Top Site Reliability Engineer sections that make the best resume
- Header
- Professional summary
- Experience (with numbers & results)
- Relevant skills
- Education
- Certifications
Things to remember when writing your Site Reliability Engineer experience section
Site Reliability Engineer Resume Experience: Checklist
- Use either chronological or reverse-chronological format when listing your previous jobs;
- Mention only relevant positions that add value to your resume;
- Briefly state the challenges you’ve faced and how you’ve overcome them;
- Highlight the results from your efforts (for bonus points, add numbers, percentage rates, etc.);
- Forget about buzzwords! Use power verbs instead.
To illustrate it more clearly, we’ve collected some of the best experience section examples from real Site Reliability Engineer resumes. Check them out below!
- Developed a system that automatically deploys and scales infrastructure in response to traffic spikes, reducing downtime by 30%.
- Implemented a monitoring and alerting system that reduced response times to critical incidents by 50%.
- Partnered with senior-level engineers to identify and resolve complex performance issues, resulting in a 40% increase in application uptime.
- Improved application performance by 25% through the implementation of caching and load-balancing strategies.
- Researched and implemented industry best practices, resulting in a 20% increase in overall system reliability.
- Collaborated with development teams to ensure that new features were designed with reliability and scalability in mind.
- Led a team of engineers in the development of a disaster recovery plan that reduced downtime from system failures by 70%.
- Automated the deployment and configuration of infrastructure, reducing deployment time by 80%.
- Designed and implemented a system for log aggregation and analysis, reducing time to resolution for issues by 60%.
- Collaborated with development teams to implement continuous integration and delivery processes, reducing time to release by 50%.
- Developed scripts and tools for performance testing and benchmarking, resulting in a 30% increase in application performance.
- Researched and recommended new technologies and tools to improve system reliability and scalability.
- Championed shared service ownership within the development team resulting in a 20% reduction in incident resolution time.
- Implemented automation to reduce repetitive manual processes by 30%, using Ansible and Terraform.
- Improved observability by implementing monitoring, instrumentation, and observability as core tenets of the development practice. This resulted in a 15% reduction in the number of incidents.
- Implemented best-in-class deployment and delivery methodologies using Kubernetes, Cloudflare, and CNCF tools. This resulted in a 25% improvement in deployment speed.
- Collaborated with product managers to set and maintain Service level Objectives (SLOs) and metrics representative of the customer experience. This resulted in a 10% improvement in customer satisfaction.
- Advocated for security best-practices within the team, resulting in improved compliance with OANDA's security and privacy standards.
- Conducted tabletop and chaos engineering exercises to identify opportunities for improvement and avoid operational underload.
- Encouraged team members to espouse the culture and values of the company, resulting in improved collaboration across different teams.
- Implemented automation to reduce repetitive manual processes by 50%, using Ansible and Terraform.
- Improved observability by implementing monitoring, instrumentation, and observability as core tenets of the development practice resulting in a 10% reduction in the number of incidents.
- Implemented best-in-class deployment and delivery methodologies using Kubernetes, Anthos, and CNCF tools to drive cloud adoption and standardization across on-premise and cloud environments.
- Collaborated with product managers to set and maintain Service level Objectives (SLOs) and metrics representative of the customer experience. This resulted in a 15% improvement in customer satisfaction.
- Advocated for security best-practices within the team, resulting in improved compliance with OANDA's security and privacy standards.
- Participated in a cross-functional on-call rotation to support code into production. Ensured the health of the on-call rotation to avoid operational overload and lead the blameless post-mortem process.
- Developed and maintained software in Python, C++, and JavaScript to improve the reliability and performance of the company's products.
- Performed code review for development peers to ensure reliability, observability, and security are key pillars of the work.
- Collaborated with the development team to improve product performance by solving difficult performance and reliability problems.
- Contributed to the improvement of the daily trading experience of thousands of customers.
- Optimized cloud infrastructure performance resulting in 99.99% uptime for YouVersion's services
- Reduced cloud infrastructure costs by 20% by implementing cost optimization strategies
- Improved site reliability by 25% through the development and implementation of automated monitoring and alerting systems
- Reduced average response time for critical incidents by 50%
- Implemented automated remediation systems, reducing manual intervention in incident response by 75%
- Improved cloud infrastructure reliability by 20% through the development and implementation of disaster recovery plans
- Developed and maintained monitoring and alerting systems for Amazon Web Services infrastructure
- Implemented AWS best practices to improve infrastructure reliability by 30%
- Reduced response time for critical incidents by 40%
PRO TIP
Include quantitative data throughout your Site Reliability Engineer resume to impress the hiring manager. Real facts and figures that show off your competency as an audit manager go a long way. Did you reduce the costs of audits? Manage a large team? Boosted efficiency? Show off the real numbers!
Action Verbs for your Site Reliability Engineer Resume
Recommended reads:
An Impressive Skills Section for Your Site Reliability Engineer Resume
Checklist for a perfect Site Reliability Engineer resume skills section:
- Make sure to include most if not all essential skills for the job;
- Check the job description and add some keywords to pass ATS;
- List both hard and technical skills;
- When it comes to soft skills – elaborate on them in other sections of your resume (e.g. the experience section).
Top skills for your site reliability engineer resume
Linux Administration
Cloud Infrastructure
Automation Tools (e.g. Ansible, Chef, Puppet)
Scripting Languages (e.g. Python, Bash)
Monitoring and Alerting (e.g. Nagios, Prometheus)
Networking Fundamentals
Database Management
Virtualization Technologies
Containerization Technologies
Security Best Practices
Problem Solving
Communication
Collaboration
Adaptability
Time Management
Attention to Detail
Leadership
Customer Focus
Continuous Learning
Project Management
PRO TIP
When describing your experience, don’t go too far from its terminology. Recruiters use ATS systems to filter resumes based on them having certain keywords, so make sure you use at least a few keywords mentioned in the job description.
Recommended reads:
Site Reliability Engineer resume header: tips, red flags, and best practices
Checklist: Writing a resume summary that makes you stand out
- Keep it short and use well-structured sentences;
- Mention your total years of experience in the field and your #1 achievement;
- Highlight your strengths and relevant skills;
- Add keywords from the company’s website or the job description.
Resume summary formula:
PRO TIP
Include a link to your portfolio in your resume header. Most companies will require that you include one in your resume, and even if they don’t, it’s an excellent opportunity to directly show them your proudest projects.
Recommended reads:
Choosing the Best Format for Your Site Reliability Engineer Resume
The content of your Site Reliability Engineer resume is what will get you hired, right?
But even when your content’s amazing and you’re a true over-achiever, recruiters might not think you’re a good fit if your resume looks messy or is not formatted the right way.
In general, there are three basic resume formats we advise you to stick with:
- Reverse-chronological resume format;
- Functional skills-based resume format;
- Combination (or Hybrid) resume format.
Deciding which one to use depends on your experience, the industry, and the company. In short — you need to know what your applicant profile is.
For instance, reverse-chronological resumes are great for people with over 10 years of experience and no employment gaps. Here, you need to list all your relevant experience in a reverse-chronological format, starting from the most recent and going back to less recent positions.
Functional skills-based resumes, on the other hand, are great for entry-level applicants, graduate students, or people who have different kinds of experience. It focuses on skills, education, and character traits, rather than experience.
If none of these work for you, and you dream of adopting a more creative approach that makes a difference, the combination (or hybrid) resume format is exactly what you’re looking for. It allows you to focus on both your experience and your skills, making it a ‘best of both worlds’ format. It’s also suitable for those who want to spice things up by adding different creative sections (e.g. ‘life philosophy’ or ‘what my day looks like’).
Here are some additional tips on perfecting your resume layout and style:
- Go for a traditional resume font sized 12p;
- Use standard 1-inch resume margins for increased readability;
- Make sure your resume fits on a one-page template. In case you’ve got 10 years of experience or more, your resume’s length can reach two pages;
- Avoid unwanted editing and plagiarism – save your resume as PDF before sending it to the recruiters.
Want to take it a step further? Learn how to make your resume stand out without relying too much on creativity.