Top Linux Jobs in Gurgaon

Owns highly available AWS and EKS platforms, CI/CD pipelines, infrastructure as code, observability, incident response, reliability engineering, and security operations. The role designs resilient cloud environments, manages Kubernetes and Docker workloads, automates delivery and operations, leads major-incident response, establishes SLOs, and coordinates vulnerability remediation. It also mentors engineers and improves production readiness, disaster recovery, and operational efficiency.

Develop and maintain Linux-based PCIe platform software, device drivers, hardware control services, management APIs, and validation frameworks. The role includes PCIe topology and configuration, low-level interface support, hardware-software debugging, automated testing, defect analysis, documentation, CI/CD, and customer platform bring-up. The engineer collaborates with hardware, firmware, architecture, validation, and customer engineering teams on semiconductor and FPGA-based platforms.

Own AWS infrastructure, CI/CD, infrastructure-as-code, observability, security, cost optimization, containerization, backup and disaster recovery. Lead incident response, create operational documentation, and mentor engineers on monitoring and operational practices. The role requires architectural decision-making, reliable deployments, cloud cost management, and collaboration with distributed engineering teams working across U.S. time zones.

Serves as the senior technical lead for Clarity PPM, providing L3 production support, development, configuration, integrations, troubleshooting, upgrades, deployments, and performance analysis. Leads root-cause investigations, technical solution design, testing, documentation, SOX-compliant change management, disaster recovery activities, vendor coordination, on-call support, and knowledge transfer. Develops GEL, NSQL, SQL, XOG, REST, XML, reports, workflows, and custom platform functionality while mentoring developers and administrators.

Leads engineering teams delivering airport airside software and hardware systems, including requirements management, solution architecture, customization, integration, testing, commissioning, change control, and technical documentation. Serves as the primary technical interface with customers and coordinates project, R&D, subcontractor, and engineering activities. Applies airport, ATM, airfield lighting, regulatory, cybersecurity, networking, and distributed-systems expertise while managing technical risks, schedules, budgets, and delivery quality.

Leads technical delivery of airport airside, ATM, and ground traffic management software and hardware projects. Oversees requirements management, solution architecture, customization, implementation, testing, commissioning, change control, risk management, and customer coordination. Provides technical leadership to engineering teams, ensures delivery against schedule and budget, coordinates subcontractors and R&D, and applies airport regulatory standards including ICAO, FAA, EASA, and DGCA requirements.

Build scalable Python backend applications, REST APIs, asynchronous services, and database-driven systems. Responsibilities include designing schemas and optimizing SQL queries, integrating frontend and third-party systems, implementing security and testing, containerizing applications with Docker, and supporting deployment, monitoring, scalability, and reliability. The role also involves performance tuning, collaboration with UI teams, and code reviews.

Manage an operations team supporting SaaS Kubernetes applications across OCI and AWS. Lead incident response, ticket triage, technology rollouts, troubleshooting, operational SLA improvement, automation, and infrastructure engineering. Mentor Operations Engineers and collaborate with architects, stakeholders, Engineering, and Client Services. The role requires extensive experience with cloud environments, large-scale .NET applications, Kubernetes, Terraform, automation, operating systems, containers, performance analysis, and full-stack troubleshooting.

Manage and monitor global virtualized and physical IT infrastructure, including VMware vSphere, ESXi, vCenter, NSX, vSAN, UCS, and server hardware. Responsibilities include cluster health, incident troubleshooting, patching, firmware upgrades, backup and disaster recovery coordination, infrastructure monitoring, root-cause analysis, and vendor support coordination. Knowledge of Horizon VDI, SRM, Hyper-V, and Azure is advantageous.

Supports, maintains, monitors, and improves hardware, software, and network applications. Responsibilities include debugging, coding, testing, deployments, production support, automation, configuration changes, performance and reliability improvements, issue resolution, and collaboration with product owners and business partners. The role also requires documenting solutions, eliminating inefficient processes, and continuously developing technical and domain expertise.

Lead the operation, administration, monitoring, troubleshooting, and continuous improvement of customer Azure environments. Own complex incidents, changes, governance, security, cost management, and ITSM processes while advising customers and mentoring engineers. Develop documentation, automation, and operational improvements using DevOps and SRE practices. Participate in customer meetings, pre-sales activities, on-call support, and occasional travel, including after-hours support for major incidents and change windows.

Operate and support customer cloud environments across Azure and other major cloud platforms. Responsibilities include monitoring, incident and request response, troubleshooting, provisioning, access administration, patching coordination, governance, documentation, customer communication, and ITSM processes. The role also supports automation, DevOps, infrastructure as code, CI/CD, observability, and reliability improvements. Participation in on-call rotations, weekend maintenance, and customer meetings is required.

The Platform SRE maintains reliable, secure, and modern hosting infrastructure. Responsibilities include reducing technical debt, managing fleet-wide patching, building infrastructure automation and CI/CD pipelines, defining SLIs and SLOs, improving observability, responding to production incidents, performing root cause analysis, and implementing remediation. The role partners with engineering teams on scalability and operational readiness, supports compliance, maintains runbooks, mentors engineers, and leads platform reliability initiatives across cloud, managed hosting, and hybrid environments.

Senior Site Reliability Engineer responsible for designing and maintaining scalable infrastructure, deployment processes, monitoring platforms, and automation for distributed systems. The role improves reliability, performance, observability, and operational efficiency through Linux administration, scripting, infrastructure as code, CI/CD, Kubernetes, cloud platforms, and monitoring tools. The engineer collaborates with internal teams to resolve technical challenges, safely deploy software, and drive continuous improvement.

Develop and maintain Java-based software solutions using Java 8+, Spring Boot, microservices, APIs, PostgreSQL, Git, Jira, Linux, and CI/CD workflows. Collaborate with technical and business teams in a remote environment, with opportunities to support B2C applications and frontend development. The role requires strong communication skills and deployment at a client in Malaysia.

Design, develop, test, release, and maintain high-performance Android applications using Kotlin and Java. Own features and modules end to end, collaborate with product and backend teams on APIs, conduct code reviews, optimize performance and power usage, analyze crashes, and contribute to Android architecture and technology improvements.

Develops, upgrades, integrates, commissions, and supports complex broadcast and OTT systems across on-premise and cloud environments. Responsibilities include third-party system integration, coding and scripting, technical design, deployment planning, acceptance testing, documentation, performance planning, audit reporting, and staff training. The role also supervises associate engineers and requires expertise in Windows and Linux servers, networking, databases, API testing, and broadcast or digital media environments.

Graduate software engineers will develop open-source and commercial software across the Linux stack, from firmware, kernels, and drivers to desktop applications, containers, clouds, and Kubernetes. Responsibilities include writing resilient, performant code, contributing to product roadmaps, engaging with users and open-source communities, addressing customer issues, and developing secure software. The role is globally remote with twice-yearly international team sprints and emphasizes mentorship, collaboration, and continuous technical growth.

Designs and develops Linux-based embedded software architectures for high-performance real-time systems. Leads requirements analysis, coding, integration, debugging, testing, and kernel optimization. Develops Linux kernel solutions, device drivers, and Board Support Packages for RISC processors and ARM environments. Manages configuration using ClearCase and ClearQuest, collaborates with cross-functional teams and customers, and supports wireless protocol and telecommunications initiatives.

Own and optimize multiple client cloud environments across AWS, Azure, and/or GCP. Design and operate Kubernetes platforms, infrastructure as code, CI/CD and GitOps workflows, monitoring, security, disaster recovery, and cost optimization practices. Lead production troubleshooting, incident response, architecture decisions, and reliability improvements. Provide technical leadership and mentorship to 3–5 engineers while managing client relationships, technical escalations, and stakeholder communication.

Own and operate client cloud and DevOps environments across AWS, Azure, and/or GCP. Responsibilities include Kubernetes administration, infrastructure automation, CI/CD, deployments, monitoring, incident response, Linux systems administration, security, troubleshooting, backup and recovery, and continuous improvement. The role serves as the primary client-facing technical contact and coordinates, mentors, and reviews the work of one to two engineers.

Develop software verification and validation strategies, test cases, and automated testing frameworks using Python and Java. Execute manual, exploratory, functional, non-functional, accuracy, reliability, and performance testing. Verify bugs, participate in Agile ceremonies, improve QA processes, and support product research activities while following SDLC, risk assessment, and compliance practices.

Develops software verification and validation strategies, test cases, and automated testing frameworks using Python and Java. Performs manual, exploratory, functional, non-functional, accuracy, reliability, and performance testing. Participates in Agile ceremonies, test planning, estimation, bug verification, and QA process improvements. Supports product research and ensures testing aligns with SDLC requirements, timelines, resource constraints, regulatory standards, and compliance expectations.

Supports multi-cloud infrastructure for software, fonts, and training tools serving minority language communities. Responsibilities include administering Kubernetes, managing public and private cloud environments, monitoring system health, improving infrastructure, testing disaster recovery plans, orchestrating cloud resources, and troubleshooting with development teams. The role also provides training and requires experience with virtual servers, containers, Linux and Windows administration, scripting, cloud networking and security, infrastructure as code, and automated provisioning.

Lead reliability, scalability, observability, automation, and incident response for a globally distributed, multi-cloud application platform. Build infrastructure-as-code solutions, optimize CI/CD pipelines, establish SLOs, troubleshoot Linux systems, and guide cross-functional teams in adopting SRE practices. The role requires hands-on engineering, technical ownership, and participation in an on-call rotation.