MediaTek
Job Description
Responsible for Design Verification of Performance IP technology that dynamically manages frequency and voltage to achieve maximum sustained performance within a given thermal / power envelope for Flagship Smartphone / Compute SOCs Develop DV test plan based on the specification, come up with an appropriate DV strategy, build scalable test benches / infrastructure, develop test cases to verify the design according to spec Develop system-level stimulus and checks to verify the system architecture requirements. Responsible to debug any RTL / GLS / Silicon failures and work with the RTL engineer. Achieve 100% functional coverage Develop new DV methodologies. Define and execute Formal verification plan to stress the design. Develop driver api in C for use in the CPU subsystem. LI-NL1Requirement
7+ Years of hands-on experience in Design Verification (DV) on Complex IP used in subsystems Experienced in all the latest DV methodologies : Formal Verification, System Verilog / UVM, Power Aware verification using UPF Experienced in developing a DV plan based on Functional Specification, building the necessary test bench / infrastructure, developing tests, and verifying design Strong debugging skills and expert knowledge of industry standard simulation (e.g. : VCS) and debug tools Hands-on experience with developing formal verification property checks
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Responsible for Design Verification of Performance IP technology that dynamically manages frequency and voltage to achieve maximum sustained performance within a given thermal / power envelope for Flagship Smartphone / Compute SOCs Develop DV test plan based on the specification, come up with an appropriate DV strategy, build scalable test benches / infrastructure, develop test cases to verify the design according to spec Develop system-level stimulus and checks to verify the system architecture requirements. Responsible to debug any RTL / GLS / Silicon failures and work with the RTL engineer. Achieve 100% functional coverage Develop new DV methodologies. Define and execute Formal verification plan to stress the design. Develop driver api in C for use in the CPU subsystem. LI-NL1Requirement
7+ Years of hands-on experience in Design Verification (DV) on Complex IP used in subsystems Experienced in all the latest DV methodologies : Formal Verification, System Verilog / UVM, Power Aware verification using UPF Experienced in developing a DV plan based on Functional Specification, building the necessary test bench / infrastructure, developing tests, and verifying design Strong debugging skills and expert knowledge of industry standard simulation (e.g. : VCS) and debug tools Hands-on experience with developing formal verification property checks
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