Top System Engineer Jobs in Bangalore

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.

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.

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

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.

Develops automated test software and validation plans for aerospace and avionics systems. Responsibilities include instrument communication, calibration automation, hardware-software and system integration, test execution, debugging, requirements traceability, documentation, and compliance with DO-178C. The role requires expertise with LabVIEW, Python, C-family languages, measurement equipment, avionics protocols, hardware-in-the-loop systems, and test benches. Collaboration with global teams and flexible working hours are required.

Designs and enhances systems software, develops and executes comprehensive test plans, debugs integration issues, and leads software systems engineering projects. The role collaborates with internal and external development partners, communicates project status and resolutions, and mentors less-experienced engineers. Work focuses on HPE’s hybrid cloud and GreenLake platform and is primarily onsite at an HPE office.

Designs and enhances systems software, develops and executes test plans, automates testing, debugs code and integration issues, and contributes to software architecture. Leads software systems engineering projects, collaborates with internal and outsourced development teams, communicates project progress, and mentors less-experienced engineers. The role focuses on reliable, high-quality hybrid cloud platform software and requires onsite work from an HPE office.

Leads end-to-end hardware development for next-generation routing and switching platforms, from architecture and PCB design through production. Responsibilities include schematic, BOM, placement, routing, Gerber release, bring-up, debugging, validation, fault analysis, compliance testing, and product sustaining. The role leads technical deliverables, collaborates with cross-functional teams and suppliers, designs with CPLDs and FPGAs, and addresses high-speed CPU, memory, and networking interfaces while considering signal integrity, thermal, power, mechanical, manufacturing, and cost requirements.

Designs, develops, tests, deploys, and troubleshoots cloud application modules and features. The role involves automating testing, applying security policies, supporting deployment environments, analyzing technical problems, and collaborating with project managers, developers, and technical contributors. Candidates should have programming experience in Python, Java, Golang, or JavaScript, familiarity with cloud-native development and managed services, and knowledge of DevOps practices including CI/CD and Kubernetes orchestration.

Lead performance-controller productization from pre-silicon planning through silicon bring-up, tuning, validation, and production. Collaborate with architecture, design, firmware, and software teams to optimize performance, power, and thermal behavior across workloads and silicon variations. Debug complex hardware-software and system-level issues, correlate silicon results with simulations, and apply AI/ML to characterization data, anomaly detection, controller tuning, and validation efficiency.

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

Manage and operate Azure cloud infrastructure, Linux systems, PaaS services, and AKS environments supporting core banking applications. Responsibilities include application deployments, upgrades, monitoring, incident resolution, integrations, access management, automation, performance analysis, and service improvement. The role requires troubleshooting production and client environments, maintaining operational documentation, collaborating across technical teams, and improving reliability, security, scalability, and self-healing capabilities.

Performs systems engineering activities across components and products, including requirements management, system integration, design trade studies, validation and verification, risk and critical-to-quality assessments, interface management, and configuration control. Supports product development from concept through production and operation, resolves technical issues within established procedures, communicates technical information, and may lead junior team members.

Performs cross-functional systems engineering, including component and product integration, requirements management, design trade studies, validation and verification, system-level testing, interface management, risk and critical-to-quality trades, and configuration control. Supports technical strategy, resolves issues within established procedures, communicates technical information, and may lead junior team members or interface with customers.

Build and improve infrastructure supporting GPU firmware development, including build systems, regression farms, CI/CD pipelines, developer tools, test frameworks, web services, release pipelines, and observability. Debug issues across hardware, software, and processes; create AI-powered workflows; automate toil; and develop scalable internal tooling. Collaborate closely with hardware and software engineers while documenting requirements, designs, and trade-offs.

Develop and verify ASIC Design-for-Test architectures, including test plans, SystemVerilog testbenches, ATE screening, in-system testing, debug, diagnostics, JTAG, scan, and MBIST. Collaborate with RTL, design verification, physical design, and post-silicon teams to integrate and validate test logic. Debug using DVE or Verdi and automate workflows with Tcl, Python, or Perl.

Build and operate PayPal’s multi-cloud platform across AWS, GCP, and Azure. Responsibilities include designing hybrid connectivity, managing load balancers and CDN infrastructure, troubleshooting incidents, supporting network availability, deploying cloud and data-center infrastructure, automating operations, developing frontend and backend applications, and creating REST services. The role also involves mentoring engineers, leading technical initiatives, documenting designs, coordinating incident response, and providing on-call support.

Develop and execute exploratory and functional test plans for Arista networking products. Design network topologies to validate functionality, performance, stability, and scalability; identify defects, reproduce customer issues, debug software and hardware problems, and validate fixes. Collaborate with developers, hardware engineers, support teams, and product managers in an agile environment while contributing to automated testing and software design reviews.

Lead end-to-end verification of Ericsson 5G NR RAN systems, analyzing performance, capacity, scalability, and quality under high-load scenarios. Troubleshoot cross-layer issues across PHY, MAC, RLC, PDCP, and IP using logs, traces, and KPIs. Define verification methodologies, improve automation and CI/CD coverage, mentor engineers, support customer trials, reproduce field issues, and influence product and release decisions through data-driven technical insights.

Serves as the technical authority for rail vehicle door systems within service projects. Translates customer requirements into engineering specifications, manages technical documentation and lifecycle updates, supports tenders and project execution, and coordinates with original equipment engineering teams. Conducts fleet assessments, feasibility studies, product surveys, and field studies. Provides onsite troubleshooting for repairs, overhauls, and upgrades while ensuring compliance with quality, cost, schedule, and customer requirements.

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.

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.

Automates Azure platform deployments and operations through CI/CD pipelines, APIs, scripting, infrastructure as code, and cloud tooling. Builds self-service workflows, embeds observability and reliability controls, manages RBAC and secrets, supports Kubernetes and networking integrations, and troubleshoots validation labs and production platform issues. Collaborates with platform engineering, security, and operations teams to improve scalable deployments and ongoing upgrades.

Develop and maintain automation for 5G standalone mobile packet core certification across lab and production environments. Build end-to-end and CLI health-check tests using ANT, create Azure DevOps YAML pipelines, manage scripts and infrastructure deployments, and troubleshoot telecom mobility networks. Collaborate with development, platform, testing, and infrastructure teams in Agile environments while tracking requirements and deliveries in Jira. The role requires deep 3GPP, cloud, Kubernetes, networking, Python, and CI/CD expertise.

Leads engineering for 66–400 kV high-voltage systems across offshore wind, onshore power-from-shore, and battery storage projects. Responsibilities include HV system design, single-line diagrams, equipment sizing, protection, earthing, cable and lighting calculations, layouts, specifications, BOMs, schedules, and vendor document reviews. Coordinates with automation, SCADA, civil, supply chain, manufacturing, testing, and site teams. Supports bids, factory acceptance testing, commissioning, customer and vendor activities, and project execution.