6 System Debugging Jobs

Key Responsibilities: System Architecture and Development: Design and implement Android-based systems tailored for automotive applications, ensuring seamless integration with vehicle hardware and software components. Operating System Expertise: Customize and optimize the Android OS to meet specific automotive requirements, including performance, security, and reliability standards. Kernel and Bootloader Management: Develop and maintain bootloader configurations and Linux kernel adaptations to support diverse hardware platforms within the vehicle. Device Driver Integration: Create and integrate device drivers to facilitate communication between the Android system and various hardware components, ensuring optimal functionality. Board Support Packages (BSPs): Develop and manage BSPs to support hardware-specific features and ensure compatibility across different vehicle models. Cross-Functional Collaboration: Work closely with hardware engineers, software developers, and quality assurance teams to deliver cohesive and high-quality automotive solutions. Innovation and Continuous Improvement: Stay abreast of emerging technologies and industry trends to drive innovation and continuous improvement within the Android development domain. Required Qualifications & Skills: Educational Background: Bachelors or Masters degree in Computer Science, Electrical Engineering, or a related field. Professional Experience: Minimum of 8 years in developing Android-based devices, with a focus on system-level development and integration. Technical Expertise: Proficiency in programming languages such as Java, C, and C++. In-depth knowledge of Android OS architecture and internals. Experience with bootloader configurations and Linux kernel customization. Expertise in Android porting and native Android development. Strong understanding of device drivers and hardware abstraction layers. Experience in developing and managing board support packages. Problem-Solving Skills: Demonstrated ability to diagnose complex system issues and implement effective solutions. Communication Skills: Strong verbal and written communication skills, with the ability to convey technical concepts to diverse audiences.

Key Responsibilities: System Architecture and Development: Design and implement Android-based systems tailored for automotive applications, ensuring seamless integration with vehicle hardware and software components. Operating System Expertise: Customize and optimize the Android OS to meet specific automotive requirements, including performance, security, and reliability standards. Kernel and Bootloader Management: Develop and maintain bootloader configurations and Linux kernel adaptations to support diverse hardware platforms within the vehicle. Device Driver Integration: Create and integrate device drivers to facilitate communication between the Android system and various hardware components, ensuring optimal functionality. Board Support Packages (BSPs): Develop and manage BSPs to support hardware-specific features and ensure compatibility across different vehicle models. Cross-Functional Collaboration: Work closely with hardware engineers, software developers, and quality assurance teams to deliver cohesive and high-quality automotive solutions. Innovation and Continuous Improvement: Stay abreast of emerging technologies and industry trends to drive innovation and continuous improvement within the Android development domain. Required Qualifications & Skills: Educational Background: Bachelors or Master’s degree in Computer Science, Electrical Engineering, or a related field. Professional Experience: Minimum of 8 years in developing Android-based devices, with a focus on system-level development and integration. Technical Expertise: Proficiency in programming languages such as Java, C, and C++. In-depth knowledge of Android OS architecture and internals. Experience with bootloader configurations and Linux kernel customization. Expertise in Android porting and native Android development. Strong understanding of device drivers and hardware abstraction layers. Experience in developing and managing board support packages. Problem-Solving Skills: Demonstrated ability to diagnose complex system issues and implement effective solutions. Communication Skills: Strong verbal and written communication skills, with the ability to convey technical concepts to diverse audiences.

FPGA SoC Prototyping Engineer We are seeking an FPGA SoC Prototyping Engineer to develop and optimize FPGA-based prototypes for SoC validation. You will be responsible for FPGA synthesis, timing closure, partitioning, power flows, and system integration , enabling efficient presilicon verification and early software development. Key responsibilities: Build high-performance FPGA prototypes , addressing synthesis, timing, and system constraints . Debug and resolve synthesis, timing, and functional issues with design and verification teams. Innovate automation flows to improve FPGA usability and validation efficiency . Develop hybrid prototyping solutions (FPGA + virtual platforms) for SoC verification. Drive power-aware FPGA methodologies for accurate modeling and optimization. Support IP and SoC bring-up, testbench debugging, and system integration . This role requires problem-solving, creativity, and persistence to push the limits of FPGA prototyping for next-gen SoCs. Qualifications Proficiency in HDLs: Expertise in Verilog for FPGA design and development.FPGA Tools: Hands-on experience with Xilinx Vivado, Intel Quartus, or similar tools.Prototyping and Debugging: Strong skills in FPGA prototyping boards and debugging tools (e.g., logic analyzers, chipscope).Simulations: experience in signal level debug of large and complex designs in a simulation environmentAdvantages:Industry standards: familiarity with protocols like AXI, PCIe, USB. hands on experience is a strong advantage.Scripting: Proficiency in Python, TCL, or similar for automation and tool scripting.experience in CPUs, GPUs, complex fabrics and/or graphics chip is a strong advantage.

Embedded Linux Kernel Developer: 1. Engineer with 5+ of experience in embedded Linux/Linux application/driver/kernel development. 2. Strong C/C++ development skills with a good understanding of object-oriented design. 3. Experience dealing with Linux community and Open Source contribution a plus 4. Experience with any one of the domain (Multi Media, Power management, Display technology, OpenGL) 5. Experience with Audio sub-system, Audio driverss, frameworks and ALSA SOC(ASOC), Audio protocols like I2S, Proficient in yocto development. 6. Good working experience with IPC, DMA driver development. 7. Strong background in embedded systems development 8. System knowledge, System Debugging 9. Experience with kernel mode driver programming in Linux 10. Linux Device driver programming experience in Linux Kernel and Drivers. 11. Work in both an individual and team member environment 12. Excellent problem solving and debugging skills of the building blocks. 13. Kernel bug fixes and upstreaming 14. Strong written and verbal communication skills 15. Self-motivated, should be able to take lead in mastering new technologies Good to have: 16. Expertise with CAR Framework. 17. Automotive experience

Good experience and knowledge of Windows and Linux internals. Good experience and knowledge of Windows and Linux device drivers. Extensive and real-time experience with protocols such as USB, I2C, PCI, and PCIe. Proficient in testing and debugging firmware, BIOS, and BIOS stitching using various tools (Intel tool knowledge preferred). Strong experience and knowledge of low-power, high-power, and server system boot processes. Knowledge of SOC/CPU and PCH. Proficient in system log and driver log capture and analysis. Domain knowledge: Power Management, Graphics, SR-IOV, Camera/IPU, Audio, Firmware/BIOS, Debug and Trace, DPMO, and Stress and Stability. Proficient in debugging tools such as Trace32, PythonSV, ITP, Lauterbach, XDP, and DCI for system/SOC debugging. Works in the area of Software Engineering, which encompasses the development, maintenance and optimization of software solutions/applications. 1. Applies scientific methods to analyse and solve software engineering problems. 2. He/she is responsible for the development and application of software engineering practice and knowledge, in research, design, development and maintenance. 3. His/her work requires the exercise of original thought and judgement and the ability to supervise the technical and administrative work of other software engineers. 4. The software engineer builds skills and expertise of his/her software engineering discipline to reach standard software engineer skills expectations for the applicable role, as defined in Professional Communities. 5. The software engineer collaborates and acts as team player with other software engineers and stakeholders. Job Description - Grade Specific Is fully competent in it's own area and has a deep understanding of related programming concepts software design and software development principles. Works autonomously with minimal supervision. Able to act as a key contributor in a complex environment, lead the activities of a team for software design and software development. Acts proactively to understand internal/external client needs and offers advice even when not asked. Able to assess and adapt to project issues, formulate innovative solutions, work under pressure and drive team to succeed against its technical and commercial goals. Aware of profitability needs and may manage costs for specific project/work area. Explains difficult concepts to a variety of audiences to ensure meaning is understood. Motivates other team members and creates informal networks with key contacts outside own area. Skills (competencies) Verbal Communication

Oversees all aspects of quality collaboration with customers from executive level to working level issue management. Understands customer needs and influences new quality requirements for future Intel product quality goals and customer service design. Domain expertise in memory PCIE , CPU , BMC (anyone of them) X86 architecture ,system debugging and design knowledge . Xeon systems technology enabling Hardware issue debug, escalation resolution, support. Publishing collaterals and presenting customer trainings on DCAI platforms. FACR , Returns management support Resolving customer production challenges Securing early worldwide customer issue support across platform debug and silicon failure analysis functions Provides post-sales technical expertise during the installation, implementation and maintenance of DCAI reference platforms May be involved in implementing detailed customer installation requirements. Ensures that client's needs have been met and that the product/solution is fully functioning according to specification. May provide follow-up support to company sales staff and customer personnel by disseminating technical information on specific applications. Qualifications Experience in Xeon platforms hardware design and validation would be desirable Functional Validation , system debugging would be desirable. Experience in Hardware issue validation and debug. Experience in developing documents and presentations for customers.