10 of 10 Permanent Computer Architecture Jobs in Hertfordshire

SYCL, CUDA or OpenCL. Open Source code commits and reviews are beneficial. Experience of low level software or hardware development that require looking at computer architecture specifications like compilers, debuggers, models. Knowledge of GPU architecture and optimization techniques for GPGPU code would be a plus but not More ❯

SYCL, CUDA or OpenCL. Open Source code commits and reviews are beneficial. Experience of low level software or hardware development that require looking at computer architecture specifications like compilers, debuggers, models. Knowledge of GPU architecture and optimization techniques for GPGPU code would be a plus but not More ❯

SYCL, CUDA or OpenCL. Open Source code commits and reviews are beneficial. Experience of low level software or hardware development that require looking at computer architecture specifications like compilers, debuggers, models. Knowledge of GPU architecture and optimization techniques for GPGPU code would be a plus but not More ❯

authority in designing power-efficient and high-performance GPUs for graphics and compute workloads. You will be joining a world class hardware and software architecture team, helping our customers to integrate and achieve success with our GPUs by driving software architecture across our silicon IP products. Your role … from consumer or mobile to automotive or data centre, to understand how graphics software is deployed and executed on Imagination products. Develop the software architecture responsible for mapping multiple modern graphics APIs from high level, user-facing software to silicon deployment. Investigate and optimize end-to-end performance of … understand and define the roadmap for graphics APIs and their implementation across current and future hardware platforms. Maintain a holistic view of graphics software architecture, informing and coordinating with Imagination teams working on specific areas of implementation. Work with customers in understanding their issues and steering the technical roadmap More ❯

with bare-metal programming and hardware interfaces · Familiarity with GPU or accelerator firmware development · Strong C programming skills and assembly language knowledge · Understanding of computer architecture and hardware interfaces · Experience with debugging tools and methodologies for embedded systems · BS/MS in Computer Science, Electrical Engineering, or More ❯

with bare-metal programming and hardware interfaces · Familiarity with GPU or accelerator firmware development · Strong C programming skills and assembly language knowledge · Understanding of computer architecture and hardware interfaces · Experience with debugging tools and methodologies for embedded systems · BS/MS in Computer Science, Electrical Engineering, or More ❯

with bare-metal programming and hardware interfaces · Familiarity with GPU or accelerator firmware development · Strong C programming skills and assembly language knowledge · Understanding of computer architecture and hardware interfaces · Experience with debugging tools and methodologies for embedded systems · BS/MS in Computer Science, Electrical Engineering, or More ❯

to industry-leading ASIC and SoC solutions in a dynamic, fast-paced environment. Key Skills & Experience Sought: Digital verification with SystemVerilog, UVM, or cocotb Computer architecture knowledge (ARM or RISC-V) Formal verification techniques Interconnect protocols: AXI or OCP ASIC design tool flows Exposure to OpenGL or Vulkan More ❯

to industry-leading ASIC and SoC solutions in a dynamic, fast-paced environment. Key Skills & Experience Sought: Digital verification with SystemVerilog, UVM, or cocotb Computer architecture knowledge (ARM or RISC-V) Formal verification techniques Interconnect protocols: AXI or OCP ASIC design tool flows Exposure to OpenGL or Vulkan More ❯

to industry-leading ASIC and SoC solutions in a dynamic, fast-paced environment. Key Skills & Experience Sought: Digital verification with SystemVerilog, UVM, or cocotb Computer architecture knowledge (ARM or RISC-V) Formal verification techniques Interconnect protocols: AXI or OCP ASIC design tool flows Exposure to OpenGL or Vulkan More ❯