DevOps Engineer in Vancouver

Job Title: Senior DevOps Engineer – Site Reliability Engineering (SRE)

Full-time Opportunity | Onsite in the Greater Vancouver Metropolitan Area |

Salary:

$113,900–$147,400/annum (depending on experience & qualifications) | Must hold a valid Canadian Work Visa

Our client, a global technology organization, is seeking an experienced

Senior DevOps Engineer

for a permanent, full-time opportunity based onsite in Vancouver.

This is a highly technical, hands‑on position with a strong emphasis on

Site Reliability Engineering (SRE), Kubernetes, CI/CD, and observability . The successful candidate will play a critical role in ensuring the reliability, scalability, and performance of large-scale production systems that process terabytes of data daily and support hundreds of microservices.

Working within a collaborative engineering environment, the Senior DevOps Engineer will focus on

improving system availability, strengthening infrastructure resilience, automating operational processes, and enhancing monitoring and observability capabilities . The role involves managing complex containerized environments, optimizing deployment pipelines, troubleshooting production issues, and implementing modern SRE and DevOps practices.

The successful candidate will collaborate closely with software development, security, and infrastructure teams to improve platform stability and accelerate software delivery. As a senior member of the team, they will also provide technical guidance and mentorship to junior engineers, new graduates, and offshore team members.

The ideal candidate brings

deep, hands‑on Kubernetes expertise , strong experience with CI/CD pipelines, advanced observability capabilities, and proficiency in scripting and infrastructure automation. While experience across cloud platforms and modern DevOps technologies is valuable, the organization is open to candidates with different technical backgrounds who demonstrate strong foundational engineering skills and the ability to solve complex infrastructure challenges.

Responsibilities

Design, implement, and maintain

highly available, scalable, resilient, and cost‑efficient production infrastructure

supporting large-scale distributed applications

Apply

Site Reliability Engineering (SRE) principles and best practices

to improve system reliability, availability, performance, and operational efficiency

Manage, optimize, and troubleshoot

Kubernetes environments , including cluster configuration, workload scheduling, resource allocation, scaling, and performance optimization

Support complex containerized environments running

hundreds of microservices , ensuring reliable application performance and service availability

Develop, maintain, and optimize

CI/CD pipelines

to streamline software delivery, improve deployment reliability, and reduce manual intervention

Implement and enhance

monitoring, logging, tracing, and observability solutions

to improve system visibility and accelerate issue identification and resolution

Build and maintain observability capabilities using tools such as

Prometheus, Grafana, OpenTelemetry, and the ELK Stack

Investigate and resolve complex production issues involving infrastructure, Kubernetes clusters, networking, application performance, and distributed systems

Develop and implement

automation scripts and operational tooling

to improve infrastructure management, deployment processes, and incident response

Manage cloud infrastructure, application deployments, and production release operations across complex environments

Implement and maintain

Infrastructure as Code (IaC)

solutions using technologies such as Terraform, Ansible, and Helm

Collaborate with software engineering teams to incorporate

reliability, performance, security, and operational best practices

throughout the Software Development Lifecycle (SDLC)

Drive continuous improvements in

system resilience, fault tolerance, capacity management, and operational readiness

Participate in

system architecture reviews, technical design discussions, platform management, and capacity planning

Identify and address infrastructure bottlenecks, performance limitations, and opportunities for resource optimization

Evaluate and introduce new tools, technologies, and engineering practices to improve platform reliability and developer productivity

Support the implementation and ongoing improvement of

automated deployment, configuration management, and infrastructure provisioning processes

Develop and maintain technical documentation covering

system architecture, operational procedures, troubleshooting guides, and infrastructure configurations

Provide

technical mentorship, coaching, and guidance

to junior engineers, new graduates, and offshore team members

Collaborate with cross-functional engineering teams to establish consistent technical standards and operational practices

Participate in a scheduled

on‑call rotation , approximately once per month, supporting production systems within a globally distributed support model

Contribute to incident investigation, troubleshooting, and continuous improvement initiatives to minimize downtime and prevent recurring issues

Qualifications

5+ years of relevant experience in DevOps Engineering, Site Reliability Engineering (SRE), Platform Engineering, or a closely related discipline

Advanced hands‑on Kubernetes expertise is essential , including cluster administration, troubleshooting, configuration, scaling, and production workload management

Demonstrated experience resolving

complex Kubernetes issues

in large-scale production environments

Strong practical experience designing, implementing, maintaining, and troubleshooting

CI/CD pipelines

Extensive experience with

monitoring, logging, tracing, and observability practices

in distributed production environments

Hands‑on experience with observability technologies such as

Prometheus, Grafana, OpenTelemetry, ELK Stack , or comparable tools

Solid understanding of

Site Reliability Engineering principles , including system availability, resilience, performance optimization, incident response, and operational automation

Strong experience with

Linux system administration , including networking, security, system performance, and troubleshooting

Experience managing and supporting

containerized applications and microservices architectures

in production

Proficiency with

Infrastructure as Code (IaC)

and configuration management tools such as Terraform, Ansible, Helm, or equivalent technologies

Experience with modern CI/CD and deployment technologies such as

ArgoCD, GitHub Actions , or comparable platforms

Familiarity with

Kubernetes autoscaling technologies , including Karpenter, cluster autoscaling, or similar solutions, is considered an asset

Experience working with

cloud infrastructure and multi‑cloud environments

is valuable

Knowledge of

Amazon Web Services (AWS)

is considered an asset but is not mandatory

Strong understanding of

distributed systems, infrastructure architecture, networking, and cloud‑native engineering practices

Experience troubleshooting complex production issues involving

microservices, Kubernetes, infrastructure, and application performance

Demonstrated ability to identify reliability risks, investigate root causes, and implement sustainable technical solutions

Strong experience improving

deployment automation, infrastructure efficiency, operational processes, and developer workflows

Ability to provide

technical leadership and mentorship

to engineers with varying levels of experience

Strong analytical and problem‑solving skills, with a practical, hands‑on approach to complex technical challenges

Excellent written and verbal communication skills, with the ability to explain technical concepts, architectural decisions, and infrastructure requirements to diverse audiences

Demonstrated ability to collaborate effectively with

software developers, security specialists, infrastructure engineers, and senior technical stakeholders

Strong organizational skills and the ability to prioritize competing technical and operational demands in a fast‑paced environment

Willingness and ability to participate in a

scheduled on‑call rotation

supporting production systems

Base Salary:

$113,900–$147,400 annually, depending on qualifications, experience, and technical assessment

Paid Time Off:

21 days of vacation plus 5 additional wellbeing days annually

Retirement Savings:

Employer matching programs, including RRSP and other eligible savings plans

Health & Dental Benefits:

Employer-paid flexible health coverage beginning on the first day of employment, with extended health and dental benefits and spending accounts

Employee Discounts:

Access to an employee purchase program

Professional Development:

Opportunities for continued learning, technical development, and career growth

Wellness & Engagement:

Employee wellness initiatives, social events, and team activities

Employee Referral Program:

Incentives for successful employee referrals

NOTE: Interested candidates who meet the above qualifications are encouraged to apply directly. Due to the volume of applications, only those shortlisted will be contacted.

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