Microsoft has been a leading company in computing for decades. We are a global operation, relied on by governments, utilities, schools, and co-operatives to deliver the things they need to work, every day. In order to make this work for our customers, we need continual effort to make that delivery reliable. In order to drive reliability, we need you -- someone who already is, or is interested in becoming, a Site Reliability Engineer (also known as SRE). SREs are people who take engineering-based approaches to solve operations problems: we like infrastructure, we like seeing how big complicated things work, and most importantly, we gain great satisfaction from making it better. We have backgrounds in lots of things -- of course, Computer Science, System Administration, Networking, Mathematics, and Engineering generally, but you can also find folks who've worked in Physics, Chemistry, Biology, Statistics, and even English. SREs build, monitor, and maintain the systems and infrastructure
The scale of our operations is enormous. Microsoft's products and services are overwhelmingly consumed online, and billions of people use them every day. We need people who enjoy analyzing complicated problems, coming up with creative solutions, working in focused teams to build things no-one has thought of before, all in the service of production reliability. If you are excited by this type of challenge, and you love to work in groups of people who are similarly excited, come join us. We value the input of people who aren't afraid to be learning all the time, who celebrate mistakes because they
Required Qualifications: Bachelors in Computer Science / Engineering or 6+ years of experience in software development. 6+ years of software development: automation-related experience valued in particular. 6+ years of experience using scripting languages such as bash, python, and PowerShell, or compiled languages such as C, C# and Go are most relevant but others are acceptable Preferred Qualifications: Awareness of, and ability to reason about, modern software and systems architectures, including load-balancing, queueing, caching, distributed systems failure modes generally, microservices, and