Top Linux Jobs in Hyderabad

Leads enterprise software engineering initiatives spanning Java, Spring microservices, messaging, distributed systems, and React applications. Designs, codes, tests, documents, and governs complex technology solutions while mentoring engineers and driving engineering standards. Develops scalable, resilient services and modern web applications, integrates GenAI capabilities, and improves automation, quality, reliability, and productivity. Collaborates with technical stakeholders, leads projects, and supports production readiness, architecture decisions, and risk and compliance requirements.

Administer VMware vCenter and ESX infrastructure supporting Jenkins build agents and software release systems. Maintain Linux-based development environments, troubleshoot build and pipeline failures, provision virtualized systems, and automate infrastructure tasks using Terraform, Ansible, and Packer. Support RPM packaging, release qualification, artifact management, and engineering teams. Improve build reliability, performance, and operational consistency while evaluating modern CI runners and containerized build environments.

Develops and supports network automation solutions using Python, Ansible, YAML, and REST APIs. Responsibilities include designing, coding, testing, debugging, documenting, and deploying automation workflows; integrating systems; generating operational reports; improving service quality; and establishing enterprise engineering standards. The role collaborates with technical stakeholders, evaluates complex technology solutions, supports Cisco and Arista network environments, and may lead projects or mentor peers.

Design, develop, and maintain Linux-based NAS appliance software using Python and Bash. Work on storage, filesystem, packaging, deployment, upgrades, lifecycle management, and platform services. Diagnose complex operating system, virtualization, multithreaded, and I/O issues in customer environments. Optimize XFS and ext4 performance, build automated tests, collaborate on high-severity escalations, and influence platform architecture. The role also involves low-level systems integration, CI pipelines, and responsible use of AI-assisted development tools.

Develop and maintain scalable Python test automation frameworks for cloud security products. Collaborate with engineering teams, test software at scale, troubleshoot complex production customer issues, and provide debugging insights. Integrate automated test APIs into Jenkins and GitLab CI/CD pipelines while building tools that improve testing workflows and engineering productivity. The role also involves diagnosing networking, cloud infrastructure, HTTP/HTTPS, and TLS issues.

The Sr. Observability Engineer at Micron will manage and support monitoring tools, ensure system reliability, perform incident resolution, and maintain performance standards.

Develops and executes verification plans and test cases for embedded platform software, including boot components, hardware abstraction, drivers, and compiler abstraction layers. Performs requirements- and scenario-based testing, change impact analysis, technical issue resolution, audits, and continuous improvement. Requires collaboration with stakeholders, technical leadership, and mentoring of junior engineers using C++, RTOS environments, emulators, debuggers, and software verification tools.

Supports IT operations across Linux and Windows systems in lab, data center, and cloud environments. Provides rotational on-call support, incident and problem management, monitoring, troubleshooting, root-cause analysis, and SLA compliance. Implements automation, AI-enabled tools, scalable process improvements, and infrastructure solutions using cloud, containerization, CI/CD, and monitoring technologies. The role is open to fresh graduates.

Design, develop, and maintain software tools and automation for large-scale data center networks. Collaborate with network infrastructure engineers to maintain automation and monitoring platforms, support scalable network architectures, participate in code reviews, and use AI coding tools for rapid prototyping and deployment.

Develop and test moderate-to-complex cloud application modules using Java. Design distributed, event-driven, scalable microservices; troubleshoot code and integration issues; create test plans; and deploy cloud applications through CI/CD pipelines. The role also addresses Kubernetes, Linux networking and storage, REST APIs, caching, data modeling, hybrid cloud environments, and cloud-native architecture.

Leads embedded software and firmware development for processor simulators and emulators, including requirements, architecture, design, coding, qualification, and technical support. Develops QEMU and KVM-based tools, ports Linux or RTOS to SoCs, and works with ARM architectures and low-level hardware interfaces. Owns simulator strategy, roadmaps, issue resolution, design decisions, stakeholder collaboration, process improvement, and team mentoring while driving innovation and competitive product development.

Plan and execute analog and mixed-signal verification across block, subsystem, and full-chip levels. Develop simulation environments, behavioral models, verification plans, automation scripts, and AI-assisted engineering workflows. Debug complex failures, perform electrical reliability and connectivity checks, analyze power behavior, and collaborate with design, firmware, product engineering, and manufacturing teams to improve product quality and verification efficiency.

Design, develop, test, deploy, and operate scalable production software for content intelligence, metadata, classification, and data governance. Own backend services and significant features from design through production using C#/.NET, Linux, Kubernetes, databases, and web technologies. Diagnose performance and reliability issues, contribute to React-based experiences, optimize high-volume data systems, and support strong engineering practices within a growing Hyderabad team.

Monitor application and infrastructure health using Dynatrace, Splunk, and Zabbix; triage and troubleshoot P1/P2 incidents; perform root cause analysis; investigate Java, Spring Boot, REST API, deployment, and performance issues; coordinate escalations; document incidents; communicate status updates; and improve monitoring, alerting, and operational processes.

Monitor application and infrastructure health using Dynatrace, Splunk, and Zabbix; triage P1/P2 incidents; troubleshoot Java Spring Boot microservices, deployments, APIs, and Kubernetes environments; analyze logs, traces, and metrics; perform root cause analysis; coordinate escalations; document incidents; and improve monitoring and alerting processes.

Provide hands-on technical leadership for scalable distributed services that discover, classify, govern, and activate enterprise unstructured data. Design and implement C#/.NET systems across Linux, Kubernetes, PostgreSQL, and ClickHouse; lead architecture, integration, performance, reliability, observability, and production troubleshooting. Guide engineers without formal management authority while contributing directly to code, reviews, prototypes, and technical decisions.

Develop and support embedded and interface software for semiconductor manufacturing equipment. Work across bare-metal and Linux environments using C, C++, and Python to interface with custom hardware and microcontrollers. Collaborate with software, electrical, controls, and mechanical engineers on equipment design, PCB and schematic review, circuit prototyping, debugging, testing, documentation, and system integration. Support existing equipment and use laboratory instruments for design bring-up and characterization.

Plans and executes analog and mixed-signal verification at block, subsystem, and full-chip levels. Develops simulation environments, models, verification plans, regression automation, and AI-assisted engineering workflows. Performs electrical rule checks, power and reliability simulations, waveform analysis, and complex failure debugging. Collaborates across design, firmware, product engineering, test, and manufacturing teams to improve quality, reliability, cost, and time to market.

Leads embedded software and firmware development for processor simulators and emulators, including requirements, architecture, coding, debugging, qualification, and technical support. Owns simulator strategy and roadmap, resolves technical issues, drives innovation, coordinates cross-functional stakeholders, mentors engineers, and develops technical capabilities. Requires expertise in C, Assembly, embedded development, device drivers, operating systems, SoC architectures, Linux or RTOS porting, ARM processors, QEMU, and virtualization.

Develops and executes verification plans and test cases for embedded platform software, including boot software, hardware abstraction layers, I/O drivers, and compiler abstraction layers. Performs requirement- and scenario-based testing, change impact analysis, audits, issue resolution, and technical improvements. Collaborates with stakeholders, leads technical activities, guides engineers, and supports quality, cost, and schedule objectives.

Owns the reliability, performance, security, availability, and day-to-day operations of enterprise Oracle database platforms. Responsibilities include Oracle database installation, upgrades, patching, automation, performance tuning, backup and recovery, replication, high availability, monitoring, capacity management, cloud migrations, documentation, and incident support across OCI and Exadata Cloud Service environments.

Designs, implements, and supports cloud database automation and infrastructure-as-code solutions. Responsibilities include database configuration management, operational automation, migrations, monitoring, logging, AWS database deployments, cloud operations, architecture, vendor coordination, and production issue resolution. The role also establishes automation and systems-management best practices, supports 24/7 environments, evaluates scaling needs, and collaborates with database engineering teams across India and the U.S.

Maintains high-performance computing and GPU infrastructure for AI, machine learning, simulation, and large-scale data workloads. Responsibilities include administering Linux systems, HPC clusters, schedulers, containers, networking, automation, monitoring, performance tuning, incident and change management, troubleshooting across infrastructure layers, documentation, and customer support. The role participates in on-call operations and collaborates with internal teams, vendors, and managed-services customers.

Develop FPGA design automation and synthesis software using modern C++. Design algorithms and optimization techniques for timing, area, power, and quality-of-results improvements. Analyze FPGA designs, integrate physical synthesis capabilities, debug complex systems, and build scalable high-performance components in Linux. Collaborate with architecture, place-and-route, timing analysis, and QA teams while contributing to code reviews, regression infrastructure, validation, and AI-assisted test generation.

Supports the setup, deployment, configuration, administration, troubleshooting, and lifecycle management of Apigee API platforms and supporting infrastructure. The role improves platform availability, performance, scalability, security, and reliability; partners with engineering, infrastructure, operations, and security teams; supports API onboarding; maintains documentation and runbooks; participates in upgrades, disaster recovery exercises, monitoring, and ITIL-aligned change and incident management.