Staff Wireless Systems Engineer — Real-Time, Low-Latency
Axon
United States
Hybrid
USD 168,750 - 270,000
Full time
14 days+
Application generator
Stand out for this role — generate a tailored resume and cover letter in about a minute.
Get past ATS filters
Benefits offered by this job
Competitive salary and 401(k) with employer match
Discretionary paid time off
Paid parental leave
Fitness programs
Emotional and mental wellness support
Job summary
A tech company specializing in public safety is searching for a Staff Wireless Software Engineer to lead the development of mission-critical communication systems. The role involves designing wireless protocol stacks and enhancing performance across embedded systems. Ideal candidates will have over 10 years of software development experience. This position is based in the U.S. and follows a hybrid work schedule, ensuring a blend of in-office collaboration and remote flexibility.
Qualifications
10+ years experience in wireless software development.
Strong C/C++ experience in embedded or systems environments.
Deep understanding of wireless protocols like LTE and 5G.
Responsibilities
Lead design and implementation of wireless communication stacks.
Develop transport abstraction layers across multiple radios and networks.
Optimize performance for latency and packet loss.
Skills
Wireless software development
C/C++ programming
Wireless protocols (LTE, 5G, Wi-Fi)
Networking fundamentals (TCP/IP, UDP)
Debugging packet-level issues
Mission-critical communications
Tools
Qualcomm SDKs
Android/Linux device platforms
Job description
A tech company specializing in public safety is searching for a Staff Wireless Software Engineer to lead the development of mission-critical communication systems. The role involves designing wireless protocol stacks and enhancing performance across embedded systems. Ideal candidates will have over 10 years of software development experience. This position is based in the U.S. and follows a hybrid work schedule, ensuring a blend of in-office collaboration and remote flexibility.