Application Support Engineer

TASQ; Pateros; On-site; PHP 1,200,000 - 2,000,000; Full time

Job summary

TASQ is seeking an experienced Site Reliability Engineer to drive deep root cause analysis, improve reliability, and bridge customer impact with engineering. You will design automation, improve monitoring, and define customer-focused SLOs across complex enterprise platforms.

You will collaborate with cross-functional teams to reduce downtime and improve serviceability, leveraging AI/ML insights where appropriate.

Qualifications

• 4–8+ years in SRE, DevOps, or Platform Engineering.
• Experience supporting enterprise platforms.
• Hands-on with cloud-native technologies and automation.
• Experience with AI/ML capabilities is a plus.

Responsibilities

• Provide deep root cause analysis across configurations, product bugs, and underlying infrastructure.
• Identify systemic reliability weaknesses from patterns in incidents and support cases.
• Design and implement solutions, automation, or monitoring to prevent future occurrences.
• Bridge gaps between customer-facing support and core engineering teams.
• Develop tools, playbooks, and dashboards to improve supportability and diagnostics.
• Contribute to defining customer-centric SLOs and incident postmortems.

Skills

Kubernetes

Linux

Networking

Istio

PKI

AI/ML

Cloud Compute

Observability

Prometheus

Grafana

Loki

Splunk

Job description

Job Overview

Act as software detectives, providing a dynamic service identifying and solving issues within multiple components of critical business systems.

Deep Technical Support & Root Cause Analysis

• Handle complex customer issues, going deep into root cause analysis that spans customer configuration, product bugs, and underlying infrastructure.

Proactive Reliability Improvement

• Analyse patterns of customer issues, support cases, and outage impacts to identify systemic weaknesses.
• Design and implement solutions, automation, or monitoring to prevent future occurrences (involving coding, configuration changes, or proposing architectural improvements).

Bridging Customer Impact and Engineering

• Act as a liaison between the customer-facing support teams and the core Support/Development teams.
• Translate customer pain into technical requirements and SLOs, and explain technical constraints and incident impacts back to support teams.

Improving Supportability

• Develop tools, playbooks, and dashboards to help front-line support and diagnose and resolve issues more quickly.
• Feedback into the product development lifecycle to ensure new features are designed with supportability and reliability in mind.

Customer-Centric Service Level Objectives (SLOs)

• Contribute to defining and refining SLOs to better reflect actual customer pain and perceived performance, not just server-side metrics.

Incident Management & Postmortems

• Participate in incident response, bringing a strong understanding of customer impact.
• Contribute significantly to postmortems, ensuring preventative actions address both the technical root cause and the customer's experience.

Proactive Customer Engagement (for Key Customers)

• Engage with key customers to understand their critical workloads, review their architecture, and provide guidance on reliability best practices.

Experience & Qualifications

Essential

• 4–8+ years of experience in Site Reliability Engineering, DevOps, Platform Engineering, or Systems Engineering.
• Experience supporting enterprise platforms.
• Experience with cloud-native technologies and automation.
• Experience with AI / ML

Desirable

• Certified Kubernetes Administrator (CKA) / Certified Kubernetes Application Developer (CKAD)
• Google Professional Cloud DevOps Engineer
• Google Professional Cloud Network Engineer / VMware Certified Professional - NetworkVirtualization (2V0-41.24)
• Linux Foundation Certified System Administrator (LFCS) / Linux Foundation Certified IT Associate (LFCA) / Linux - ------- Professional Institute LPIC-3 Mixed Environments
• Prometheus Certified Associate (PCA)

Required Technical Skills

• Infrastructure & Platforms
• Kubernetes (essential)
• Linux (high priority)
• Networking (high priority)
• Service Mesh Basics (Istio) (high priority)
• PKI (high priority)
• AI / ML (high priority)
• Google Compute
• Storage Technologies (optional)
• Observability & Monitoring
• Prometheus (high priority)
• Grafana (high priority)
• Loki (high priority)
• Splunk