FPGA Design, Validation, and Automation for AMD Xilinx SoC Platforms  Intern

As an AMD  [intern/co-op] , you’ll be placed at the epicenter of the AI ecosystem, working alongside experts and industry pioneers. You’ll do important work, learn new skills, expand your network, and gain real-world experience on projects that impact millions of end-users worldwide. Whether you’re an undergrad or a PhD student, your contributions matter—and your experience here will be a launchpad for what comes next.   LOCATION:   Singapore    CRITERIA:   Current students studying in Universities which are based in Singapore    INTERNSHIP DURATION: Minimum 20 weeks full time commitment with the option of extending up to a further 12 weeks.         Intern – FPGA Design, Validation, and Automation for AMD Xilinx SoC Platforms       WHAT YOU CAN EXPECT TO LEARN:     Gain hands-on experience with industry-standard AMD Xilinx toolchains and hardware platforms. Learn about the architecture and bring-up processes for AMD Xilinx SoCs, including Versal ACAP and Spartan UltraScale+ MPSoC. Develop skills in validating hardware interfaces, writing embedded firmware, and automating verification and validation flows. Build a strong foundation in FPGA/SoC development and system-level debugging.        PROJECT OVERVIEW:     Work as part of our engineering team to develop and validate advanced hardware designs on AMD Xilinx platforms. You will contribute to Vivado and Vitis projects, support hardware platform bring-up and testing, and help automate validation workflows for next-generation AMD SoC products.

Develop Vivado and Vitis projects tailored to AMD Xilinx hardware platforms.    Validate hardware interfaces and test compiled project binaries on AMD SoC evaluation boards.    Bring up hardware platforms, perform low-level debugging, and using embedded tools to configure systems.   Creating detailed documentation and writing automation scripts to support a repeatable validation flow.    WHO ARE WE LOOKING FOR:     A self-driven individual with a willingness to learn, resourceful and passionate about technology.    Able to adapt to a highly collaborative environment.    Hand-ons mindset and can-do attitude   RELEVANT SKILLSETS:     Knowledge in digital logic design and possess a solid foundation in RTL coding with VHDL or Verilog.   Proficient in C programming, particularly for embedded firmware development.   Comfortable with scripting languages such as Python, Bash, or Perl   ACADEMIC CREDENTIALS:     Background in Electronical and Electronics Engineering, Computer Engineering/ Science   #LI-SP