Emulation Jobs in Hyderabad

General Summary Qualcomm is a world leader in wireless technology innovation, shaping the future of connectivity and digital transformation. As a Hardware Engineer in Qualcomm s SoC Validation Team (SVE), you will play a critical role in ensuring the quality and reliability of Qualcomm s cutting-edge SoC silicon. This role involves developing and testing SoC validation frameworks, debugging complex system/IP issues, and working closely with cross-functional teams to launch world-class products. Responsibilities Framework Development: Design, develop, and debug system/IP validation frameworks for SoC validation in bare-metal and RTOS environments. Test Planning: Understand SoC architecture and features to prepare and execute comprehensive test plans. Validation Content Creation: Develop, port, and enhance system validation content for system-level and low-power use cases. Debugging: Identify hardware bugs, root cause issues, and interface with design/software teams for resolution. Collaboration: Coordinate with IP validation and cross-functional teams for test plans and debugging complex challenges. Performance Metrics: Use silicon debug hooks to measure power, performance, coverage, and other KPIs. Mandatory Qualifications Education: Bachelor s or Master s degree in Electronics and Communication Engineering, Computer Science, or a related field. Experience: 2-5 years of relevant experience (exceptional candidates with less experience from premier institutes will also be considered). Core Skills: Programming: Proficiency in C, C++, and assembly language for low-level programming. CPU Architecture: Strong understanding of ARMv8/ARMv9/x86/PowerPC architectures, including cache coherence, IO coherence, and interrupt handling. SoC Knowledge: Familiarity with SoC architectures, including multicore/multiprocessor systems, SMP/heterogeneous cores, and memory management. Operating Systems: Expertise in RTOS/Linux kernel internals, including scheduling, locking mechanisms, MMU, and virtual memory. Build Tools: Proficient in compilers, linkers (GCC, LLVM, RVDS), and Makefiles for efficient builds. Debugging: Experience using JTAG tools for hardware debugging. Scripting: Strong skills in Python, shell scripting, and other automation tools. Desired Qualifications SoC Expertise: Exposure to SoC architecture paradigms, interconnects, and power management. Pre-Silicon Experience: Familiarity with emulation environments and pre-Si validation workflows. Boot Code Development: Experience working with ARM boot code for silicon enablement. Board Bring-up: Experience bringing up hardware-software solutions on FPGA/emulation platforms. Automation & Regression: Familiarity with build automation tools (Jenkins) and regression testing methodologies. Version Control: Proficiency with source code management tools like Git, Perforce, and SVN. Code Quality: Strong code review and best practice implementation skills. Why Qualcomm? Work with industry leaders on groundbreaking SoC technologies. Collaborate across disciplines, including architects, designers, and software engineers. Contribute to the next generation of smart, connected systems that transform industries. Access to advanced tools and resources for professional growth. Qualification : Bachelors or Masters degree in Electronics and Communication Engineering, Computer Science, or a related field.

ASIC Platform Software Architect Silicon Location: Hyderabad, Telangana, India Company: Google Minimum Qualifications Bachelor s degree in Electrical/Electronics Engineering, Computer Engineering, Computer Science, or equivalent practical experience. 5+ years of experience in software development for consumer electronics or embedded systems. 3+ years of experience influencing ASIC architecture decisions from a software perspective. Experience with Linux kernel, bootloaders, SoC architectures, low-power management frameworks, or performance analysis. Preferred Qualifications Master s or PhD in Electrical/Electronics Engineering, Computer Engineering, Computer Science, or related field. 10+ years of experience in software design and development across ASIC-related software layers (bootloaders, drivers, firmware, libraries, APIs). Experience with Android OS power management systems or similar platforms. In-depth understanding of hardware/software interaction for CPUs, accelerators, and standard IP blocks. About the Role Join Google s custom silicon team, where you'll drive innovation behind the hardware powering millions of consumer products. As the ASIC Platform Software Architect, you ll bridge the gap between software requirements and hardware design. Your role will be pivotal in influencing the architecture and implementation of custom silicon systems, ensuring alignment with software capabilities, performance targets, and user experience goals. You ll collaborate across software and hardware teams to ensure optimal functionality and integration. You will also play a key role in hardware/software trade-off discussions and will help evolve future hardware designs by leveraging insights from current product implementations. Key Responsibilities Partner with stakeholders to translate user experience requirements into hardware/software architecture. Define and design software interfaces that enable developers to fully utilize hardware accelerators and system IPs. Evaluate and guide interactions between hardware blocks and software layers, identifying and resolving architectural issues. Work with hardware and implementation teams to align software capabilities with silicon features. Influence and improve next-generation hardware design by incorporating lessons from productization and reducing technical debt. About the Team Google s Devices & Services team blends AI, hardware, and software to deliver next-generation computing experiences. This role is critical in developing advanced custom silicon solutions that support innovative hardware form factors, cutting-edge interaction methods, and seamless integration for Google s consumer-facing products. Qualification : Bachelor's degree in Electrical/Electronics Engineering, Computer Engineering, Computer Science, or equivalent practical experience.