3 Xilinx Zynq Jobs

As a skilled individual in C/C++ programming, you will utilize your hands-on experience to develop and debug Linux device drivers. Your understanding of the Linux boot-up sequence will be instrumental in your role, along with your expertise in Linux kernel, Board bring up, and kernel porting. Your familiarity with target architectures such as ARM Cortex Ax and Intel x86 will be highly beneficial. Additionally, your experience with communication protocols like PCIe, UART, and SPI, as well as working on FPGA systems (especially Xilinx Zynq), will be essential to the role. Your ability to collaborate effectively with cross-functional teams and provide guidance will be key to success in this position. Moreover, having experience with bring-up QEMU emulation environment will be considered a plus. If you are seeking a dynamic role where you can apply your technical skills and work with cutting-edge technologies, this position may be the perfect fit for you.,

Hello Candidates, Greetings from Hungry Bird IT Consulting Services Pvt. Ltd. We are hiring for VHDL / FPGA Engineer for one of our client. Job Title: VHDL / FPGA Engineer Location: Jublihills, Hyderabad Job Summary: Our client, We are seeking a highly skilled and motivated FPGA / VHDL Engineer to join our team in designing high-performance digital blocks for advanced communication coding systems. The ideal candidate will have strong expertise in RTL design using VHDL, along with hands-on experience in simulation, synthesis, timing closure, and SoC integration, especially using Xilinx Vivado and Zynq SoC platforms. Responsibilities: Design and implement high-performance digital blocks for complex communication coding using VHDL. Perform RTL development including writing, simulating, debugging, and verifying VHDL code. Develop and apply timing constraints, and perform timing analysis using state-of-the-art tools like Xilinx Vivado. Create and maintain testbenches for module-level and system-level verification. Participate in architectural design, specifications, and documentation for FPGA modules. Conduct block and top-level design verification to ensure correctness and compliance. Work on SoC integration, including processor cores and standard peripheral interfaces. Debug complex issues at the HDL level and drive root cause analysis and resolution. Collaborate cross-functionally with hardware and embedded software teams. Ensure design quality, performance, and reusability across projects. Required Skills: Strong experience in VHDL-based RTL design and verification. Proficient in using simulation tools and writing efficient testbenches. Hands-on experience with Xilinx Vivado, including synthesis, implementation, and timing closure. Experience with developing and debugging timing constraints (XDC). Exposure to communication protocols and coding algorithms is highly desirable. Solid understanding of SoC architectures, particularly Xilinx Zynq SoC. Experience in integrating processor cores (e.g., ARM) with standard peripherals. Proven ability to debug complex HDL designs and resolve functional and timing issues. Strong documentation and communication skills. Preferred Qualifications: Experience with other HDLs (e.g., Verilog), scripting languages (TCL, Python). Familiarity with version control systems like Git. Knowledge of high-speed interfaces and memory subsystems. (Interested candidates can share their CV to aradhana@hungrybird.in or call on 9959417171.) Please furnish the below-mentioned details that would help us expedite the process. PLEASE MENTION THE RELEVANT POSITION IN THE SUBJECT LINE OF THE EMAIL. Example: KRISHNA, HR MANAGER, 7 YEARS, 20 DAYS NOTICE Name: Position applying for: Total experience: Notice period: Current Salary: Expected Salary: Thanks and Regards Aradhana, +91 9959417171.

Role & Responsibilities: Collaborate with cross-functional teams including hardware engineers, software developers, and medical experts to design, develop, and test embedded software and FPGA solutions. Develop firmware for FPGAs from vendors such as Xilinx Zynq, Lattice Semiconductor, and Texas Instruments , including SoC implementations and hardware/software co-design . Optimize and implement image and video processing algorithms on embedded platforms and FPGA architectures. Integrate and support FPGA/ASIC-based ISP blocks , ensuring high performance and accuracy in medical imaging applications. Work with SoCs with integrated ISP (e.g., Qualcomm, NVIDIA Jetson, Ambarella, MediaTek) and manage interaction with hardware accelerators. Design and develop firmware for STM32 microcontrollers , with a focus on motion control , real-time responsiveness , and precision actuation . Develop and implement motion control algorithms, including PID control and motor driver integration, for high-precision diagnostic instruments. Implement and optimize communication protocols such as SPI and UART to support system communication and control flows. Utilize real-time operating systems (RTOS) or bare-metal firmware development for deterministic system behavior. Perform thorough testing, debugging, and optimization using tools like oscilloscopes , logic analyzers , and JTAG debuggers . Support product design lifecycle activities including requirements specification , firmware documentation , and design reviews . Preferred candidate profile: Education: Bachelors or Masters degree in Electrical Engineering, Computer Science, or related field. A Ph.D . is a plus for R&D or algorithm-intensive roles, particularly in imaging or signal processing. Professional Experience: 3+ years of hands-on experience in embedded firmware development with strong C/C++ proficiency. Proven experience with FPGA design using VHDL/Verilog , and development with tools like Vivado, Quartus, or Diamond. Experience working with STM32 microcontrollers , including development environments like STM32CubeIDE and IAR Embedded Workbench. Core Technical Expertise: Deep understanding of: SoC and camera architectures Memory hierarchy, DMA engines, cache control, and hardware accelerators Motion control techniques for motor and actuator systems Image Signal Processing (ISP) pipelines: demosaicing, AWB, AE, gamma, sharpening, etc. Familiarity with Linux kernel camera subsystems (e.g., V4L2) . Ability to optimize embedded code for performance, power, and latency. Desirable Knowledge Knowledge of medical device standards and regulations such as ISO 13485 and IEC 62304 . Familiarity with image quality tuning tools (e.g., Imatest, DxO Analyzer). Experience with real-time data acquisition, frame synchronization , and multithreaded image capture pipelines . Soft Skills Strong problem-solving and debugging skills in complex embedded systems. Excellent communication and collaboration abilities, with experience working in interdisciplinary teams .