Chief Engineer, SPY-6(V)4

• Develop and maintain the technical baseline to meet customer Technical Performance Measures and Key Performance Parameters
• Manage the technical baseline to maximize hardware and software reuse across SPY-6 Family of Radars programs
• Manage System Level Requirements documents for the internal program office and external Navy customer
• Review and approve program CDRLs and Technical Data Package updates in the Product Data Management system
• Plan, organize, and administer technical reviews
• Oversee day-to-day engineering execution, technical decisions, and technical baseline control
• Support integration and test activities and ensure hardware and software baselines are developed, installed, and tested before live test events
• Address radar performance issues and requirement shortfalls identified during integration and testing
• Work with Business Development to maximize hardware and software reuse in new pursuits
• Communicate and brief technical baseline development, execution, and maintenance to senior engineering leadership
• Interface with and influence the SPY-6 Program Office, Naval Radar Systems Chief Engineer, and Naval Radar Systems Director
• Support international customer positioning, bid assumptions and strategy, investment requirements, and technical risk framing
• Solve problems affecting engineering directorates and disciplines
• Provide technical oversight, guidance, and coaching to hardware, software, systems, and test engineers

• Bachelor's Degree in Science, Technology, Engineering, or Mathematics (STEM)
• Minimum of twelve (12) years of relevant experience
• Experience with Radio Frequency (RF) and radar systems
• Experience balancing technical, cost, and schedule priorities on impactful tasks, issues, and pursuits
• Experience leading a multi-disciplined technical team
• Experience developing, empowering, motivating, and monitoring teams
• Experience interfacing with internal and external customers and leading technical solutions to complex user requirements
• Active and transferable Secret U.S. government-issued security clearance required before start date
• U.S. citizenship required
• Experience with SPY-6 Family of Radars hardware and software products preferred
• Prior Navy customer experience preferred
• Subject matter expertise in RF systems preferred
• Experience with phased array antennas, digital receiver/exciters, high-power systems, backend processing, digital waveforms, digital beamforming, signal processing, and electronic protection methods preferred
• Experience generating system specifications and allocating requirements to hardware subsystems and components preferred
• Experience developing and maintaining software-level requirements preferred
• Experience with Naval combat systems and Aegis BL10 preferred
• Experience assessing and maintaining program Technical Performance Measures preferred
• Excellent technical writing, oral presentation, and interpersonal skills preferred
• Advanced STEM degree preferred

Demonstrates expertise in managing technical baselines and system level requirements for radar systems, with a strong focus on RF systems and hardware/software integration. Proven ability to lead multi-disciplined teams and communicate effectively with internal and external stakeholders.

• Technical Baseline Management
• Radio Frequency (RF) Systems
• SPY-6 Family of Radars
• Team Leadership
• Technical Writing

• System Level Requirements
• Technical Performance Measures
• Phased Array Antennas
• Digital Signal Processing
• Software-level Requirements
• Technical Data Package Management
• Integration and Testing
• Hardware/Software Reuse
• Program CDRLs
• Naval Combat Systems

• Interpersonal Skills
• Oral Presentation Skills
• Problem Solving
• Coaching
• Communication

• Active Secret U.S. Government-Issued Security Clearance

• Navy Customer Experience
• Aegis BL10
• Technical Risk Framing
• Customer Technical Solutions
• STEM Degree

• Product Data Management System
• Digital Receiver/Exciters
• High-Power Systems
• Backend Processing
• Digital Waveforms
• Digital Beamforming
• Electronic Protection Methods