Production Test Engineer (Missile Assembly) (ATE) -2nd Shift

Lockheed Martin•Troy, AL

6d•$67,000 - $133,400•Onsite

About The Position

You will be the Production Test Engineer (Missile Assembly) (ATE) -2nd Shift for the Missile Assembly team. Our team is responsible for developing and implementing automated test equipment, manufacturing test planning, and electro‑mechanical integration to support Production Operations at Lockheed Martin Missiles & Fire Control. What You Will Be Doing As the Production Test Engineer you will be responsible for providing technical support to ensure the successful production of missiles. You will play a critical role in developing automated test equipment, preparing detailed test procedures, and troubleshooting test anomalies on a 2nd‑shift schedule (Mon‑Thurs 2:00 PM – 12:30 AM). The ideal candidate is a collaborative, solutions‑focused engineer who thrives in a fast‑paced, mission‑critical environment. You will work alongside seasoned professionals, gain hands‑on experience with cutting‑edge missile test systems, and contribute directly to mission success. This role offers the chance to make a tangible impact while growing your technical expertise. We are committed to supporting your work‑life balance and overall well-being, offering flexible scheduling options. Learn more about Lockheed Martin’s comprehensive benefits package here . Further Information About This Opportunity This position is in Troy. Discover more about our Troy, Alabama location. MUST BE A U.S. CITIZEN - This position is located at a facility that requires special access. The selected candidate must possess an active Secret clearance to start.

Requirements

Degree from an accredited college in Electrical Engineering, Computer Science or related technical discipline at the Bachelor level or above and 1+ years professional experience; Or 6 years of related professional experience.
Working knowledge / experience of electronic testing methods in a manufacturing environment.
Ability to read and interpret complex engineering drawings, specifications and schematics.
Must be will and able to work 2nd shift (Mon-Thurs 2:00PM- 12:30AM).
Must be a U.S. Citizen with the ability to obtain a U.S. DoD Secret Security Clearance. Lockheed Martin will assist selected candidate with obtaining at least an Interim Secret Clearance prior to starting. Additionally, the candidate must be able to pass a Bureau of Alcohol, Tobacco, Firearms and Explosives (“ATF”) background check to obtain approval to be an “employee possessor” (of explosives or other ATF-regulated items) as defined by ATF regulations. Failure to obtain and retain employee possessor status may result in revocation of an offer and loss of employment.

Nice To Haves

Knowledge / experience with (1) electronic circuit design, (2) automated test equipment & software design, (3) evaluating electrical test results, (4) conducting detailed failure analysis, (5) developing and implementing root cause and corrective / preventative actions, (6) utilizing statistical data analysis for trend analysis, and (7) Thermal and Vibration testing and equipment.
Previous experience with programming languages C, C++, C#, Visual C or Visual Basic, and National Instrument -Windows CVI, Test-Stand and NI -View software.
Strong hands-on assembly / disassembly / troubleshooting skills of mechanical, electrical, industrial and/or home equipment and products.
Familiarity with manufacturing software DELMIA Apriso Manufacturing Execution System (MES) and Systems Applications & Products (SAP) Enterprise Resource Planning (ERP) tools in a manufacturing environment.

Responsibilities

Supporting the development of automated test equipment and manufacturing test planning.
Preparing test procedures from engineering data and conducting detailed failure analysis.
Evaluating electrical test results and developing root‑cause and corrective/preventative actions.
Utilizing statistical data analysis for trend analysis and performing test‑anomaly troubleshooting and fault resolution.
Interpreting engineering data and supporting electro‑mechanical integration.