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Ai Chip Design Rtl Jobs in Alabama (NOW HIRING)

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Ai Chip Design Rtl information

What is the difference between Ai Chip Design Rtl vs Ai Chip Verification Engineer?

AspectAi Chip Design RtlAi Chip Verification Engineer
Primary FocusDeveloping and implementing Register Transfer Level (RTL) code for AI chipsVerifying and validating RTL designs to ensure functionality
Skills RequiredHDL languages (Verilog/VHDL), digital design, FPGA/ASIC knowledgeSimulation, testbench creation, debugging, scripting skills
Work EnvironmentDesign teams, hardware development labs, EDA toolsVerification teams, simulation environments, test setups
CertificationsHardware design certifications, FPGA/ASIC trainingVerification methodologies, UVM, SystemVerilog certifications

While Ai Chip Design Rtl focuses on creating the hardware description code for AI chips, Ai Chip Verification Engineer ensures that the RTL design functions correctly through rigorous testing. Both roles require knowledge of HDL languages and work closely within hardware development teams, but their core responsibilities differ—design versus verification.

What are some common challenges faced by AI Chip Design RTL engineers during the verification process?

AI Chip Design RTL engineers often encounter challenges in ensuring their designs meet complex functional and performance requirements, especially given the rapid pace of AI hardware advancements. Verification can be particularly demanding due to the need to simulate and test intricate AI workloads, manage large datasets, and debug subtle timing or logic errors. Collaboration with verification teams, system architects, and software engineers is essential to address these issues efficiently and to ensure seamless integration of the RTL code into the broader chip design. Staying up-to-date with the latest verification tools and methodologies is also crucial for success in this role.

What are AI Chip Design RTL engineers?

AI Chip Design RTL (Register Transfer Level) engineers are specialists who design the digital logic for chips used in artificial intelligence applications. They use hardware description languages like Verilog or VHDL to create and validate the architecture and functionality of these chips before they are manufactured. Their work ensures that AI processors are efficient, high-performing, and meet the requirements of modern AI workloads. RTL engineers collaborate closely with verification, software, and hardware teams to optimize chip performance and power consumption.

What are the key skills and qualifications needed to thrive as an AI Chip Design RTL Engineer, and why are they important?

To thrive as an AI Chip Design RTL Engineer, you need a solid background in digital design, computer architecture, and proficiency in Hardware Description Languages (HDLs) like Verilog or VHDL, often supported by a degree in electrical or computer engineering. Experience with simulation tools (e.g., ModelSim, Synopsys), ASIC/FPGA design flows, and relevant certifications are highly valued. Strong problem-solving abilities, attention to detail, and effective teamwork and communication skills help you excel in collaborative and complex design environments. These competencies are crucial for creating efficient, reliable AI hardware that meets performance and power requirements in a fast-evolving field.
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Ai Chip Design Rtl jobs near you
FPGA Verification Engineer with Security Clearance

FPGA Verification Engineer with Security Clearance

Innovien Solutions

Huntsville, AL • On-site

$122K - $168K/yr

Contractor

Posted 2 days ago

Job description

FPGA VERIFICATION ENGINEER We're looking for a Secret-cleared FPGA Verification Engineer to support a confidential defense program focused on missile defense. An FPGA is a configurable chip, and this role is focused on verifying the RTL (the code that tells the chip how to behave) rather than board level design work. This is verification at the deep end, working on the actual chip. The test environment is built and the design is locked, so you skip the setup and go straight to the work that matters: running the cases and stimulus that prove the RTL behaves exactly like it has to. You will be in the SCIF with a sharp team, owning the verification that everything downstream depends on. REQUIREMENTS:
- 6+ years hands on FPGA verification, spent in functional verification rather than RTL design or board bring up
- Proven chip level verification running against completed RTL code, executing directed and constrained random test cases to prove functional behavior against the design spec (not board or card level FPGA work)
- Strong working knowledge of UVM in SystemVerilog, with the independence to build and run stimulus, triage failures, and work verification problems to resolution on their own
- Hands on Synopsys VCS for functional simulation, testbench execution, and RTL debug, comfortable driving regressions and reading coverage reports to close coverage PREFERRED SKILLS:
- Verdi for waveform analysis and debug alongside VCS, plus Vivado experience for working within the Xilinx/AMD FPGA toolchain
- Questa or ModelSim simulation experience for functional verification, testbench execution, and RTL debug
- Prior verification experience on defense, aerospace, or other cleared programs in a classified environment
- Familiarity with Lint for code quality checks and CDC (clock domain crossing) analysis to catch timing issues across asynchronous domains RESPONSIBILITIES:
- Execute directed and constrained-random test cases and stimulus against completed FPGA RTL code to verify chip-level functional behavior against design specifications
- Run functional simulations in the established VCS verification environment, analyze results, and debug failures using waveform analysis and coverage reports
- Identify, document, and work failures to resolution alongside the RTL design team, troubleshooting verification challenges as they surface
- Re-run regression suites as design changes come through to confirm fixes hold and nothing downstream breaks
- Support verification across program assemblies through the build and verification phase, including extended verification work as design changes are finalized

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