Principal Engineer Electronics

This onsite position in Oklahoma City at Northrop Grumman focuses on leading hardware aspects of the radar avionics subsystem program, performing supplier and subcontract management activities within the program. The role offers a salary range of USD 93,300 to 139,900 per year.

Responsibilities

• Execute the Statement of Work as a Supplier/Subcontract Manager for Radar Avionics Subsystems.
• Manage program requirements to ensure supplier compliance with program objectives, avionics design standards, test plans, documentation, and hardware requirements.
• Document designs using detailed schematics, diagrams, and specifications.
• Collaborate with Subcontract engineers and stakeholders to implement subsystem performance and environmental requirements.
• Develop design solutions for obsolete hardware.
• Travel up to 25 percent.

Requirements

• Bachelor of Science in a STEM discipline with 4 years of related engineering experience, or a Master’s Degree in a STEM discipline with 2 years of related engineering experience.
• Experience designing, configuring, and installing avionics subsystems.
• Active DoD Secret clearance.
• Ability to obtain and maintain Special Program Access (SAP) within a timeframe determined by the company to meet its business needs.

Benefits

• Health insurance coverage
• Life and disability insurance
• Savings plan
• Company paid holidays
• Paid time off for vacation and/or personal business
• Long Term Incentives (for VP/Director positions)

Description

Northrop Grumman's Aeronautics Systems sector is seeking a Principal Engineer Electronics. This onsite position is located in Oklahoma City, OK.

The Principal Engineer Electronics will be responsible for developing and executing the radar avionics subsystem program, coordinating with suppliers and engineering teams to satisfy design, test, and environmental requirements.

This role emphasizes collaboration with subcontract engineers and stakeholders, with a focus on advancing subsystem performance while addressing obsolete hardware and related design challenges.