Manufacturing Engineer (PWB / PCB Computer Aided Manufacturing)

Lockheed Martin•Grand Prairie, TX

20h•Onsite

About The Position

The Manufacturing Engineer (PWB / PCB Computer Aided Manufacturing) for the Missiles & Fire Control Manufacturing Engineering – Dallas Electrical Shop PWB team is responsible for delivering high-quality Printed Wiring Boards (PWB) that enable mission-critical missile systems. This role involves advancing manufacturing processes, work instructions, and risk-mitigation strategies for PWB production. Responsibilities include reviewing designs for compliance and manufacturability, creating CAM data, developing work instructions and rework guides, identifying and mitigating production risks, and driving cost-reduction initiatives while meeting targets.

Requirements

Bachelors degree or 3+ years of related professional experience.
Experience reading fabrication drawings for PWB / PCB.
Experience in creating CAM data for PWB / PCB production.
Experience manufacturing PWB / PCB assemblies to IPC and J-STD specifications.
MUST BE A U.S. CITIZEN
The selected candidate must be able to obtain a Secret clearance.

Nice To Haves

Experience with InCAM or similar software.
Experience in PWB / PCB Design review process.
Experience with PWB / PCB stackup / material selection.
Ability to work independently and as a group with little guidance.
Ability to work in a fast-paced and changing environment.
Demonstrated effective communication skills including verbal, listening, technical writing, and presentations.
Demonstrated effective interpersonal skills, including team building, collaboration, and developing enduring business relationships.
Demonstrated ability to analyze and resolve technical/process issues varying from basic to very complex.
Proficient in MS Office tools (Word, Excel, PowerPoint, etc.).

Responsibilities

Review designs and drawings to ensure compliance and manufacturability.
Create CAM data required to produce PWB in accordance with drawings and specifications.
Develop and maintain work instructions, task lists, and re-work/repair guides for non-conformance processing.
Identify production risks, devise mitigation plans, and lead validation activities for new manufacturing lines.
Drive cost-reduction initiatives while meeting schedule, quality, and safety targets.