Design/Test Engineer (PCB) Depot

Duties and Responsibilities

• Performs design and test engineering activities for Printed Circuit Boards (PCB), including developing, updating, reverse engineering, and documenting PCBs.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating C4ISR electrical, electronic, mechanical, and/or computer components, equipment, and systems.
• Supports engineering work that helps identify and define new restoration capabilities for the Navy’s C4ISR Restoration Depot, including designing, evaluating, planning, testing, and operating