CCS Global Tech is a rapidly growing Information Technology company with a diverse portfolio of technology products and services and a large network of industry partnerships. With over 22 years of being a successful business with a global talent pool and presence, CCS is a certified Microsoft Gold Partner and specializes in delivering expert Microsoft based solutions for technical and business needs. We have been recognized by Inc. 500 Magazine as one of the fastest growing small companies in the Unites States.
we are a Tier 1 vendor for the City and County of San Francisco for Cloud Services, Staffing Services and Training Services. For this multi-year opportunity with a diverse set of needs to address, we are currently focusing on establishing partnerships with individuals as well as companies who can help us enhance our overall service portfolio, cut lead times, and ultimately help us deliver successfully. We currently hold sizable Government accounts in the San Francisco bay area including City and County of San Francisco, San Mateo County, and Santa Clara County.
We take great pride in our global reach and local influence. Your experience alongside our highly skilled and talented internal team who guide you along the way, offers key insights into what helps you stand out in a competitive job market.
If you are a partner company, please submit resumes with contact information of your own W2 Consultants only. Submitted consultants are expected to have excellent communication skills.
Systems Engineer
Position: Senior Systems Engineer with focused I&T experience for complex, Safety of Life ATC systems The candidate must have a minimum of twenty (20) years of professional engineering experience in the design and implementation of complex, real-time signal processing systems. Additionally, the candidate must have at least 10 years of specific experience performing and leading Integration and Test (I&T) initiatives. Strong preference for experience with Satellite Navigation (SATNAV) and Satellite Communication (SATCOM) systems related to global ATC operations and Air Traffic Management (ATM). Must have familiarity with SAE ARP 4754. Knowledge of safety critical software development techniques (DO-278A) and SAE ARP 4761 is highly desired. Experience with airborne navigation systems to include ICAO SARPS, FAA TSO, and RTCA MOPS processes is also desired.
Experience in client-server architectures and networking techniques and protocols. Languages to be used include C, C++, and Python. Object-Oriented Design experience is a plus. Operating systems include Linux.
Key Responsibilities:
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Leading a multi-contractor, international team performing Integration and Test for complex, real-time, Air Traffic Control System (GNSS Satellite Based Augmentation System [SBAS])
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Implementing and leading a formal Validation & Verification program responsible for addressing ~ 15K+ system/sub-system requirements
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Experience with all traditional Verification methods to include Test, Inspection, Demonstration, and Analysis. Must have background in advanced analytical methods involving quantitative fault trees and experience with modelling & simulation systems to assess extremely rare, but high impact events/scenarios
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Ability to prepare formal documentation (CDRLs) that address the entire System I&T lifecycle to include System/Sub-system Test Plans, Procedures, and Reports. Experience with formal Test witnessing by Government Agencies and/or FFRDC-like organizations
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Previous experience with DO-278A Assurance Level 2 (AL2) formal software verification methods is highly desired
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Familiarity with Software/System FAA Designated Engineering Representative (DERs) is desired
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MS degree in Electrical Engineering, Aerospace Engr, Systems Engr, Computer Science, or related field is required.
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Experience in LINUX and C/C++ is desired
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GNSS (GPS, Galileo) experience
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I&T experience with on-orbit Satellite communications systems and earth station/TT&C. C band/L-band experience to included ARNS protected RF considerations
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I&T experience on large scale, redundant WANs with significant cyber protection/INFOSEC requirements
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Knowledge of communications systems theory with strengths in analog/digital modulation/demodulation
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Knowledge of signal processing algorithms/techniques to include RF interference mitigation