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QLYS_US Qualys is seeking an experienced Performance Engineering Lead in Pune, adopting a hybrid work model with 3 days in the office. The role emphasizes leadership in performance validation, scalability assessment, and optimization for a cloud-native platform.
The candidate will drive performance initiatives across releases, collaborate with architecture, operations, and customer teams, and mentor engineers in best practices for high-scale systems and microservices ecosystems.
Come work at a place where innovation and teamwork come together to support the most exciting missions in the world!
Location: Pune / Hybrid (3 days in office)
Experience: 7+ Years
Employment Type: Full-Time
We are looking for an experienced and highly motivated Performance Engineering Lead to drive performance validation, scalability assessment, and performance optimization across a modern cloud-native platform. The ideal candidate will have strong expertise in distributed microservices architectures, Kubernetes environments, messaging systems, APIs, big data workloads, and performance troubleshooting.
The role requires both hands-on technical excellence and leadership capabilities to plan, execute, analyze, and drive performance initiatives across release cycles while collaborating closely with development, architecture, operations, and customer-facing teams.
Own performance engineering activities across multiple releases and product roadmaps.
Define performance testing scope, objectives, workload models, success criteria, and capacity planning requirements.
Plan, track, and deliver performance testing activities within release timelines.
Provide regular performance status updates, risk assessments, and recommendations to stakeholders.
Mentor and guide performance engineers and establish performance engineering best practices.
Design and execute performance, load, stress, endurance, scalability, spike, and capacity tests.
Validate performance of cloud-native applications running on Kubernetes (K8s).
Build realistic workload models that simulate production-scale traffic and customer usage patterns.
Establish performance baselines and continuously improve system scalability and reliability.
Perform detailed root cause analysis and optimization recommendations for applications leveraging:
Kubernetes-based microservices
Kafka-based event-driven architectures
REST and GraphQL APIs
Redis caching layers
Oracle databases
Elasticsearch clusters
Spark-based batch and streaming workloads
Analyze system behavior across:
CPU utilization
Memory consumption
Thread utilization
Garbage collection
Network latency
Resource contention
Database bottlenecks
Cache efficiency
Message processing delays
Design and execute load testing for Kafka-based service-to-service messaging systems.
Analyze consumer lag, throughput, partition distribution, batching efficiency, and message processing latency.
Tune Kafka producer, broker, and consumer configurations to optimize performance.
Identify bottlenecks and provide recommendations to engineering teams for scalability improvements.
Validate latency, throughput, concurrency, error rates, and service-level objectives (SLOs).
Perform end-to-end performance analysis across distributed API ecosystems.
Identify bottlenecks in service interactions and recommend optimizations.
Analyze Spark batch and streaming job performance.
Investigate executor utilization, partitioning strategies, shuffle operations, memory management, and query execution plans.
Recommend performance improvements to reduce execution time and infrastructure costs
Conduct deep-dive investigations into production and pre-production performance issues.
Collaborate with developers to identify root causes and implement fixes.
Review architecture and code changes from a scalability and performance perspective.
Recommend improvements in application design, infrastructure configuration, caching, database queries, and messaging patterns.
Investigate customer-reported performance and scalability issues.
Reproduce production scenarios and provide actionable recommendations.
Work with support and engineering teams to ensure timely resolution of customer-impacting performance problems.
Design and develop scalable test data generation frameworks.
Create automation utilities and performance engineering tools.
Develop scripts and utilities using Python, Java, or similar programming languages to support performance testing and analysis.
7+ years of experience in Performance Testing and Performance Engineering.
Proven experience leading performance initiatives for enterprise-scale applications.
Strong understanding of distributed systems and cloud-native architectures.
Kubernetes (K8s) and containerized environments
Microservices architecture
Apache Kafka
API performance testing and diagnostics
Redis
Oracle Database
Elasticsearch
Apache Spark
Linux system performance analysis
Experience with one or more:
JMeter
Gatling
LoadRunner
k6
Locust
BlazeMeter
Hands-on experience with:
Grafana
Pro