Walk-in || L2 Observability
Description
Virtual Walk-In Interview - IT Engineers
Saturday, October 31 • 10:00am 4:30pm
Google Meet joining info
Video call link: https://meet.google.com/fae-phgb-nyy
Key Responsibilities
- Act as the first escalation point for incidents triaged by L1 engineers that require deeper
investigation.
- Perform root cause analysis (RCA) by correlating APM traces, infrastructure metrics,
network telemetry, logs, Synthetics results, and RUM data.
- Configure and fine-tune advanced Datadog capabilities: custom metrics, log pipelines,
monitors with composite/anomaly detection, SLOs, and dashboards aligned to service
ownership.
- Guide and review Datadog APM instrumentation coverage across services; identify
monitoring gaps and recommend improvements.
- Independently identify whether an issue originates in the application tier, infrastructure,
network, or a third-party dependency, in both 3-tier and cloud-native
(microservices/containerized) environments.
- Lead or actively participate in major incident bridge calls, providing observability data to
speed up resolution.
- Own problem management: identify recurring incidents, drive permanent fixes, and track
them to closure.
- Mentor and coach L1 engineers on triage techniques, Datadog usage, and escalation
quality.
- Contribute to automation of routine monitoring tasks (alert enrichment, auto-remediation
triggers, ticket auto-creation).
- Support capacity and performance trend analysis using historical Datadog data.
- Review and refine monitors to reduce noise and false positives (alert tuning).
- Ensure adherence to SLAs/OLAs and maintain quality of incident documentation and RCA
reports.
- Participate in client/stakeholder calls to explain incidents, trends, and improvement plans.
Required Skills and Experience
Observability Platform Skills
- 3 to 6 years of experience in Managed Services, NOC, SRE, or application/infrastructure
support roles, with at least 1-2 years working hands-on with Datadog.
- Strong working knowledge of Datadog across monitoring, dashboards, alerting, APM,
Synthetics, RUM, logs, metrics, SLOs, and service-level troubleshooting.
- Advanced monitor configuration (anomaly detection, forecast, composite monitors,
SLOs).
- APM: distributed tracing, service maps, trace analytics, and identifying instrumentation
gaps.
- Synthetics: designing multi-step API and browser tests, analyzing failure trends.
- RUM: correlating front-end performance and errors with backend traces.
- Log Management: building log pipelines, parsing rules, and log-based metrics.
- Solid understanding of infrastructure concepts: compute, storage, containers,
orchestration (Kubernetes basics), and cloud resource scaling.
- Solid understanding of networking fundamentals: DNS, load balancing, latency/packet
loss analysis, firewall and connectivity troubleshooting.
- Strong analytical ability to read application logs, stack traces, and error patterns to isolate
the failing component, without needing to be an expert in the underlying code.
- Experience with ITSM tools for incident, problem, and change management.
- Working knowledge of ITIL processes, especially incident and problem management.
Application and Architecture Understanding
- Solid understanding of 3-tier application architecture and how load, latency, or failure at
one tier cascades to others.
- Solid understanding of cloud-native architecture: microservices, containers, API gateways,
service meshes, and inter-service communication patterns.
- Ability to correlate application-level symptoms (errors, latency, timeouts) with underlying
infrastructure or network causes using observability data alone.
- Understanding of common resiliency patterns (retries, circuit breakers, caching, load
balancing) and how their failure shows up in monitoring data.
Good to Have
- Datadog certification (APM, Infrastructure, or Log Management specialization).
- Scripting experience (Python, Shell, PowerShell) for automation and custom integrations.
- Exposure to Infrastructure as Code (Terraform) for managing Datadog configuration as
code.
- Experience with CI/CD pipelines and how deployments correlate with monitoring
anomalies.
- Exposure to other observability or APM tools (New Relic, Dynatrace, Splunk, Grafana,
Prometheus).
Soft Skills
- Strong ownership and accountability for incident resolution.
- Ability to communicate technical findings clearly to both technical teams and
stakeholders.
- Mentoring ability and patience when guiding L1 engineers.
- Comfortable leading discussions during high-pressure major incidents.
- Structured approach to documentation and knowledge sharing.
Education
- Bachelor's degree in Computer Science, Information Technology, Electronics, or a related
field (or equivalent practical experience).