1 to 25 of 32 Verilog Jobs in the Midlands

developed prototype systems in the laboratory and/or the field to internal Kirintec teams and to Kirintec’s customers/partners. Essential Skills FPGA design experience using VHDL. Verilog design experience not essential but must be able to integrate/debug third party design components written in Verilog. Designing pipelined Digital Signal Processing blocks in FPGA. Writing automated VHDL More ❯

metric-driven verification , including verification planning , functional coverage , code coverage , unit-level verification , and top-level verification . Expertise in testbench architecture design and hands-on experience with System Verilog , UVM , ABV , and constrained random verification . Experience with PSL , SVA , e , VMM , OVM . Familiarity with formal verification techniques such as model checking , CDC , and power-aware verification (e.g. More ❯

metric-driven verification , including verification planning , functional coverage , code coverage , unit-level verification , and top-level verification . Expertise in testbench architecture design and hands-on experience with System Verilog , UVM , ABV , and constrained random verification . Experience with PSL , SVA , e , VMM , OVM . Familiarity with formal verification techniques such as model checking , CDC , and power-aware verification (e.g. More ❯

metric-driven verification , including verification planning , functional coverage , code coverage , unit-level verification , and top-level verification . Expertise in testbench architecture design and hands-on experience with System Verilog , UVM , ABV , and constrained random verification . Experience with PSL , SVA , e , VMM , OVM . Familiarity with formal verification techniques such as model checking , CDC , and power-aware verification (e.g. More ❯

metric-driven verification , including verification planning , functional coverage , code coverage , unit-level verification , and top-level verification . Expertise in testbench architecture design and hands-on experience with System Verilog , UVM , ABV , and constrained random verification . Experience with PSL , SVA , e , VMM , OVM . Familiarity with formal verification techniques such as model checking , CDC , and power-aware verification (e.g. More ❯

metric-driven verification , including verification planning , functional coverage , code coverage , unit-level verification , and top-level verification . Expertise in testbench architecture design and hands-on experience with System Verilog , UVM , ABV , and constrained random verification . Experience with PSL , SVA , e , VMM , OVM . Familiarity with formal verification techniques such as model checking , CDC , and power-aware verification (e.g. More ❯

modern toolsets available. Your day-to-day will involve: Translating customer needs into high-level firmware requirements using DOORS Developing architectural and detailed designs Writing HDL code (VHDL/Verilog) in Sigasi Studio Simulating your work using Mentor Graphics QuestaSIM Performing synthesis, place & route, and STA with Synplify (targeting Xilinx FPGAs) Creating automation scripts in Python Supporting CI/CD More ❯

and a big focus on quality - they're doing things properly here. You'll be: Capturing requirements in DOORS Designing firmware architectures and low-level specs Writing VHDL/Verilog in Sigasi Studio Running simulations in QuestaSIM Doing synthesis, place & route, and timing analysis (Synplify, Xilinx FPGAs) Automating workflows with Python Supporting CI/CD pipelines and using GIT for … improvements and helping streamline delivery What they're after: Solid background in FPGA and digital design Experience working on Real Time or safety-critical systems Strong with VHDL/Verilog and the usual toolsets Comfortable working solo or as part of a team Someone who can hit the ground running Clearance required You'll need to be eligible for SC More ❯

FPGA requirements, specifications, design descriptions, and test specifications. FPGA laboratory-based verification work, system integration and test. Support existing FPGA design verification and board test activities. Write, simulate & verify Verilog based FPGA designs. Proficiency with Python, C/C++ to enable simulation and bench test result analysis. Pre-Silicon verification of the design using simulation tools and FPGA. Qualifications Expert More ❯

FPGA Engineer Location: Coventry Salary: £45,000-£50,000 We are excited to be supporting an established design consultancy who are looking to add an FPGA Engineer to their team. The role would offer the FPGA Engineer the opportunity to More ❯

FPGA Engineer Location: Coventry Salary: £45,000-£50,000 We are excited to be supporting an established design consultancy who are looking to add an FPGA Engineer to their team. The role would offer the FPGA Engineer the opportunity to More ❯

FPGA Engineer Location: Coventry Salary: £45,000-£50,000 We are excited to be supporting an established design consultancy who are looking to add an FPGA Engineer to their team. The role would offer the FPGA Engineer the opportunity to More ❯

FPGA Engineer - Hinckley - £50k Our client is a reputable and long-standing design consultancy specialising in end-to-end systems development. From systems architecture to RTL design, they deliver fully verified solutions tailored to meet their customers ASIC and FPGA More ❯

Title: FPGA Design & Validation Engineer (Anywhere in UK or Europe)- 10+ Years Exp Xilinx, Verilog, Ethernet Location: Remote (anywhere in UK or Europe) Experience: 10+ Years We're hiring FPGA Design & Validation Engineers to work on high-performance systems in Industrial Automation and Ethernet-based Networking click apply for full job details More ❯

verification report as needed to show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯

verification report as needed to show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯

verification report as needed to show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯

verification report as needed to show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯

verification report as needed to show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯

verification report as needed to show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯

verification report as needed to show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases #J-18808-Ljbffr More ❯

based on analysis of coverage gaps Provide verification reports showing all tests passing on the RTL Use methodologies including design checks, verification techniques with simulators and emulators: UVM, formal, Verilog/SystemVerilog-based testbenches, and C, SystemVerilog, UVM-based test cases #J-18808-Ljbffr More ❯

Analog Mixed Signal Verification Engineer Job Description: Verification of Mixed-Signal or SoC automotive ASICs Analog/Mixed-Signal self-checking simulation Implementation of analog models in Verilog-/VHDL-AMS to accelerate AMS simulation Application of metric-driven Verification (MDV) methodologies Development and management of Verification plans Integration of Verification IP Measurement and analysis of regression results Collaboration on More ❯

by microarchitecture specification. · Implement power intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate level debug experience using tools More ❯

by microarchitecture specification. · Implement power intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate level debug experience using tools More ❯