CPU Design/Verification - Intern
About the job
Job Description
Responsibilities
- Design Intern:
- Microarchitecture development and specification - from early high-level architectural exploration through micro architectural research and arriving at a detailed specification
- Development, assessment, and refinement of RTL design to target power, performance, area, and timing goals
- Validation - support test bench development and simulation for functional and performance verification
- Performance exploration and correlation - explore high performance strategies and validate that the RTL design meets targeted performance
- Design delivery - work with multi-functional engineering team to implement and validate physical design on the aspects of timing, area, reliability, testability and power
- Verification Intern:
- Work closely with architecture and RTL designers on verifying the functionality correctness of the design
- Reviewing Architecture and Design Specifications
- Develop test plans and test environments
- Develop tests in assembly, C/C++, or vectors according to test plans
- Develop coverage monitors and analyze coverage to ensure all the test cases in the plans are covered
- Develop checkers in SystemVerilog or C-base transactors to verify the design
- Write assertions and apply formal verification to the designImplementing test benches, generating directed/constrained random tests
- Debugging failures, running simulations, tracking bugs
- Handling schedules and supporting multi-functional engineering effortAssisting in verification flows, automation scripts and regressions
Requirements
- Thorough knowledge of modern CPU microarchitecture in the following areas: Instruction fetch and decode, branch prediction, instruction scheduling and register renaming, out-of-order execution, integer and floating point execution, load/store execution, cache and memory subsystems.
- Knowledge of SystemVerilog
- Experience with simulators and waveform debugging tools
- Knowledge of logic design principles along with timing and power implications
- Understanding of low power microarchitecture techniques
- Understanding of high performance techniques and trade-offs in a CPU microarchitecture
- Experience in C or C++ programming
- Experience using an interpretive language such as Perl or Python
- Excellent skills in problem solving, written and verbal communication, excellent organization skills, and highly self-motivated.
- Ability to work well in a team and be productive under aggressive schedules.
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