Top System Engineer Jobs in Bangalore

Performs end-to-end system verification of Ericsson 5G NR RAN solutions, including capacity, performance, scalability, mobility, and high-load traffic testing. Troubleshoots issues across PHY, MAC, RLC, PDCP, and IP layers using logs, traces, and KPIs. Supports feature integration, test automation, CI/CD improvements, and release readiness while collaborating with development, integration, and product teams.

Designs and systemizes 5G and 6G features across scheduling, physical layer, radio resource management, beamforming, massive MIMO, carrier aggregation, and spectrum sharing. Develops link- and network-level simulations, analyzes performance and verification results against operator KPIs, improves products and tools, and supports customer deployment and troubleshooting. Requires deep communications theory, DSP, LTE/NR 3GPP knowledge, and extensive telecom software development experience.

Design and systemize 5G L1/L2 features (PHY, RRM), specify requirements and tests, develop link/network simulations, validate performance, support verification and customer deployments.

Perform end-to-end system verification of Ericsson 5G RAN solutions, including capacity, performance, scalability, mobility, and high-load traffic testing. Analyze logs, traces, KPIs, and protocol-layer behavior; troubleshoot PHY/MAC/RLC/PDCP/IP issues and identify root causes. Support feature integration, test automation, verification frameworks, and CI/CD improvements. Collaborate with development, integration, CI, and product teams while applying modern and AI-assisted verification methods.

Designs, develops, maintains, troubleshoots, and debugs SONiC network operating system platform software. The role focuses on system-level development, Linux kernel and device-driver integration, hardware bring-up, networking, and performance improvements. Responsibilities include collaborating with hardware and QA teams, participating in code reviews and architecture discussions, leading documentation, and mentoring or providing technical leadership across cross-functional initiatives.

Designs, develops, maintains, troubleshoots, and debugs SONiC network operating system platform software. The role focuses on C/C++ system software, Linux kernel and device drivers, hardware bring-up, networking, and carrier-class platform design. Responsibilities include collaborating with hardware and QA teams, contributing to architecture and code reviews, leading documentation, resolving system-level issues, and providing technical leadership and mentorship.

Designs, develops, maintains, and debugs SONiC network operating system platform software. The role involves system-level development in C and C++, Linux kernel and device-driver work, hardware integration, networking, system bring-up, code reviews, architecture discussions, documentation, and collaboration with hardware and QA teams. It also requires troubleshooting complex platform issues and contributing technical leadership and mentoring.

Develop and maintain features for the SONiC network operating system and platform software. Responsibilities include system-level troubleshooting, debugging, hardware and software integration, code reviews, architectural collaboration, documentation, and technical leadership. The role requires expertise in C/C++, Linux, device drivers, kernel development, networking, embedded platforms, system bring-up, hardware interfaces, and high-speed Ethernet technologies.

Designs and executes automated system testing for HPE cloud platform software. Develops test scenarios, scripts, plans, and documentation; debugs issues; recommends improvements; and collaborates with internal and outsourced engineering teams on testing status, integration, and issue resolution. The role focuses on enterprise storage, Kubernetes, multi-platform systems, and Python-based automation.

Designs and executes customer-focused tests for HPE storage products, validates integrations with external applications, reproduces customer issues, analyzes failures, and collaborates with engineering, QA, product, and support teams to resolve defects. The role also develops test strategies, identifies coverage gaps, documents results, and automates testing across cloud, storage, networking, virtualization, Linux, and Windows environments.

Administer and support Magna’s engineering IT systems, including CAD/CAx environments, virtual desktops, license servers, PLM systems, hardware, software, operating systems, and networking. Troubleshoot technical issues, maintain system security and performance, support engineering users onsite and remotely, collaborate across IT and engineering teams, and develop PowerShell, Python, and batch-script automation.

Develop and debug CUDA system software for NVIDIA hardware and mobile SoC devices across hardware design, simulation, silicon bring-up, and production deployment. Responsibilities include designing compute and graphics drivers, contributing to GPU architecture, kernel-level programming, system-level debugging, and collaborating with hardware and software engineers.

Design, develop, troubleshoot, and debug cloud-hosted, cloud-native applications using Java and microservices. Lead architecture and technical design decisions, ensure scalable and secure production software, conduct code reviews and testing, mentor engineers, collaborate with product and engineering stakeholders, and apply emerging cloud technologies to improve performance and quality.

Build and maintain Xometry’s Pigment financial planning system, including models, formulas, dimensions, master data, security, scenarios, integrations, dashboards, and workflows. Partner with FP&A, Accounting, and technical teams to translate requirements into tested enhancements. Ensure data quality through reconciliations and controls, support ERP and data-system integrations, document processes, train users, troubleshoot issues, and improve planning automation and scalability.

Supports systems engineering, requirements management, verification and validation, and integration for complex metro and railway systems. Maintains requirements baselines and traceability using IBM DOORS or equivalent tools, coordinates V&V activities, reviews testing evidence, manages interfaces, and supports integration testing, commissioning, trial operations, and acceptance. Collaborates with multidisciplinary engineering teams, clients, suppliers, operators, and assessors while aligning delivery with safety, assurance, cybersecurity, configuration management, and certification requirements.

Develops and manages system assurance and RAMS activities for complex metro systems across design, integration, testing, commissioning, and acceptance. Responsibilities include reliability, availability, maintainability, safety, hazard and risk analysis, FMEA/FMECA, fault and event tree analysis, safety requirements, hazard logs, assurance evidence, supplier reviews, and support for independent assessments. The role coordinates multidisciplinary stakeholders and ensures compliance with railway safety standards and project delivery objectives.

Lead the design, development, automation, and reporting of integration and system tests across firmware, BMC, Linux device drivers, and hardware. Own test strategy, infrastructure, feature validation, debugging, bug triage, root-cause analysis, CI/CD automation, code reviews, and quality improvements. Collaborate with hardware, software, and QA teams, mentor junior engineers, drive corrective actions, and provide technical leadership for complex system software testing.

Develop drivers, tests, and software frameworks across user space, kernel, firmware, and boot software for complex SoCs. Analyze system architecture, validate power, thermal, noise, and bandwidth performance, and support design validation, manufacturing screening, and customer bring-up. Debug complex module and rack-level failures, perform root-cause analysis, improve software architecture, and collaborate with internal teams, customers, and partners throughout the software development lifecycle.

Develop, integrate, and verify safety-critical Flight Management System software for aerospace applications. The role requires C/C++ programming, DO-178B/C compliance, Level A verification, embedded real-time development, and DevOps/CI/CD experience. The engineer will own product quality, collaborate with systems and certification teams, optimize automation and engineering practices, and mentor team members.

Designs, implements, tests, and maintains GitHub Enterprise Cloud and Server environments. Monitors application performance, troubleshoots software and integration issues, develops technical documentation, and supports scalable platform architecture. Leads engineering project teams, coordinates with internal and external partners, mentors less-experienced staff, and supports SOX and SOC compliance activities including access reviews and control evidence collection.

Build and deploy scalable CI/CD pipelines, Azure infrastructure automation, APIs, web UIs, and reusable operational tools. Implement Infrastructure as Code with Bicep, embed observability and reliability, codify runbooks, and collaborate with platform engineering, security, and operations teams to reduce toil and improve MTTR. The role supports cloud or network platform operations at scale and requires daily collaboration with U.S. stakeholders during overlapping hours.

Designs and maintains Azure DevOps CI/CD pipelines for 5G applications across lab and production environments. Builds AI-assisted failure analysis, self-healing workflows, MCP servers, and integrations with Azure, Kubernetes, repositories, and deployments. Develops reusable YAML templates, secure automation, observability, and infrastructure-as-code solutions. Troubleshoots Kubernetes deployments, leads technical discussions and training, documents standards, and advises teams on enterprise DevOps and emerging GenAI capabilities.

Designs, develops, integrates, and tests embedded firmware, FPGA, and control-system platforms for real-time physical devices. Responsibilities include requirements gathering, software architecture, module ownership, code development, unit testing, debugging, performance optimization, testing infrastructure, and technical leadership. The engineer collaborates with global systems teams, applies Agile practices, and develops solutions using C/C++, ARM/Xilinx SoCs, RTOS, MATLAB/Simulink, Verilog, and VHDL.

Own complex system testing activities, design and automate scalable test frameworks using NI LabVIEW and Python, troubleshoot issues cross-functionally, improve testing methodologies, mentor junior engineers, and promote quality across projects.

Designs and optimizes carrier network solutions for RFPs and RFQs, serving as a network planning subject matter expert. Evaluates technologies, develops transition architectures, analyzes network economics, and creates automation tools for sales engineering. Requires expertise in optical link budgets, nonlinear modeling, capacity planning, Layer 1 networking, carrier architectures, WDM, IP/MPLS, scripting, Excel, and SQL. The role collaborates with product, sales, optical, software, and global teams.