflect relevant experience and demonstrated independence. The upper range is reserved for candidates able to lead complex flight-test or certification work and mentor others.

The Flight Test Engineer works closely with flight-test pilots, design engineers, certification personnel, maintenance, quality, and other technical groups to ensure testing is conducted safely and efficiently with clearly defined objectives, configurations, procedures, data requirements, and acceptance criteria. Testing may support research and development, product improvement, troubleshooting, production, continued airworthiness, and FAA certification programs.

GENERAL DESCRIPTION OF TASKS

• Support the planning, coordination, and execution of aircraft ground and flight tests for development, certification, troubleshooting, continued airworthiness, production, and other approved company programs.

• Review test requests and help define objectives, aircraft configuration, test conditions, procedures, data requirements, hazards, acceptance criteria, and deliverables.

• Develop and maintain flight-test plans, flight cards, test procedures, test reports, and flight-test inputs to certification and compliance documentation, with the level of review appropriate to the assignment and the engineer’s experience.

• Coordinate with pilots, engineering, maintenance, quality, instrumentation personnel, and program stakeholders.

• Support pre-test planning, pre-flight briefings, and post-flight debriefings.

• Program, configure, and operate data acquisition systems and related test equipment. Training may be provided for company-specific systems and methods.

• Support the selection, layout, installation, checkout, calibration, and maintenance of instrumentation, including sensors, accelerometers, strain gauges, and associated wiring.

• Reduce, analyze, and document test data.

• Identify data-quality issues, limitations, trends, and conclusions and clearly communicate results to technical and program stakeholders.

• Determine, verify, and document aircraft loading, weight, center of gravity, and test configuration for assigned ground- and flight-test activities.

• Coordinate the design and use of test fixtures, specialized test equipment, and test facilities with the appropriate engineering and technical groups.

• Participate in safety-of-flight reviews, test-readiness reviews, design reviews, and other engineering reviews requiring flight-test input.

• Support test-article conformity, certification test readiness, TIA testing, and other assigned FAA certification activities.

• Coordinate with FAA personnel, FAA designees, and other regulatory representatives when directed and in coordination with Certification Engineering and program leadership.

• Prepare and maintain test records, data packages, configuration records, and technical inputs supporting Type Inspection Reports and other certification documentation.

• Contribute to the continued development of standardized test methods, flight cards, readiness processes, configuration-control practices, data-management methods, safety reviews, and technical reporting standards.

• Perform other flight-test-related duties as assigned and progressively lead assigned test activities as experience and capability are demonstrated.

REQUIRED QUALIFICATIONS

• Bachelor’s degree in Aerospace, Mechanical, Electrical, Systems, or another related engineering field.

• Minimum of one year of engineering or technical test experience in aerospace or another technical field. Relevant co-op, internship, laboratory, development-test, or hands-on engineering experience may be considered based on scope and responsibility.

• Foundational knowledge in one or more relevant technical areas, such as aircraft structures, systems, dynamics, aerodynamics, powerplants, instrumentation, data acquisition, or engineering data analysis, with the ability to develop broader flight-test knowledge.

• Experience preparing technical procedures, engineering documentation, test records, or reports.

• Hands-on experience with, or demonstrated ability to learn, instrumentation, sensors, wiring, data acquisition systems, test equipment, and basic engineering analysis tools.

• Strong analytical, problem-solving, organizational, and written and verbal communication skills.

• Ability to work safely and effectively in a cross-functional team, manage multiple assignments, and follow controlled test and configuration processes.

• Proficiency with Microsoft Office applications and basic CAD experience using SolidWorks or similar software.

PREFERRED QUALIFICATIONS

• Three or more years of aerospace engineering, development-test, or flight-test experience, particularly experience independently planning and leading complex test activities.

• Flight Test Engineer or Flight Test Analyst experience involving rotorcraft systems, handling qualities, vibration, dynamics, performance, or certification.

• Experience with data acquisition and analysis tools such as LabVIEW, National Instruments hardware, MATLAB, Python, or similar systems.

• Experience planning and installing instrumentation, strain gauges, sensors, and associated wiring, including calibration and data-quality verification.

• Knowledge of FAA regulations, 14 CFR Part 27 certification processes, test-article conformity, TIA testing, and compliance documentation.

• Flight Test Pilot or other relevant flight-operations experience.

• FAA Designated Engineering Representative designation or experience supporting delegated certification work.

• Demonstrated ability to mentor others, improve test processes, and function as a technical lead.

PHYSICAL REQUIREMENTS

• Ability to work in office, hangar, laboratory, and flight-line environments, including around operating aircraft and test equipment.

• Ability to access aircraft interiors, test equipment, and elevated work areas and perform hands-on instrumentation and inspection tasks.

• Ability to occasionally lift and carry up to 30 pounds.

• Ability to travel occasionally in support of certification, testing, supplier, or customer activities.

• Ability to work extended or nonstandard hours when required to support flight-test schedules, weather windows, and certification milestones.