Adaptive Optics Associates Xinetics (AOX), a wholly-owned Northrop Grumman Aerospace Systems (NGAS) Business Venture, is currently seeking a Systems Engineer to support Xinetics program activities. AOA-Xinetics designs, develops, and manufactures precision, advanced optical products and systems such as deformable mirrors, optical systems, adaptive optics control systems and silicon carbide optical structures for the U.S. Government, commercial customers, and U.S. defense prime and second-tier contractors. Markets for these technologies include civilian astronomy and semiconductor capital equipment as well as defense ISR and Directed Energy. Several potential direct and adjacent application areas also exist. The Company has substantial growth opportunities in support of many U.S. Government and NGAS business initiatives.
AOX delivers industrial photonics systems and development services for a variety of customers and applications. AOX excels in a range of applications from adaptive optical systems, deformable mirrors, wavefront sensors, precision actuators, to photonic systems that acquire and process data in real time for a variety of high availability applications. AOXs capabilities include lightweight passive and active hybrid CERAFORM silicon carbide optics and precision structures as well as large and small precision opto-mechanical systems supporting electronics and sophisticated controls software.
The Systems Engineer is responsible for the overall planning and execution of the engineering content of assigned programs. Working closely with the program team, the Systems Engineer performs System technical planning, requirements and interface management, performance analysis/trades, system integration, verification and validation, and risk management. Systems Engineering activities encompass the entire product life cycle and are performed within program technical, schedule, and cost constraints. The key attribute of the Systems Engineering role is to exhibit dynamic range, to be able to lead a team as well as perform as an individual contributor executing specific program tasks.
The Systems Engineer will report directly to the Xinetics Engineering Manager. This position provides an exciting technical opportunity in a high-growth, strategically important business for NGAS. We are looking for an individual with exceptional people skills. Our ideal candidate can influence and motivate a team to perform at higher levels, has excellent written, verbal, and presentation skills; must be highly influential in conversation and have a record of collaborative approach with peers/peer organizations. Specific position responsibilities are as follows:
Engineering team lead
Project technical planning
Requirements and interface development, decomposition, analysis, refinement, allocation, verification and validation
Coordinates/conducts System performance analysis and trade studies
Supports/executes modeling and simulation activities
Develops and maintains product technical baseline
Customer technical interface
Gate review technical lead (SRR, PDR, CDR, TRR)
Develops integration, test, verification and validation plans
Interfaces with customers, peers, management, and other organizations (ie PMO, manufacturing, quality, outside suppliers)
Works with the Business Area Manager, Program Managers and other technical personnel on quotes, proposals and responses to customer technical inquiries
Lead problem investigator
Travel to customer and supplier sites as required
Learn existing business related technologies, keep up to date with new emerging technologies for integration into product portfolio
Risk and opportunity management
Controls engineering project scope. Understands what is within the project scope and identifies when tasks are outside of the established baseline.
Working Environment & Physical Demands:
Position is located at AOX Devens, MA
Occasional travel to supplier and customer sites
Ability to handle very fragile, very expensive objects without damaging them
Ability to sit for extended periods of time and light physical effort