15 Permanent Intel Jobs in the East of England

get involved with all phases of the FPGA Design and verification. Responsibilities: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design tool-sets and Mentor verification tools … with FPGA is essential for this role. Knowledge of VHDL language and design methods Confident using VHDL and Systems Verilog methodologies. Experience of Xilnex, Intel or Micro semi FPGA. Ability to document and configure designs. Ability to work within a team of multi-skilled engineers. All candidates will need more »

Contract - 6 Months - Outside IR35 - Remote A market leading technology design and engineering company, who work with global manufacturers and OEMS incorporating their unique IP from concept to mass production is currently growing their chip design team, presenting multiple opportunities more »

level programming in depth knowledge C, C++, C#Understanding of UDP/IP, TCP/IP and serial communication programmingExperience of Motorola 68000 Assembler and Intel assembler. Understanding of code versioning toolsDegree in engineering subjectDesirableDetailed knowledge of signalling interlocking systems (Relay, SSI, Smartlock , Westlock , VHLC, ELIX)Experience in using WPF more »

basis (2 days per week on site). They are an extremely high calibre team, and have historically hired from the likes of Apple, Intel and BSc and are looking to expand their site in Cambridge, which currently has around 20 people. Your profile: 5+ years of experience on more »

in VHDL language and Design Skills. (Highly essential) Proficient in verification skills using VHDL and SystemVerilog methodologies. (Highly essential) Extensive experience designing for Xilinx, Intel, or Microsemi FPGAs. Experience in professional configuration and documentation of designs. Experience working as part of a large multidisciplinary team. showcase these critical requirements … do as a FPGA Design Engineer: Responsible for generating complex FPGA architectures and designing implementations using VHDL, Simulink, and other tools to target Xilinx, Intel, and Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog/UVM test bench methodologies. FPGA design using Mentor verification tools, including more »

consists of contrarian engineers with combined research, engineering, and leadership experience from Apple, ARC, ARM, Bell Labs, CMU, University of Cambridge, EPFL, IBM Research, Intel, Max Planck, MIT, and NEC Labs. Find out more at and try out the Signaloid uncertainty-tracking computing platform by signing up for free more »

or equivalent qualification) with experience in the majority of the following areas: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim more »

peripherals/interfaces (ARM, I2C, SPI, USB, Ethernet etc.) Any mix of the following is beneficial: Experience with FPGA devices/Architectures (Altera/Intel, Xilinx, Zynq etc.) Image processing U-boot/Yocto Understanding/experience with multi-threaded/parallel programming Scripting languages (Python etc.) REST/ more »

organizations, and academic institutions, with specific focus on European health authorities and cross-industry associations.Matrix/coordinate/lead strategy development with Quality Policy-Intel group/Gilead Policy.Develop and implement external strategies for Gilead’s critical and precedent-setting initiatives (new technology, complex projects).Serve as the policy more »

basis (2 days per week on site). They are an extremely high caliber team, and have historically hired from the likes of Apple, Intel and BSc and are looking to expand their site in Cambridge, which currently has around 20 people. Your profile: 5+ years of experience on more »

kernels for machine learning operators on NPU architectures. They are an extremely high caliber team, and have historically hired from the likes of Apple, Intel and BSC and are looking to expand their site in Cambridge, which currently has around 20 people. A bit about the role: High-performance more »

accordingly to drive incremental sales. Initiate and drive marketing campaigns for the partners to find new leads. Regular and accurate forecasting of opportunities, providing intel for both short- and long-term deals. Maximize margin opportunity by focusing on partners and targets where margin potential is greater. Enable partners by more »

to delivering our current and future products. What we're looking for: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim more »

flexible hybrid work and a competitive package, with a strong pension and healthcare. You'll bring: Skills developing system-level software in C and Intel (x86) assembler. An understanding of modern operating systems' architecture, ideally for the Windows OS. Knowledge of isolation drivers (for security, for instance based around … IO-MMU) would be particularly relevant. An appreciation of virtualisation technologies at an OS level, including hardware-assisted virtualisation (for instance, Intel VT-x and/or AMD-V). Hands on expertise with finding and solving performance issues in systems software, particularly in complex cases. The following are more »

projects. Desire to drive collaboration across people and teams to ensure delivery. Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim more »