Ability to communicate effectively and establish collaborative relationships with government clients and contractor teammates
Clearance: Secret clearance is required
Experience with test and evaluation products, including test plans or procedures, test scripts, test reports, and test readiness reviews, and alignment with requirements verification
5+ years of experience performing box-level and space vehicle-level integration and testing
10+ years of experience in space systems engineering with requirements verification
2+ years of experience using the Dynamic Object-Oriented Requirements System ( DOORS )
Secret clearance
Bachelor's degree in Engineering, Mathematics, Physics, or CS
Ability to lead and participate in cross-functional team meetings and task execution across systems engineering and integration activities
5+ years of experience with the space systems product acceptance process, including Hardware Acceptance Reviews ( HAR ) , Functional Configuration Audits ( FCA ) , and Physical Configuration Audits ( PCA )

Lead Systems Integration Engineer

Photo-Sonics

Chatsworth, CA 91311

Ability to handle priorities, write proposals, technical reports, define problems, collect data, establish facts, draw valid conclusions, and meet internal deliverables, schedules and deadlines
Strong understanding of different network configuration and protocols
Position may require some climbing.
B.S. in electrical engineering.
Candidate must be able to obtain a security clearance
Position requires ability to lift (15 lbs.), stand, walk for long periods of time.
Knowledge and experience in the application and adaptation of COTS products to meet system requirements
Strong Microsoft Office skills
Minimum of 5 years of systems engineering and design/development experience.
Ability to work on multiple projects simultaneously
Outstanding Math and Science knowledge. A combination of applied mathematical experience and electrical engineering skills are necessary for this position, including background and work experience in design optimization using matrices, coordinate transformations, algebra, and solid geometry modeling
Ability to understand the product at both a system and component level from functional and performance perspective
Strong electronics and electrical troubleshooting ability using engineering prints and schematics
Strong understanding of optics and sensors operating in the visible and shortwave to longwave infrared spectrum.