Top System Engineer Jobs in Bengaluru

Lead SoC RTL design, integration, implementation, and quality checks across frontend, DFT, verification, and physical design. Own PPA, constraints, clocking, boot, low-power architecture, interfaces, memory subsystems, and chip-level integration. Collaborate with global architecture and engineering teams, mentor engineers, evaluate IPs, support production-quality silicon, and influence technical strategy. The role requires leadership in SoC design and verification, advanced connectivity and processor architectures, and expertise in lint, CDC, RDC, power-aware design, chiplets, and die-to-die technologies.

Specialist System Engineer responsible for supporting Oracle SBC and ECB, VoIP/IP telephony, SIP and RTP environments. The role involves network troubleshooting, Wireshark packet analysis, incident and change management, and administration of DNS, DHCP, and Active Directory. Additional responsibilities may include working with TCP, UDP, TLS, SNMP, LDAP, HTTPS, Oracle EOM, network security, and banking-domain systems. This is an on-site Bangalore role requiring five days per week in the office.

Lead development of scalable full-stack applications using Python, REST APIs, and PostgreSQL. Build and improve CI/CD pipelines, troubleshoot complex L3 production issues, perform root-cause analysis, monitor application reliability, support deployments, conduct code reviews, document systems, and mentor team members.

Administer large-scale Oracle database environments, including Exadata, RAC, ASM, Data Guard, RMAN, GoldenGate, patching, upgrades, migrations, monitoring, and performance tuning. Lead disaster recovery testing, troubleshoot critical production issues, manage ITIL incident/problem/change processes, support global production operations, and improve database automation, availability, reliability, and capacity.

Develop and maintain VergeCloud’s CDN and edge infrastructure core using Rust. Build high-performance caching, proxying, routing, traffic management, TLS, DNS, WAF, rate-limiting, bot mitigation, and DDoS protection capabilities. Diagnose production issues across applications, networks, operating systems, and infrastructure. Improve performance, reliability, scalability, and resource efficiency while collaborating with SRE, security, and platform teams on distributed, observable, fault-tolerant systems.

Lead systems engineering for EV/HEV products: define and trace functional/technical requirements, perform SFMEA/DFMEA, model system and vehicle use cases, derive state machines, create logical/technical architectures and signal interface specs, implement V-model processes, coordinate HW/SW/test teams, and apply safety (ISO 26262) and requirement management (DOORS) practices.

Design and own end-to-end RF systems for radar/defence: architecture, waveform and receive-chain design, RF front-ends, antennas and arrays, calibration, lab/field validation, and production hardening. Use EM and circuit simulation tools, RF lab instruments, and scripting to iterate designs and run target-tracking field tests.

Design, develop, and validate embedded firmware across low-level drivers to application control for safety-critical aerospace systems. Build drivers, implement communication protocols, debug hardware/firmware, create HIL and automated tests, and maintain documentation, version control, and firmware release processes.

Manage embedded system build and release processes including Git administration, Jenkins CI configuration, build optimization, Makefile and cross-compiler usage, automated build scripting, test case development, Python/Linux tooling, and validation of embedded products.

Manage embedded-system build and release processes: Git administration, Jenkins CI configuration and maintenance, build optimization using Makefiles and cross-compilers, develop automation scripts, create/validate testcases, support backend Git servers, and validate embedded products on Linux using Python.

Senior L3 Linux System Engineer responsible for escalation and troubleshooting, managing and securing Linux hosting environments, building servers, automation with scripting and IaC, deploying and managing virtualization/cloud (KVM, OpenStack, VMware, Docker/Kubernetes), performing monitoring and incident response, enforcing security best practices, and mentoring L1/L2 teams in a 24/7 production hosting environment.

Define and manage system requirements, DFMEA, and interfaces for BMS/embedded products. Support requirements traceability, integration, verification/validation, design reviews, and cross-functional issue resolution.