7 Riscv Architecture Jobs

You should have a Bachelors or Masters degree in Electrical Engineering, Computer Engineering, or a related field with 15 years or more of relevant experience. It is essential to possess experience in use-case analysis and decomposition, as well as proficiency in Linux, Zephyr, Free RTOS, or similar operating systems. A strong understanding of microprocessor and microcontroller architectures, including CPU cores, DSP, memory management, and peripheral integration is required. Additionally, experience in system-level performance optimization, low-power design, SW/HW co-design, and real-time processing is necessary. Familiarity with high-speed interconnects, memory architectures, DDR, PCIe, and bus protocols is also important. Strong collaboration skills are crucial for working across multidisciplinary teams, including silicon, software, hardware, board design, and validation engineers. It is expected that you have experience in product development processes. Preferred qualifications include experience with ARM Cortex and/or RISC-V architecture, media processing, vision and imaging applications, and system-level simulation tools. Familiarity with hardware/software co-design, debugging techniques, Machine Learning Hardware IPs, tools, and architecture is advantageous. Knowledge of functional safety and security standards, as well as Wi-Fi integration, networking protocols, and secure wireless communication, would be beneficial.,

As a Linux Audio Driver Developer with 3 to 10 years of experience, you will be responsible for designing, developing, and maintaining audio device drivers on Linux and FreeRTOS platforms. Your role will involve working on ALSA framework, integrating audio codecs, and implementing audio signal processing pipelines. You will collaborate with hardware teams to support new board bring-up and custom audio solutions, and analyze complex issues related to audio latency, synchronization, noise cancellation, and quality. In this role, you will perform kernel-level debugging, tuning, and optimization to ensure the smooth operation of audio drivers. You will work closely with cross-functional teams, including hardware, firmware, platform, and application developers, to support BSP integration and contribute to system-level validation and testing. To excel in this position, you should have a strong proficiency in C programming, particularly in low-level embedded and Linux environments. Your experience with Linux audio driver development, preferably ALSA, will be crucial. A deep understanding of Linux kernel internals, device tree, and kernel debugging tools is essential. You should also have hands-on experience with audio codecs, DSPs, and audio processing chains, along with solid knowledge of ARM or RISC-V architectures. Additionally, familiarity with debugging tools such as JTAG, Oscilloscopes, and Signal Analyzers will be beneficial. Concepts like noise cancellation, echo suppression, and audio performance optimization should be within your skill set. By leveraging your technical skills and experience, you will play a key role in enhancing audio driver performance and ensuring high-quality audio output on Linux and FreeRTOS platforms.,

You have 3-6 years of experience and are located in Bangalore, with an immediate/15 days notice period. Your preferred qualifications include experience in industrial or automotive areas, ARM 32/64bits architecture, power management, high-speed interfaces, memories, data networking (ETH, CANxx, LIN), RISC-V architecture, HW segregation, hypervisor technologies, system/component design, and embedded electronics design constraints. Your main job responsibilities will involve providing technical expertise in MCU/MPU Internal Architecture to enhance ECU Hardware Design efficiency/performance in embedded application areas such as Body gateway, ADAS, and Infotainment. You will collaborate with silicon vendor partners to drive the generation of design solutions, offer technical expertise for ARM, RISC-V, HW accelerations, and support discussions for high-level MCU/MPU specifications. Additionally, you will support advanced design phases, system architecture definitions, ECU development/qualifications, and contribute to MCU/MPU roadmap definitions. Basic qualifications for this role include a Master of Science in Information systems, Software engineering, Information technology, or equivalent program, with a minimum of 3 years of experience in Silicon SoC Design for embedded electronics or a mixed experience of design and FAE position in reference TIER2. You should have experience in EE architecture topologies, software architecture, safety, strong teamwork, excellent oral and written communication skills, and familiarity with Silicon Design suite tools. You will be expected to collaborate in a Scaled Agile product delivery team, work with cross-functional company peers to prioritize, refine, and deploy components, and understand Stellantis Domain team requirements, project milestones, and technology relevance.,

As a VLSI Mentor / Guest Faculty specializing in Advanced Digital Systems & Low Power Design at Spandsons Horizon Engineering, you play a crucial role in guiding 5th, 6th, and 7th-semester B.E./B.Tech students in advanced VLSI concepts and practical applications. This contract role, based in Salem, offers a unique opportunity to directly influence the academic and career growth of 60 aspiring engineers. Your key responsibilities include delivering engaging sessions covering topics such as Advanced Digital System Design with Verilog HDL and Low Power VLSI Design. You will also provide hands-on guidance for lab assignments and projects using various tools like Xilinx Vivado, ModelSim, LTspice, and more. Facilitating interactive learning and ensuring alignment with the semester curriculum are essential aspects of this role. To qualify for this position, you need a minimum of 4-5 years of industry experience in VLSI design, proficiency in relevant EDA tools and hardware platforms, excellent communication skills, and a passion for teaching and mentoring. The program details include a total of approximately 60 students, with sessions scheduled on Thursdays and Fridays for 12 hours per week starting on July 24th & 25th. The program will run for Semesters 5, 6, and 7. In addition to a comprehensive program, benefits such as accommodation, food, and the opportunity to impact the next generation of VLSI engineers are provided. Join us at Spandsons Horizon Engineering and be part of a forward-thinking academic institution.,

As a Systems Architecture Lead, you will be responsible for the development of systems and product architecture for advanced Application Processors. Your role will involve collaborating with hardware engineering, software engineering, and application/solutions engineering teams to create scalable and robust solutions that cater to the requirements of advanced microprocessor products in Industrial, IOT, and Automotive Edge markets. A deep technical understanding of MPU hardware and software architecture, Solutions Engineering, Use Case Analysis, Validation, Optimization, and system integration is crucial for this position. Key Responsibilities: - Drive the definition and development of MPU architecture in alignment with market trends and industry standards. - Collaborate with product marketing teams and customers to translate requirements into detailed specifications. - Define and document use cases for the product. - Design efficient computing architectures, including multi-core processing, high-end CPU, DSP, Vision processing, Machine Learning, and memory hierarchy. - Integrate security mechanisms like secure boot, cryptographic accelerators, and trusted execution environments. - Ensure seamless system-level integration of MPU product components by collaborating with hardware, firmware, software, and solutions/application engineering teams. - Conduct power and performance benchmarking, analysis, and optimization. - Develop strategies to optimize performance, energy efficiency, and thermal management while ensuring reliability and scalability. - Own key performance indicators for programs and drive optimization. - Define architectural guidelines, best practices, and documentation to guide product development teams. Required Qualifications: - Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field with 15 years or more relevant experience. - Proficiency in use-case analysis and decomposition. - Experience with Linux, Zephyr, Free RTOS, or similar operating systems. - Strong understanding of microprocessor and microcontroller architectures, including CPU cores, DSP, memory management, and peripheral integration. - Experience in system-level performance optimization, low-power design, SW/HW co-design, and real-time processing. - Familiarity with high-speed interconnects, memory architectures, DDR, PCIe, and bus protocols. - Excellent collaboration skills to work across multidisciplinary teams. - Experience in product development processes. Preferred Qualifications: - Experience with ARM Cortex and/or RISC-V architecture. - Experience with media processing, vision and imaging applications. - Proficiency in system-level simulation tools, hardware/software co-design, and debugging techniques. - Familiarity with Machine Learning Hardware IPs, tools, and architecture. - Knowledge of functional safety and security standards. - Familiarity with Wi-Fi integration, networking protocols, and secure wireless communication.,

As a Systems Architecture Lead, you will be responsible for the development of systems and product architecture for advanced Application Processors. Your role will involve collaborating with hardware engineering, software engineering, application/solutions engineering teams to design and create scalable, robust solutions for our advanced microprocessor products targeting Industrial, IOT, and Automotive Edge markets. A deep technical understanding of MPU HW & SW architecture, Solutions Engineering, Use Case Analysis, Validation, Optimization, and system integration is essential for this role. Your key responsibilities will include driving the definition and development of MPU architecture in alignment with market trends and industry standards. You will work closely with product marketing teams and customers to translate requirements into detailed specifications. Furthermore, you will be responsible for defining scalable computing architectures, integrating security mechanisms, collaborating with cross-functional teams, and optimizing power and performance benchmarks. To qualify for this role, you should hold a Bachelors or Masters degree in Electrical Engineering, Computer Engineering, or a related field with 15 years or more of relevant experience. Additionally, experience in use-case analysis, Linux, Zephyr, Free RTOS or similar operating systems, microprocessor and microcontroller architectures, system-level performance optimization, low-power design, SW/HW co-design, and real-time processing is required. Strong collaboration skills and familiarity with high-speed interconnects, memory architectures, bus protocols, and product development processes are also necessary. Preferred qualifications include experience with ARM Cortex and/or RISC-V architecture, media processing, vision and imaging applications, system-level simulation tools, Machine Learning Hardware IPs, functional safety, and security standards. Familiarity with Wi-Fi integration, networking protocols, and secure wireless communication would be advantageous. In this role, you will play a crucial part in designing and developing cutting-edge solutions for advanced microprocessor products, contributing to the success and innovation of our products in Industrial, IOT, and Automotive Edge markets.,

Company: Qualcomm India Private Limited Job Area: Engineering Group, Engineering Group > Hardware Engineering General Summary: As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital transformation to help create a smarter, connected future for all. As a Qualcomm Hardware Engineer, you will plan, design, optimize, verify, and test electronic systems, bring-up yield, circuits, mechanical systems, Digital/Analog/RF/optical systems, equipment and packaging, test systems, FPGA, and/or DSP systems that launch cutting-edge, world class products. Qualcomm Hardware Engineers collaborate with cross-functional teams to develop solutions and meet performance requirements. Minimum Qualifications: Bachelor's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 4+ years of Hardware Engineering or related work experience. OR Master's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 3+ years of Hardware Engineering or related work experience. OR PhD in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 2+ years of Hardware Engineering or related work experience. Experience : 5 - 8 Years of relevant experience with System level exposure on ARM SOC Mandatory Skills: Good understanding of processor architecture, Multicore/Multiprocessor with SMP/heterogenous cores. Good understanding on Cache hierarchy, coherency, and snoop concepts Good Understanding of CPU Dynamic Frequency and Voltage Switching, Low Power Modes C language expertise for low level programming, Assembly language for any processor. Exposure to CPU Architecture based on ARM or x86. Exposure to SoC architecture paradigms interconnects, power management. Desired Skills Hands on experience On Linux operating system, Kernel debuggers, Kernel and Linux Device drivers Exposure to Memory architecture, through with Weakly ordered memory model and barriers concepts RISC-V architectural knowledge would be an added plus. Exposure to SoC architecture paradigms interconnects, power management. Exposure to working on emulation/pre-si environment is added advantage. Hands on experience with JTAG based debuggers. Bring-up of hardware-software solution on emulation platforms and on fresh SOC designs. ASIC digital design fundamentals and methodology would be an added advantage. Knowledge of Linux kernel internals (process scheduler, memory management, concurrency / synchronization, memory allocation, file systems) and profiling Responsibilities Create the Complex Test content scenarios in the Baremetal/Linux OS world in the process scheduler, memory management, concurrency / synchronization, memory allocation, file systems Able to understand various hardware modules constituting CPU sub-system and its interfaces. Ability to work with hardware design team to develop low level drivers for early enablement. Chalk out hardware functional validation plan, develop test bench and execute during pre and post silicon SOC bring up phases to expose HW issues. Excellent communication skills and ability to work with diverse teams to drive HW debugs to conclusion. Use silicon debug hooks to measure power/performance/coverage and other KPI metrics Applicants: Qualcomm is an equal opportunity employer. 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If you would like more information about this role, please contact Qualcomm Careers.,