Engineer Site Reliability
Showing salary data for 128 Engineer Site Reliability positions
In-depth H-1B visa salary data for Engineer Site Reliability positions across the United States. Explore compensation trends, top employers, and geographic distribution for this specialty occupation. Compare wages across different companies and cities.
Job Title Stats
Total Positions
128
Average Salary
$123,307.33
About Engineer Site Reliability
The role of an Engineer, Site Reliability (SRE) is crucial in ensuring the reliability, availability, and performance of software systems. SREs blend software engineering and systems engineering to build and maintain scalable and reliable systems. Typical responsibilities include monitoring system performance, automating processes, and troubleshooting issues to enhance system reliability. Required skills often include proficiency in programming languages (such as Python or Go), experience with cloud platforms, and a strong understanding of DevOps practices. With an average salary of approximately $133K and 7 H-1B positions available in 2024, this role presents significant opportunities for international professionals seeking visa sponsorship. The demand for SREs is growing as organizations increasingly prioritize system reliability, making this an attractive career path with strong growth potential.
Monthly H-1B Job Count & Salaries
Top Locations for Engineer Site Reliability
* Dominance shows what proportion of all H-1B jobs in each city are for the Engineer Site Reliability role.
💰 Salary Trends & Insights
The salary trends for Site Reliability Engineer positions from November 2019 to January 2025 show a general increase in average salaries, rising from $115,596 in 2019 to $133,641 in 2024, with a peak average of $141,378 in May 2023. The market demand peaked in 2020 and 2021, with 38 and 42 job postings respectively. Notably, 2023 saw a resurgence in demand with 20 postings and an average salary of $133,223. This role's compensation has evolved positively, reflecting a growing recognition of its importance in tech infrastructure.