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Amazon • Bengaluru, Karnataka, India
Role & seniority: Senior Design Verification Engineer; 10+ years of practical ASIC experience with end-to-end DV of major SOC blocks.
Stack/tools: SystemVerilog, UVM; RTL development; verification on IP/SoC blocks; Python or Perl for automation; FPGA, emulators; UPF low-power verification; system-level performance analysis; VB/test bench infrastructure.
Architect and implement verification environments for complex functional blocks.
Develop comprehensive test plans in collaboration with design, software, and architects; implement coverage for stimulus and corner cases; conduct plan/coverage reviews.
Drive complex RTL/TB debugs and UPF-based low-power verification; contribute DV activities across simulation and emulation; create automation scripts and system-level performance analysis infrastructure.
10+ years in semiconductor ASIC DV, experience across IP to SoCs to system testing.
Proficiency with SystemVerilog/UVM, RTL, and multi-platform verification (FPGA, emulator, software environments).
Experience with test plan development, test-bench infrastructure, and automation (Python or Perl).
Master’s or PhD in Electrical/related field.
System-level debugging, SoC architecture knowledge, ARM/DSP instruction sets.
SV/UVM/C strong programming, AMBA protocols, formal verification, low-power verification, Baremetal environments, TL modelling.
FPGA/emulation platform knowledge,
As a Senior Design Verification Engineer, you will contribute to exploring innovative hardware designs to enhance our devices. You will define verification methodology and implement test plans for advanced functional blocks while collaborating with cross-functional teams to develop world-class hardware devices. You will participate in the bringup of such blocks on Simulation and Emulation platforms.
You will work closely with multi-disciplinary groups including Architecture, RTL Design, PD, Validation, Software and Product Design to architect and implement verification environments for complex functional block that enable development
Architect and implement verification environments for complex functional
blocks
Create and enhance verification environments using SystemVerilog and UVM
Develop comprehensive test plans through collaboration with design engineers,
SW and architects
Implement coverage measures for stimulus and corner-case scenarios
Participate in test plan and coverage reviews
Drive complex RTL and TB debugs
Drive UPF based low power verification
Contribute to verification activities across simulation and emulation
platforms
Work on creating the automation scripts to support DV methodologies
Create infrastructure to performs system level performance analysis
Basic Qualifications: - Bachelor's degree in Electrical Engineering/Communications Engineering
Experience verifying at multiple levels of logic from IP blocks to SoCs to
full system testing
Experience using multiple verification platforms: UVM test bench, FPGA,
emulator, software environments, and system testing
Experience with test plan development, building the necessary test bench
infrastructure, developing tests and verifying the design
Experience with industry standard tools and scripting languages (Python or
Perl) for automation
10+ years or more of practical semiconductor ASIC experience including owning
end to end DV of major SOC blocks
Experience with RTL development environments
Proficiency in hardware description languages and verification methodologies
Understanding of object-oriented programming concepts Preferred
Qualifications: - Master's degree or Ph.D. degree in Electrical Engineering or related field
Experience in system-level debugging
Knowledge of SoC architecture
Experience in oral and written communication
Experience with ARM and DSP instruction set architectures
Strong programming skills in SV, UVM and C
Knowledge of AMBA bus protocols
Experience with formal verification methods Experience with Low power
verification methods
Experience with Baremetal processor environments
Transaction level modelling expertise
Familiarity with industry standard I/O interfaces
FPGA and emulation platform knowledge
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