Netflix Software Engineer, Job For Netflix, What Is Netflix Tagger Job Apply In USA ( Software [...]

Netflix; Augusta (ME); On-site; USD 26,174 - 34,440; Full time

Job summary

Netflix is seeking a Senior Software Engineer for Real-Time Transport in Augusta, USA. The role focuses on designing and delivering ultra-low latency streaming over RTP/RTCP across diverse networks. You will work with server, client, and data analytics teams to validate designs through lab and live AB tests.

You will implement server-side transport stack improvements on Linux, and collaborate with remote teams across multiple time zones. The position pays $22 per hour with standard work hours.

Qualifications

• Solid understanding of RTP/RTCP and secure transport protocols.
• Experience with low-latency two-way media streams and congestion control.
• Hands-on experience with lab and production AB testing methodologies.
• Experience developing software on Linux systems.

Responsibilities

• Design and implement RTP/RTCP-based solutions to deliver highly interactive, ultra-low latency streaming across ISP networks worldwide.
• Refine and improve heuristics for speed and latency estimation, congestion control, and loss recovery for RTP-based media streams.
• Collaborate with server, client, and data analytics teams to evaluate and refine designs through lab and production (A/B) testing.
• Implement and deploy new ideas in the server-side real-time transport stack.
• Partner with remote engineering and product teams across multiple time zones.

Skills

RTP/RTCP

Low latency

A/B testing

DTLS/ICE/SRTP

Linux

tcpdump/Wireshark

Communication

Ownership

Cross-functional collaboration

Education

Master's degree in CS/EE or related field

Tools

tcpdump

Wireshark

Python

R

Job description

Software Engineer (Senior) – Real-Time Transport

Netflix is a global entertainment streaming platform that delivers content to millions of users in more than 190 countries. The Open Connect team builds the infrastructure that powers content delivery at scale, including real‑time network transport technologies.

Location: Augusta, USA
Work Hours: 8 hours per day
Pay: $22 per hour

Responsibilities

• Design and implement RTP/RTCP‑based solutions to deliver highly interactive, ultra‑low latency streaming across ISP networks worldwide.
• Refine and improve state‑of‑the‑art heuristics for speed and latency estimation, congestion control, and loss recovery for RTP‑based media streams.
• Collaborate with server, client, and data analytics teams to evaluate and refine designs through lab and production (A/B) testing.
• Implement and deploy new ideas in the server‑side real‑time transport stack.
• Partner with remote engineering and product teams across multiple time zones.

Qualifications

• Strong understanding of network congestion strategies, balancing performance, latency, and reliability for RTP‑based streaming.
• Experience with low‑latency two‑way media streams over IP, including bufferbloat, active queuing, and concurrent TCP‐like traffic.
• Proficiency in network lab environments and A/B testing methodologies for transport stack performance in production.
• Knowledge of secure RTP/RTCP, DTLS, SCTP, STUN/TURN, and ICE protocols.
• Ability to communicate technical and commercial implications to diverse audiences.
• Experience developing software on Linux or closely related environments.
• Familiarity with tcpdump/wireshark and tools such as Python or R for traffic capture, test orchestration, and analysis.
• Self‑management of cross‑functional projects, resourcefulness, curiosity, and strong learning aptitude.
• Commitment to software craftsmanship and ownership of end‑to‑end projects.

Nice to Have

• Master’s degree (or equivalent) in computer science, electrical engineering, or a related scientific discipline.

EEO Statement

Netflix is an equal‑opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, gender identity, sexual orientation, national origin, disability, or veteran status.