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Vetted Site Reliability Engineering developer in Canada (UTC-8)
Results-driven Senior MLOps/DevOps Engineer with extensive experience in designing and scaling cloud infrastructures to support machine learning models. Achieved a 50% reduction in time-to-market through the integration of advanced MLOps practices and automation. Expert in Terraform, SageMaker, TensorFlow, Airflow, Kubeflow, and Kubernetes, driving efficiency across the ML lifecycle, from data ingestion and processing to model deployment. Optimized big data pipelines, improving system efficiency by 40%, while ensuring 99.999% uptime. Proven track record in enhancing deployment reliability by 60% through the implementation of CI/CD pipelines and monitoring systems. Skilled in collaborating with cross- functional teams to deliver impactful, business-driven solutions.
Site Reliability Engineering developer in Canada (UTC-6)
Senior Software Engineer with over 15 years of experience in building reliable, resilient, scalable applications which have scaled to handle tens of millions of requests and terabytes of data per day. A leader, an experienced professional able to work on all aspects of any technology stack and able to lead a tech team while mentoring members of the team. I have led technology teams and worked collaboratively with Product and UX teams to deliver value to customers. I am seeking staff Engineering and leadership roles in advancing my career.
Vetted Site Reliability Engineering developer in Canada (UTC-5)
Automating Ops, Scaling Dreams 🚀 | DevOps Enthusiast | Cloud Whisperer ☁️ | Continuous Improvement 🔄
Vetted Site Reliability Engineering developer in Canada (UTC-7)
Over the years, I have accrued experience in a diverse set of domains and skill sets. In my role as Solutions Architect, I interact with customers both in a pre-sales and onboarding role and create custom solutions and integrations. As a Lead SRE at Spire Animation Studios, handled everything related to infrastructure from writing a full-stack web app to acting as an end-user self-service portal to manage the user VMs on Coreweave's infrastructure to capturing the state of infra across multiple cloud providers using Terraform for mission-critical systems like Perforce and DCC related infrastructure like Renderfarm and License servers. I was often called a Unicorn straddling both the Pipeline and Infra teams together and moving the studio forward Started my career as Software Engineer in the Mobile industry working for Motorola & quit my job as Lead Software Engineer managing a team of six engineers before going on to pursue Masters in Computer Graphics and Game Technology at an Ivy League College, University of Pennsylvania. Worked as Pipeline Technical Director at Dreamworks Animations and Animal Logic Studios (Sydney) in the Animation, FX, and Lighting Departments. As a Pipeline Supervisor at ON Animation Studios, was hands-on and grew the team of Pipe TDs/Web Development/Render Wranglers and Show TDs to create an Animation Pipeline from scratch. Moved to the backend of the Software Development for Animation Studio as Senior Software Engineer with all the best Software Engineering practices and acted as Liason for TDs working on shows at Bardel Entertainment Ltd. Very much involved in creating an Asset Versioning System using Go & Python with GraphQL on top of Postgres as the data store. Also worked for a couple of years at a Technology startup called Parallel Domain, helping in building their data generation and packaging pipeline along with an automatic annotation pipeline to cater for the training of Machine Learning models that are hosted in Autonomous vehicles (Self Driving Cars and Drones), where extensive knowledge of AWS was acquired to build the render pipeline and data transfer/packaging pipelines with CI/CD and DevOps philosophies.
Vetted Site Reliability Engineering developer in Canada (UTC-7)
Experienced Site Reliability Engineer with a demonstrated history of working in the e-commerce industry and Cloud adoption. Skilled in DevOps, CI/CD, Infrastructure as Code, Agile/Scrum methodologies and Configuration Management. Strong engineering professional that emphasizes on cross-team collaboration, open honest communication and knowledge share.
Site Reliability Engineering developer in Canada (UTC-5)
An IT/Infrastructure engineer, specializing in SRE, DevOps, Cloud, System Administration, Hardware, Software, Networking and Storage. Excellent knowledge of the technologies and products used in the modern IT world, especially in the opensource Virtualization, Containerization, Big Data and Cloud space. Able to work on own initiative and as part of a team. Proven leadership skills involve managing, developing and motivating teams to achieve their objectives. High service-awareness. Dedicated to maintaining high quality standards. Specialties: \- DevOps CI/CD, Release engineering \- SRE reliability practices: deploy and delivery automation and repeatability, monitoring/metrics/tracing stacks, backup/DR practices, distributed systems \- Linux Server Systems (RHEL/CentOS/Debian/Ubuntu) \- Distributed Container management: Kubernetes (K8S, K3S, OpenShift, EKS, AKS, GKE), Mesosphere, DC/OS, Hashicorp Nomad, fly.io \- Virtualization (VDI and Server - RHV, oVirt, libvirt, KVM/QEMU, VMWare ESX/ESXi/Server/WS, Hyper-V, Xen) \- Cloud: OpenStack, AWS, GCP, Azure \- Scripting, automation and tools development (Bash, Python, Ansible, Puppet, Jenkins, Terraform, Git, ArgoCD, Argo, Github Actions) \- RDBMS: PostgreSQL, MySQL, MS-SQL, sqlite \- NoSQL: ScyllaDB, Cassandra, MongoDB \- Messaging (MS Exchange, postfix, qmail, Zimbra, XAMPP) \- Microsoft Windows starting with NT and through 2008 to 2019 Server systems (MCSE - Active Directory, MS Exchange, MS-SQL, Clustering, Terminal Services etc.) \- Storage: iSCSI, NFS, FC, FCoE, RDMA, NVMeoF, multipathing; Dell/EMC, HDS, IBM, NetApp etc. Kubernetes CSI \- Networking: Cisco, Dell, HP and other equipment, SDN (Neutron, OVN) \- Server Hardware: Dell (certified), HP, IBM, Lenovo, Cisco UCS and others.
Site Reliability Engineering developer in Canada (UTC-4)
Skilled, hands-on technical lead with over ten years of experience managing business critical infrastructure. Adaptable generalist with proven problem solving abilities. Long track record of interfacing with clients, management, and internal development teams to aid communication and develop workable solutions for all parties.
Vetted Site Reliability Engineering developer in Canada (UTC-4)
12+ years of development experience. Primary focus is on distributed systems, micro services architecture and cloud native technologies. Strong background in Java and solid understanding of SDLC process. Competent with relational databases and NoSQL storage engines. Quick learner, team player, striving to build long-lasting and robust applications, making use of the best advances in the software engineering domain. **Strong:** Java, Kotlin **Competent**: SQL, JavaScript, Python, Swift **Technologies**: Spring Boot, Hibernate, Jersey, Relational databases (Oracle, MySql), Docker, Kubernetes, OCI (Oracle Cloud), NoSQL (Kafka, Redis, Cassandra)
Vetted Site Reliability Engineering developer in Canada (UTC-4)
Reduce production cycle time for complicated automated systems through robotic path improvements and optimizing manufacturing process at Tesla Extensive knowledge of 6 axis industrial robots for the following brands: KUKA, FANUC, ABB, STAUBLI, MOTOMAN, NATCHI/OTC, UNIVERSAL, KAWASAKI Extensive knowledge of 3D design in Solidworks, Mastercam Taught Solidworks to university students while pursuing my Masters of Engineering Taught Mastercam to contracted companies while working at In House Solutions Experience with Unix, and Linux through personal web development and hosting Programming Languages: Python, Matlab, C, Java, PHP, HTML, JavaScript, MySQL, AJAX Hands on experience with many common tools through home renovations, and hobbies Developed numerous offline robotic welding tools used for cell automation Work daily with KUKA robots for implementation of Spot Welding, SPR, Glue, Material Handling Use 3D engines to develop OCTOPUZ – an offline robotic programming suite Professional Engineer Ontario – PEO License Number 100234023
Vetted Site Reliability Engineering developer in Canada (UTC-4)
With 17 years of experience spanning consumer electronics to rail, I specialize in C++, leading & delivering multi-disciplinary projects with impact, including patented innovations. My career includes roles from an individual contributor to mentorship, enhancing team efficiency and learning. Experienced in remote work, I’ve thrived in remote-first environments for the last 8 years. Passionate about crafting meaningful solutions and uplifting others, I bring a supportive, genuine, and approachable demeanor to every endeavor.
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Ready to hire your ideal Site Reliability Engineering developers?
Get startedArc offers pre-vetted remote software developers skilled in every programming language, framework, and technology.
Look through our popular remote developer specializations below.
Arc helps you build your team with our network of full-time and freelance Site Reliability Engineering developers worldwide.
We assist you in assembling your ideal team of programmers in your preferred location and timezone.
In today’s world, most companies have code-based needs that require developers to help build and maintain. For instance, if your business has a website or an app, you’ll need to keep it updated to ensure you continue to provide positive user experiences. At times, you may even need to revamp your website or app. This is where hiring a developer becomes crucial.
Depending on the stage and scale of your product and services, you may need to hire a Site Reliability Engineering developer, multiple engineers, or even a full remote developer team to help keep your business running. If you’re a startup or a company running a website, your product will likely grow out of its original skeletal structure. Hiring full-time remote Site Reliability Engineering developers can help keep your website up-to-date.
To hire a Site Reliability Engineering developer, you need to go through a hiring process of defining your needs, posting a job description, screening resumes, conducting interviews, testing candidates’ skills, checking references, and making an offer.
Arc offers three services to help you hire Site Reliability Engineering developers effectively and efficiently. Hire full-time Site Reliability Engineering developers from a vetted candidates pool, with new options every two weeks, and pay through prepaid packages or per hire. Alternatively, hire the top 2.3% of expert freelance Site Reliability Engineering developers in 72 hours, with weekly payments.
If you’re not ready to commit to the paid plans, our free job posting service is for you. By posting your job on Arc, you can reach up to 450,000 developers around the world. With that said, the free plan will not give you access to pre-vetted Site Reliability Engineering developers.
Furthermore, we’ve partnered with compliance and payroll platforms Deel and Remote to make paperwork and hiring across borders easier. This way, you can focus on finding the right Site Reliability Engineering developers for your company, and let Arc handle the logistics.
There are two types of platforms you can hire Site Reliability Engineering developers from: general and niche marketplaces. General platforms like Upwork, Fiverr, and Gigster offer a variety of non-vetted talents unlimited to developers. While you can find Site Reliability Engineering developers on general platforms, top tech talents generally avoid general marketplaces in order to escape bidding wars.
If you’re looking to hire the best remote Site Reliability Engineering developers, consider niche platforms like Arc that naturally attract and carefully vet their Site Reliability Engineering developers for hire. This way, you’ll save time and related hiring costs by only interviewing the most suitable remote Site Reliability Engineering developers.
Some factors to consider when you hire Site Reliability Engineering developers include the platform’s specialty, developer’s geographical location, and the service’s customer support. Depending on your hiring budget, you may also want to compare the pricing and fee structure.
Make sure to list out all of the important factors when you compare and decide on which remote developer job board and platform to use to find Site Reliability Engineering developers for hire.
Writing a good Site Reliability Engineering developer job description is crucial in helping you hire Site Reliability Engineering developers that your company needs. A job description’s key elements include a clear job title, a brief company overview, a summary of the role, the required duties and responsibilities, and necessary and preferred experience. To attract top talent, it's also helpful to list other perks and benefits, such as flexible hours and health coverage.
Crafting a compelling job title is critical as it's the first thing that job seekers see. It should offer enough information to grab their attention and include details on the seniority level, type, and area or sub-field of the position.
Your company description should succinctly outline what makes your company unique to compete with other potential employers. The role summary for your remote Site Reliability Engineering developer should be concise and read like an elevator pitch for the position, while the duties and responsibilities should be outlined using bullet points that cover daily activities, tech stacks, tools, and processes used.
For a comprehensive guide on how to write an attractive job description to help you hire Site Reliability Engineering developers, read our Software Engineer Job Description Guide & Templates.
The top five technical skills Site Reliability Engineering developers should possess include proficiency in programming languages, understanding data structures and algorithms, experience with databases, familiarity with version control systems, and knowledge of software testing and debugging.
Meanwhile, the top five soft skills are communication, problem-solving, time management, attention to detail, and adaptability. Effective communication is essential for coordinating with clients and team members, while problem-solving skills enable Site Reliability Engineering developers to analyze issues and come up with effective solutions. Time management skills are important to ensure projects are completed on schedule, while attention to detail helps to catch and correct issues before they become bigger problems. Finally, adaptability is crucial for Site Reliability Engineering developers to keep up with evolving technology and requirements.
You can find a variety of Site Reliability Engineering developers for hire on Arc! At Arc, you can hire on a freelance, full-time, part-time, or contract-to-hire basis. For freelance Site Reliability Engineering developers, Arc matches you with the right senior developer in roughly 72 hours. As for full-time remote Site Reliability Engineering developers for hire, you can expect to make a successful hire in 14 days. To extend a freelance engagement to a full-time hire, a contract-to-hire fee will apply.
In addition to a variety of engagement types, Arc also offers a wide range of developers located in different geographical locations, such as Latin America and Eastern Europe. Depending on your needs, Arc offers a global network of skilled software engineers in various different time zones and countries for you to choose from.
Lastly, our remote-ready Site Reliability Engineering developers for hire are all mid-level and senior-level professionals. They are ready to start coding straight away, anytime, anywhere.
Arc is trusted by hundreds of startups and tech companies around the world, and we’ve matched thousands of skilled Site Reliability Engineering developers with both freelance and full-time jobs. We’ve successfully helped Silicon Valley startups and larger tech companies like Spotify and Automattic hire Site Reliability Engineering developers.
Every Site Reliability Engineering developer for hire in our network goes through a vetting process to verify their communication abilities, remote work readiness, and technical skills. Additionally, HireAI, our GPT-4-powered AI recruiter, enables you to get instant candidate matches without searching and screening.
Not only can you expect to find the most qualified Site Reliability Engineering developer on Arc, but you can also count on your account manager and the support team to make each hire a success. Enjoy a streamlined hiring experience with Arc, where we provide you with the developer you need, and take care of the logistics so you don’t need to.
Arc has a rigorous and transparent vetting process for all types of developers. To become a vetted Site Reliability Engineering developer for hire on Arc, developers must pass a profile screening, complete a behavioral interview, and pass a technical interview or pair programming.
While Arc has a strict vetting process for its verified Site Reliability Engineering developers, if you’re using Arc’s free job posting plan, you will only have access to non-vetted developers. If you’re using Arc to hire Site Reliability Engineering developers, you can rest assured that all remote Site Reliability Engineering developers have been thoroughly vetted for the high-caliber communication and technical skills you need in a successful hire.
Arc pre-screens all of our remote Site Reliability Engineering developers before we present them to you. As such, all the remote Site Reliability Engineering developers you see on your Arc dashboard are interview-ready candidates who make up the top 2% of applicants who pass our technical and communication assessment. You can expect the interview process to happen within days of posting your jobs to 450,000 candidates. You can also expect to hire a freelance Site Reliability Engineering developer in 72 hours, or find a full-time Site Reliability Engineering developer that fits your company’s needs in 14 days.
Here’s a quote from Philip, the Director of Engineering at Chegg:
“The biggest advantage and benefit of working with Arc is the tremendous reduction in time spent sourcing quality candidates. We’re able to identify the talent in a matter of days.”
Find out more about how Arc successfully helped our partners in hiring remote Site Reliability Engineering developers.
Depending on the freelance developer job board you use, freelance remote Site Reliability Engineering developers' hourly rates can vary drastically. For instance, if you're looking on general marketplaces like Upwork and Fiverr, you can find Site Reliability Engineering developers for hire at as low as $10 per hour. However, high-quality freelance developers often avoid general freelance platforms like Fiverr to avoid the bidding wars.
When you hire Site Reliability Engineering developers through Arc, they typically charge between $60-100+/hour (USD). To get a better understanding of contract costs, check out our freelance developer rate explorer.
According to the U.S. Bureau of Labor Statistics, the medium annual wage for software developers in the U.S. was $120,730 in May 2021. What this amounts to is around $70-100 per hour. Note that this does not include the direct cost of hiring, which totals to about $4000 per new recruit, according to Glassdoor.
Your remote Site Reliability Engineering developer’s annual salary may differ dramatically depending on their years of experience, related technical skills, education, and country of residence. For instance, if the developer is located in Eastern Europe or Latin America, the hourly rate for developers will be around $75-95 per hour.
For more frequently asked questions on hiring Site Reliability Engineering developers, check out our FAQs page.