Northrop Grumman Space Systems—Launch and Missile Defense Systems is seeking a Principal Engineer Hardware – Site Engineer to support the U.S. President, the Secretary of Defense, and combatant commanders at strategic, regional, and operational levels by providing a crucial operational platform for the Missile Defense System (C2BMC).
Requirements
- Recent experience and skills using MS Visio to design rack layouts, and preparation and review of diagrams and technical drawings
- Familiarity with drafting practices and DoD drawing requirements
- Candidate should also be familiar with standard rack-mounted computing equipment (such as servers and workstations), networking equipment, and cable selection to support the interconnection and power needs of the selected computing equipment
- familiarity with analyzing hardware requirements and supporting or performing related analyses (heat, weight, power)
- Candidates should be able to demonstrate an understanding of networking concepts, including routers, switches, and firewalls
- The ideal candidate should have experience with Juniper hardware
Responsibilities
- analyzing hardware characteristics and comparing them against design requirements
- preparing and reviewing rack-level and site drawings and plans
- reviewing the content and details of technical products
- serving as a technical interface to Command and Control, Battle Management, and Communications (C2BMC) work-level counterparts
- coordinate with peer-level team members and NT management to ensure the timely and efficient production of high-quality deliverables within available resources
- performing in-person site surveys and preparing for hardware installations
- analyzing hardware requirements and supporting or performing related analyses (heat, weight, power)
Other
- RELOCATION ASSISTANCE: No relocation assistance available
- CLEARANCE TYPE: Secret
- TRAVEL: Yes, 10% of the Time
- Early to mid-career hardware and systems engineering experience
- Able to communicate effectively and clearly present technical approaches and findings
