Full-Time

Advanced Engineer

Test, O-RAN Radio Driver

Confirmed live in the last 24 hours

JMA Wireless

JMA Wireless

501-1,000 employees

Develops advanced wireless technology solutions

Compensation Overview

$85k - $100k/yr

Senior

Syracuse, NY, USA

Category
Embedded Systems Engineering
Electrical Engineering
Telecommunications Engineering
Required Skills
Wireshark
Linux/Unix
Requirements
  • Bachelor’s degree in computer engineering, Communication Engineering or equivalent. Masters preferred.
  • 5+ years of experience in radio driver testing, platform integration, or embedded systems validation.
  • Solid experience working with O-RAN radios, O-RU/O-DU platforms, and fronthaul configurations.
  • Proficient in Linux systems, kernel logs, device trees, and low-level debugging.
  • Hands-on working experience with stack layers like NAS, RRC, PDCP, RLC, MAC, PHY, should able to debug issues independently.
  • Good understanding of 3GPP (36/38 series) and O-RAN Alliance standards
  • Hands-on experience with tools such as TM500, Amarisoft, Simnovus, or similar UE/ Radio simulators.
Responsibilities
  • Design, develop, and execute test plans for radio drivers in alignment with O-RAN architecture and 3GPP specifications.
  • Validate O-RAN radio integration (O-RU/O-DU) including fronthaul protocols and CUSM-plane interfaces.
  • Perform functional, performance, regression, and stress testing of radio drivers across different hardware platforms.
  • Debug driver issues at platform level—working across kernel, hardware abstraction layers, and interface logic.
  • Collaborate with platform and software teams to reproduce, isolate, and resolve complex system-level issues.
  • Ensure compliance with O-RAN specifications, contribute to alignment with evolving O-RAN Alliance standards.
  • Develop and enhance automation scripts to improve regression coverage and test reliability.
  • Analyze logs and traces using tools such as Wireshark, QXDM, and platform-specific debuggers.
  • Provide clear documentation, defect reports, and test summaries for stakeholders and development teams.
  • Support RF integration, lab setup, and field test simulations UE emulators and RF instruments.
Desired Qualifications
  • Experience in Channel Emulators like Keysight PropSim, Azimuth.
  • Experience on Kubernetes and containerized environment.
  • Experience in automation using python, robot framework.

JMA Wireless specializes in advanced wireless technology solutions, focusing on the design and delivery of products that improve the speed, reliability, and security of mobile networks. Their main products include 5G-ready antennas and connectors, which are crucial for high-performance networks. These products work by enhancing signal performance and coverage, making them suitable for both indoor and outdoor environments. JMA Wireless differentiates itself from competitors through its patented technology that addresses issues like passive intermodulation (PIM), ensuring superior network stability. The company's goal is to support mobile network operators, enterprises, and public institutions in building future-ready networks that can handle the increasing demand for faster wireless communication.

Company Size

501-1,000

Company Stage

Grant

Total Funding

$43.9M

Headquarters

Liverpool, United Kingdom

Founded

2012

Simplify Jobs

Simplify's Take

What believers are saying

  • Federal funding supports JMA's expansion of 5G manufacturing capabilities in New York.
  • The partnership with MIT could open new market opportunities in mission-critical applications.
  • Increased demand for private 5G networks boosts JMA's innovation in secure communication solutions.

What critics are saying

  • Emerging 5G companies could threaten JMA Wireless's market share with innovative solutions.
  • Supply chain vulnerabilities in semiconductors may disrupt JMA's production schedules.
  • Reliance on federal funding exposes JMA to political and economic shifts affecting future funding.

What makes JMA Wireless unique

  • JMA Wireless specializes in 5G-ready antennas and connectors for high-performance networks.
  • The company focuses on energy-efficient Open Radio Units, supported by federal funding.
  • JMA Wireless collaborates with MIT to develop ultra-reliable low-latency communication solutions.

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Benefits

Health Insurance

Dental Insurance

Vision Insurance

Life Insurance

Disability Insurance

Employee Discounts

Childcare Support

Performance Bonus

Flexible Work Hours

Remote Work Options

Company News

Plant Services
Jan 7th, 2025
JMA Wireless awarded $44M to upgrade 5G O-RAN radio manufacturing plant in New York

JMA Wireless awarded $44M to upgrade 5G O-RAN radio manufacturing plant in New York.

RCR Wireless News
Dec 16th, 2024
JMA Wireless receives $43.9M for ORU development

The Biden administration awarded $273 million in federal funding for ORU hardware development through the Wireless Innovation Fund. JMA Wireless received $43.9 million to develop the American Ruggedized Modular O-RAN Radio (ARMOR) platform, which supports energy-efficient Open Radio Unit variants. This initiative aims to enhance U.S. innovation and global leadership in wireless networks as part of the CHIPs and Science Act, which will distribute $1.5 billion over the next decade.

ExecutiveBiz
Dec 13th, 2024
JMA Wireless Sets $75M Expansion for NY 5G Plant

JMA Wireless will spend over $75 million to expand and upgrade its 5G factory in Syracuse, New York, with about $44 million coming from federal funding under the CHIPS and Science Law.

Finger Lakes 1
Dec 13th, 2024
Schumer announces $44 million boost for 5G innovation in Central New York | Fingerlakes1.com

Schumer announces $44 million boost for 5G innovation in Central New York Politics

Syracuse.com
Dec 12th, 2024
JMA Wireless wins $44 million CHIPS Act grant for Syracuse expansion, Schumer says

All told, JMA Wireless officials said the CHIPS Act grant will allow the company to invest $75 million to open a new production line and expand testing capabilities at its plant on Syracuse's South Side, which opened in 2022.