Senior Platform Engineer (Observability & Telemetry)

Korn/Ferry International
Baltimore, MD, United States
12 days ago

Role details

Contract type
Permanent contract
Employment type
Full-time (> 32 hours)
Experience level
Expert
Experience required
5 years minimum
Compensation
$208,000.0 - $249,600.0
Working hours
Regular working hours

Tech stack

JavaScript (Programming Language) Amazon Web Services Systems Engineering Build Automation Microsoft Azure Bash Shell Cyber Security Databases Distributed Systems Github Monitoring of Systems JSON
+27 more
Python (Programming Language) Performance Tuning Windows PowerShell Systems Development Life Cycle Reliability Engineering Ansible Software Engineering Circleci Cloud Monitoring Grafana Mttr Reliability of Systems Event Driven Architecture AI Platforms Gitlab-ci Kubernetes Infrastructure Automation Frameworks Information Technology Cloudwatch Restful APIs Terraform Dynatrace Devsecops Docker Jenkins Servicenow Microservices

Job description

You will partner closely with application, platform, and development teams to implement data?driven alerting, SLO/SLA-based monitoring, telemetry pipelines, dashboards, correlations, and automated remediation. Your work will directly improve system reliability, reduce MTTR, and enhance enterprise?wide operational insight. This role requires strong analytical thinking, systems engineering discipline, and a proactive approach to identifying risks, preventing incidents, and driving continuous improvement across the production ecosystem., Design, Build, and Maintain Monitoring & Observability Solutions

  • Architect, deploy, and operate OpenTelemetry?based telemetry pipelines, including instrumentation standards, collector configurations, sampling strategies, and routing to Elastic and other backends.
  • Develop and maintain instrumentation, telemetry, and alerting for the Enterprise Monitoring Center using industry?leading tools, such as:

  • Grafana, OpsRamp, ElasticStack, BigPanda
  • AWS CloudWatch, Azure Monitor
  • Drive observability standards and best practices across multiple engineering teams through influence, documentation, and partnership rather than direct authority.
  • Apply SRE best practices to ensure measurable SLIs/SLOs, reliability dashboards, and health indicators for critical systems.
  • Integrate and manage OpenTelemetry for distributed tracing and telemetry data collection, enabling end?to?end visibility of business?critical transactions.

Collaboration & Project Participation

  • Collaborate with application development teams to define and document observability requirements for each project or release, ensuring accurate and actionable monitoring and tracing are in place for every step of business?critical workflows.
  • Embed reliability considerations early in the SDLC, including SLO definitions, instrumentation needs, and failure?mode awareness.
  • Partner with product and engineering teams to use SLOs and error budgets to guide release decisions, prioritization, and toil reduction.

Alerting & Escalation Process

  • Define and maintain standardized alert payloads per engineering guidelines, ensuring alerts are actionable.
  • Partner with Level 2 and Level 3 support teams to reflect process changes in monitoring dashboards.
  • Maintain and optimize thresholds, ensuring seamless escalations via BigPanda as the central alert hub.

Dashboard Creation & Maintenance

  • Create and maintain intuitive, actionable dashboards for the Enterprise Monitoring Center and other finance teams.
  • Ensure dashboards are effectively monitored by Level 1 teams, presenting clear, actionable data that reduces MTTR.

Documentation, Governance & Reliability Standards

  • Develop and maintain technical documentation, runbooks, diagnostic guides, and observability standards across the enterprise.
  • Evaluate and refine release, deployment, and monitoring processes to support consistent, reliable delivery pipelines.
  • Mentor junior engineers and promote a culture focused on reliability, automation, and operational excellence.

Reliability Engineering, Automation & Continuous Improvement

  • Build automation frameworks for monitoring, alerting, self?healing workflows, and incident response to reduce toil and improve MTTR.
  • Drive system optimization through capacity analysis, performance tuning, and proactive detection of reliability risks.
  • Contribute to the automation of routine operational tasks to improve system reliability and engineer quality of life.
  • Advocate for and implement observability best practices across engineering teams.
  • Define, implement, and operationalize SLIs, SLOs, and error budgets for critical services.
  • Participate in and improve incident response processes, including detection, triage, escalation, and recovery., Description Assured Information Security (AIS) has an opening for a Senior AI Platform Engineer with our Mission Services team. In this role you will advise and support the desig…
  • 1 month ago +

Requirements

Education bachelor’s in computer science, IT, or related field., * 5+ years of experience in software, systems, or reliability engineering roles, with multiple years of hands?on experience owning production observability, monitoring, and SLOs in distributed systems., * Deep experience building scalable, reliable monitoring and observability solutions, including instrumentation, alerting, dashboarding, and configuration across large, complex environments.

  • Hands?on expertise and proficency with modern monitoring and observability tools, (e.g., OpsRamp, Grafana, Elastic, CloudWatch, Azure Monitor BigPanda (AIOps), and strong knowledge of metrics, logs, traces, and OpenTelemetry.
  • Strong scripting and programming capability (Bash, PowerShell, and one or more languages such as Python, C-family, or JavaScript) to automate telemetry, alerting, and platform workflows.
  • Strong expertise with cloud platforms (AWS and/or Azure) and container orchestration systems (Kubernetes, Docker).
  • Deep hands?on experience with Elastic Observability (APM, Logs, Metrics, Traces)
  • Understanding of distributed systems fundamentals, including networking, security, databases, DevSecOps principles, and performance/capacity engineering.
  • Strong communication skills, with the ability to clearly explain complex technical topics to both technical and non?technical audiences.
  • Exceptional problem?solving and troubleshooting abilities, especially in high?pressure or time?sensitive environments.
  • Effective prioritization and multitasking, able to manage competing deadlines while maintaining quality and focus.
  • Proven cross?functional collaboration, working seamlessly with diverse teams in large, complex IT environments and driving continuous improvement across systems.

Preferred Qualifications

  • Experience with CI/CD pipelines and tools like Jenkins, GitHub, GitLab CI, or CircleCI
  • Experience querying, manipulating, and visualizing time?series data.
  • Familiarity with Infrastructure as Code tools (e.g., Ansible, Terraform).
  • Knowledge of microservices architecture and event-driven systems.
  • Working knowledge of REST APIs, JSON, and ServiceNow.
  • Experience with cloud monitoring-particularly AWS or Azure.

About the company

About Korn Ferry Korn Ferry unleashes potential in people, teams, and organizations. We work with our clients to design optimal organization structures, roles, and responsibilities. We help them hire the right people and advise them on how to reward and motivate their workforce while developing professionals as they navigate and advance their careers. To learn more, please visit Korn Ferry at www.Kornferry.com

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