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Internship Distributed Antenna System Jobs in Rochester, NY

... coherent distribution, interference injection, and precision timing frameworks. * Drive the ... system engineering, RF test development, receiver/antenna integration, or advanced PNT research.

As an engineer, you can create system architectures, develop platforms and build web frameworks ... In addition to weekly pay, interns may be eligible for a highly competitive sign‑on bonus ...

The Radionix name holds a special place in the hearts of our associates, dealers, distributors, and ... systems written in C / C++ using OOP principles in a Linux environment, from internships or ...

2027 PhD Research Engineering Intern/Co-op

Rochester, NY · On-site

$16.50 - $21.50/hr

Summer Internship: * Semester Students: May 24, 2027 - August 13, 2027 * Quarter Students: June 21 ... Distributed systems, data center networking, high performance computing, and distributed machine ...

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Internship Distributed Antenna System information

See Rochester, NY salary details

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How much do internship distributed antenna system jobs pay per hour?

As of Aug 25, 2026, the average hourly pay for internship distributed antenna system in Rochester, NY is $17.07, according to ZipRecruiter salary data. Most workers in this role earn between $14.23 and $18.99 per hour, depending on experience, location, and employer.

What is the difference between Internship Distributed Antenna System vs Internship Network Technician?

AspectInternship Distributed Antenna SystemInternship Network Technician
CertificationsBasic knowledge of RF and networkingNetworking fundamentals, possibly Cisco certifications
Work EnvironmentTelecom sites, outdoor and indoor antenna setupsData centers, office networks, infrastructure setups
Industry UsageTelecommunications, wireless providers

Both roles involve technical skills in networking and telecommunications, but an Internship Distributed Antenna System focuses specifically on RF and antenna infrastructure for wireless coverage, while an Internship Network Technician covers broader network systems and data communication. The choice depends on your interest in RF technology versus general networking.

What are popular job titles related to Internship Distributed Antenna System jobs in Rochester, NY?

For Internship Distributed Antenna System jobs in Rochester, NY, the most frequently searched job titles are:

What cities near Rochester, NY are hiring for Internship Distributed Antenna System jobs?

Cities near Rochester, NY with the most Internship Distributed Antenna System job openings:

Principal GNSS/PNT Systems Engineer

Rochester, NY • On-site

$120 - $150/hr

Other

Posted 19 days ago


Job description

Principal level GNSS / PNT Systems Engineer

The Opportunity: We are seeking a Principal level GNSS / PNT Systems Engineer to provide technical leadership in architecting, developing, and validating advanced test solutions for CRPA antennas, GNSS receivers, and next generation LEO/MEO PNT signals. In this role, you will define system level test strategies, lead complex RF/signal simulation architectures, and shape the technical direction of future PNT capability development. You will work across RF, digital signal processing, and algorithm teams to ensure our PNT solutions meet the highest performance and resiliency standards expected in contested and evolving operational environments.

About the Company

Safran Federal Systems provides Resilient Positioning, Navigation and Timing (R-PNT) solutions and custom engineering services to U.S. Government agencies, defense organizations and their contractors. Safran Federal Systems is authorized to work on the full spectrum of U.S. Government classified and unclassified projects, in addition to supporting strategic partnerships for key defense PNT technologies.

Responsibilities
  • Serve as the technical authority for end‑to‑end test architecture development supporting qualification of CRPAs, GNSS receivers, and multi‑orbit PNT signal sources.
  • Develop and oversee complex scenario models—dynamic Doppler environments, orbital visibility profiles, threat scenarios, and mission‑representative degradation conditions.
  • Architect advanced RF test configurations involving multi‑channel GNSS/LEO/MEO simulation systems, phase‑coherent distribution, interference injection, and precision timing frameworks.
  • Drive the creation and validation of new‑signal simulation capabilities for emerging LEO/MEO PNT systems, alternative waveforms, and hybrid PNT constructs.
  • Lead high‑level analysis of spatial processing performance, including beamforming, nulling, interference mitigation, and multi‑element calibration.
  • Evaluate receiver performance: sensitivity, tracking dynamics, anti‑jam/spoof robustness, and multi‑orbit signal fusion.
  • Lead major lab and field test campaigns, setting technical objectives, ensuring data quality, and guiding root‑cause analyses.
  • Provide technical leadership for design reviews, program capture efforts, roadmap planning, and customer engagements.
  • Mentor engineering teams, including active mentoring of junior engineers.
  • Maintain awareness of evolving PNT threats, multi‑orbit architectures, CRPA advancements, and industry standards.
Qualifications
  • Bachelor’s or master’s degree in electrical engineering, aerospace engineering, systems engineering, physics, or related field.
  • 10+ years of experience in GNSS/PNT system engineering, RF test development, receiver/antenna integration, or advanced PNT research.
  • Demonstrated technical leadership in CRPA systems, phased‑array testing, and spatial signal processing.
  • Deep expertise with GNSS and non‑GNSS signals, including next‑generation LEO/MEO PNT concepts.
  • Strong proficiency with multi‑channel signal simulators, RF vector generators, spectrum analyzers, and PNT‑specific test environments.
  • Proven ability to architect complex test frameworks and guide teams in their implementation.
  • Advanced modeling and analysis experience with MATLAB, Python, or equivalent environments.
  • Proficiency in C++ for simulation tooling, systems integration, or high‑performance processing modules.
  • Experience with PNT architecture, orbital modeling, time‑transfer techniques, and high‑dynamic signal simulation preferred.
  • Expertise in CRPA calibration, array manifolds, interference threat modeling, and advanced jamming/spoofing scenarios preferred.
  • Familiarity with PNT resiliency techniques and MIL‑STD environmental/qualification testing preferred.
  • Experience with hardware‑in‑the‑loop (HIL) simulation systems preferred.
  • Active or eligible security clearance, preferred.
  • Strong communication skills, with a track record leading cross‑disciplinary engineering efforts and influencing design direction.
  • Strong communication and interpersonal skills.
  • Positive attitude, willingness to learn.
  • Ability to move throughout the office to access file cabinets, office equipment, etc.
  • Ability to remain in a stationary position approximately 50% of the time.
Equal Employment Opportunity

All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or status as a protected veteran.

Please note this description is not designed to cover or contain a comprehensive listing of activities, duties or responsibilities that are required of the employee for this job. Duties, responsibilities, and activities may change at any time with or without notice.

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