Top C++ Jobs in Gurgaon

Designs, secures, operates, and automates enterprise cloud infrastructure and DevSecOps platforms across Azure and Google Cloud. Responsibilities include CI/CD and GitOps, infrastructure as code, Kubernetes, security controls, observability, governance, incident response, reliability engineering, toolchain integration, and developer enablement. The role also applies generative AI responsibly to infrastructure automation while maintaining security, compliance, human oversight, and cost controls.

Provides technical leadership for embedded platform software and avionics certification. Develops BSPs, boot software, platform abstraction layers, device drivers, middleware, requirements, architecture, and DO-178C certification documentation. Leads certification activities, solves complex technical issues, collaborates with stakeholders, supports talent development, and drives software quality and continuous improvement. Requires extensive real-time embedded software experience in C, C++, assembly, bare-metal environments, multicore systems, and Deos RTOS.

Provides technical leadership for display graphics and platform services software. Responsibilities include architecture, design, embedded C++ implementation, graphics performance optimization, integration and field-issue investigation, testing, design reviews, technical decision-making, stakeholder collaboration, and mentoring junior engineers. The role supports mission-critical programs and may involve firmware, driver, multithreading, and multicore development.

Lead architectural design and innovation for aerospace tooling solutions within the ANTHEM platform. Collaborate with business and technology leaders to align architecture with strategic goals, ensuring scalable, secure, compliant, and reliable solutions. Guide software development, system integration, validation, and engineering productivity initiatives. Build and support a strong technical team through recruiting, talent development, succession planning, retention, and inclusive leadership.

Leads embedded avionics software development and verification for aerospace programs. Drives test architecture, environments, tools, processes, and certification activities under DO-178B/C. Reviews design documentation, supports audits and technical reviews, evaluates emerging processor and architecture technologies, and uses C, C++, Python, debuggers, simulators, VectorCAST/Cover, and MATLAB. Develops automation utilities using generative AI, guides engineers, influences software architecture, and coordinates cross-functional stakeholders to deliver quality and schedule objectives.

Leads embedded avionics software development and verification for aerospace systems. Responsibilities include defining test architectures, environments, tools, and processes; ensuring DO-178B/C compliance; reviewing PDR/CDR designs; evaluating emerging technologies; using C, C++, Python, MATLAB, debuggers, and simulators; automating verification with generative AI; conducting audits and technical reviews; and guiding engineers while managing cross-functional stakeholders.

Leads embedded aerospace software development and verification activities for avionics programs. Defines test architectures, environments, tools, processes, and methodologies aligned with DO-178B/C. Influences software architecture, reviews designs, evaluates emerging technologies, drives productivity improvements, and manages technical stakeholders. Provides technical leadership, mentors engineers, coordinates cross-functional initiatives, and supports quality, cost, schedule, certification, and risk objectives. Uses C, C++, Python, MATLAB, VectorCAST/Cover, debuggers, simulators, and generative AI tools to improve verification workflows.

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.

Designs, develops, integrates, and validates aerospace engine, power, avionics, and actuation control systems. Responsibilities include requirements engineering, system architecture, control-system analysis, MATLAB/Simulink modeling, embedded C development, sensor and actuator integration, SIL/HIL testing, verification, validation, and aerospace certification compliance. The role supports model-based development and real-time embedded applications using aerospace standards and communication protocols.

Supports combustion and emissions design and analysis for aerospace engines, APUs, and advanced technology programs. Performs CFD, thermal, and FEA analyses; develops engineering tools and methods; ensures project, process, and product compliance; and resolves complex technical problems. The role also contributes to turbomachinery and gas-turbine combustor modeling involving turbulence, combustion, and emissions, using tools such as Fluent, STAR-CCM+, Synopsys Workbench, and Siemens NX.

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.

Leads verification and validation for aerospace displays and graphics systems under DO-178B/C objectives. Tests touch-screen controllers, electronic display components, graphics, navigation, and warning functions using requirement-based, scenario-based, and automated testing. Drives technical initiatives, resolves complex issues, collaborates with global engineering teams, provides estimates, and mentors or influences technical teams. Requires deep avionics and aerospace display testing expertise, embedded systems knowledge, Python, and C/C++ proficiency.

Develop and maintain secure C/C++ software for hardware wallets, integrating with hardware components and optimizing performance, security, and resource use. Implement cryptographic algorithms and security protocols, debug complex issues, conduct code reviews, and contribute to JavaScript-based web and desktop applications. The role also involves collaborating with hardware engineers and applying secure coding practices to digital asset products.

Develop and customize Android Automotive and Android platform software for infotainment systems. Responsibilities include coding, testing, troubleshooting, device configuration, custom HAL development, Android framework extensions, version migrations, compliance testing, and full lifecycle software development. Collaborate with cross-functional teams to deliver reliable automotive cockpit experiences while contributing to architecture, unit testing, middleware, and platform-level integrations.

Develop embedded software for connected medical devices throughout the product lifecycle, including requirements, design, implementation, debugging, integration, verification, validation, and launch. The role supports device-to-device, mobile, and cloud connectivity using communication protocols and collaborates with systems, electrical, quality, regulatory, digital, and manufacturing teams. It also contributes to software quality, cybersecurity, compliance, product enhancements, and engineering changes.

Develop embedded Linux application software for wireless gateway products. Implement features from software and system requirements, perform code and documentation reviews, manage U-Boot, Yocto, CMake, and Make build systems, apply cybersecurity patches, conduct board bring-up and hardware-software debugging, and support testing, continuous integration, and cross-compilation environments.

Develop embedded application software and middleware for Linux-based wireless gateway products. Implement features from software and system requirements, conduct code and documentation reviews, manage embedded Linux patches and cybersecurity releases, and perform board bring-up and hardware-software debugging. Build configuration and cross-compilation environments using U-Boot, Yocto, CMake, and Makefiles. Apply modern C++, design patterns, TDD, unit testing, and continuous integration.

Designs and implements automated testing frameworks, writes scripts and functional verification scenarios, executes and analyzes tests, improves quality processes, authors test reports, analyzes code differentials, and collaborates with software developers. The role requires experience with .NET, C/C++, C#, functional testing, Agile development, automation, Jenkins, Bitbucket, and test management tools.

Lead development of a cloud-based, 3GPP-compliant 5G standalone core network. Responsibilities include translating requirements into technical designs and backlogs, implementing network functions, reviewing architecture, troubleshooting performance issues, managing delivery schedules, documenting solutions, and mentoring developers. The role requires strong cellular-network expertise, including 3GPP standards, telecom protocols, network security, IP networking, and hands-on software development.

Perform mechanical design, combustion and emissions analysis for aerospace engines, APUs, and advanced technology programs. Conduct CFD, thermal, and FEA analyses using engineering software; develop engineering tools and methods; support compliance, problem solving, and technical resolution. The role also involves combustion modeling, turbomachinery and gas turbine combustor analysis, and collaboration on project, process, and product requirements.

Leads embedded systems development and testing for medical devices, overseeing architecture, firmware, hardware integration, verification, validation, automation, quality, regulatory compliance, and product release. Manages engineering teams, establishes technical strategy and metrics, drives root-cause analysis, coordinates cross-functional execution, supports risk management and audits, and develops engineering talent across the product lifecycle.

Leads embedded systems development and testing teams building regulated medical devices. Oversees architecture, embedded software and firmware, hardware/software integration, verification and validation, automated testing, quality compliance, risk management, product release, sustaining engineering, and technical problem resolution. Manages cross-functional execution, engineering metrics, schedules, and resources while recruiting, mentoring, and developing engineering talent.

Own and ship production backend software, build and scale microservices, make technical decisions, troubleshoot complex production issues, and improve reliability, security, and scalability. Collaborate with founding leadership and cross-functional teams while using generative AI, cloud infrastructure, Kubernetes, Terraform, and modern API architectures to deliver enterprise-grade applications.

Ensure T2000/T6391 system software and customer test programs remain compatible with evolving Visual Studio and MSVC versions. Responsibilities include build verification, debugging compiler and runtime issues, Windows compatibility testing, TPIDE test development, GUI automation, CI/CD test frameworks, regression testing, and process improvement. The role collaborates internationally and supports long-term platform stability.