Machine Learning Engineer
Motorola Solutions
- Location
- Los Angeles, CA
- Work model
- On-Site
- Level
- Mid
- H-1B history
- 64 approvals (FY2023)
- Posted
- Sep 8, 2026
Skills
About this role
Company Overview At Motorola Solutions, we believe that everything starts with our people. We’re a global close-knit community, united by the relentless pursuit to help keep people safer everywhere. We build and connect technologies to help protect people, property and places. Our solutions foster the collaboration that’s critical for safer communities, safer schools, safer hospitals, safer businesses, and ultimately, safer nations. Connect with a career that matters, and help us build a safer future. Department Overview Silvus Technologies is dedicated to one mission: connecting those who keep us safe. We do so by delivering the most advanced Mobile Ad-hoc Network (MANET) radios powered by our custom and ever evolving Mobile-Networked MIMO waveform. Together, our radios and waveform provide vital communications for mission-critical applications in the harshest environments from underground tunnels to high-altitude balloons. Silvus StreamCaster™ radios are being rapidly adopted by customers all over the world ranging from the U.S. and Allied Nations Departments of Defense to International, Federal, State, and Local Law Enforcement agencies, all the way to the Superbowl, Grammys, and industry-leading drone, robot, and unmanned systems manufacturers. We’re excited about the work we are doing in AI. Founded on our many years of experience and knowledge, we know the mission-critical needs of our customers are unique and different from the consumer technologies that leverage AI today. Silvus Technologies is a wholly owned subsidiary of Motorola Solutions, Inc.
Job Description
Would you like to join a talented group of people, doing challenging work, with the mission of “Keeping Our Heroes Connected”? You will join the Signals and Systems group where you will be developing machine learning solutions that enhance performance in wireless communication systems. Your work will directly impact our customers in the form of products and services that make use of signal processing technology. Unlike similar roles in the industry, the result of your work has the potential to impact the entire lifecycle of the workflows impacting people's lives in moments that matter. Roles and Responsibilities Manage inputs gathered from unusual sources, including captures from software defined radio (SDR) over a wide range of RF signals Combine knowledge of signal processing, probability and statistics, machine learning, and modern methods of artificial intelligence to build large-scale and high-throughput systems handling vast quantities of data Collaborate with UX designers, infrastructure engineers, and other research scientists to develop prototypes and integrate ML algorithms that work across a wide range of scales from resource-constrained edge compute to full-sized data centers Stay current with the latest machine learning research for wireless and embedded systems, applying ingenuity and a deep understanding of the problems at hand Required Skills 4+ years experience as a machine learning engineer Expert knowledge in Python and an ML framework such as PyTorch or TensorFlow Experience with RF signal processing and SDR for signals intelligence or electronic warfare Strong foundation in supervised and unsupervised learning and statistical modeling Strong mathematics background, particularly in linear algebra and probability Strong written and oral communication skills Desired Skills Advanced degree in a quantitative field such as electrical and computer engineering, physics, mathematics or statistics Familiarity with relational and NoSQL databases Familiarity with cloud-based infrastructure: Azure and/or AWS Experience tracking projects with Jira, Azure DevOps or similar tooling Experience with Linux, DevOps (command line) Experience with containerized infrastructure (Docker, Kubernetes) Familiarity with regulated environments, such as sovereign clouds Familiarity with regulated environments, such as sovereign clouds Target