Senior Verification Engineer
Senior Verification Engineer
BlaizeThis job is no longer accepting applications
Job Description
Location - Hyderabad, India
About Blaize
Blaize (Nasdaq: BZAI) builds a programmable AI platform for inference in real-world environments. At its core, the Blaize Graph Streaming Processor (GSP) is a purpose-built, energy-efficient architecture for real-world AI inference, combined with GPU in a hybrid AI infrastructure that runs across the edge, cloud, and datacenter. Our platform powers computer vision, multimodal AI, and sensor-driven applications across smart cities, industrial automation, telecommunications, retail, logistics, healthcare, automotive, and defense.
Blaize is expanding from edge AI hardware into a full platform that combines its hardware systems with Blaize AI Services, the software and services layer that delivers deployable AI solutions for enterprises, governments, and cloud service providers worldwide. By combining differentiated computing architecture with scalable AI Services, we help organizations deploy intelligence where decisions matter most.
To learn more, visit www.blaize.com or follow us on LinkedIn at @blaizeinc.
Description
At Blaize, we develop complex, high-performance, fully programmable, low-power Graph Streaming Processors (GSP) — an architecture purpose-built for machine learning and visual computing applications.
As part of our Hardware Verification Engineering team, you will contribute to the verification, validation, and emulation of advanced AI accelerator IP. This includes extensive work in the Subsystem, System/SoC Interface, in SoC context Verification of GSP IP.
What makes Blaize unique in Hyderabad is that our microarchitecture, design, verification, and backend teams are all co-located — offering a rare opportunity for end-to-end collaboration, continuous learning, and impactful innovation.
Education And Experience
About Blaize
Blaize (Nasdaq: BZAI) builds a programmable AI platform for inference in real-world environments. At its core, the Blaize Graph Streaming Processor (GSP) is a purpose-built, energy-efficient architecture for real-world AI inference, combined with GPU in a hybrid AI infrastructure that runs across the edge, cloud, and datacenter. Our platform powers computer vision, multimodal AI, and sensor-driven applications across smart cities, industrial automation, telecommunications, retail, logistics, healthcare, automotive, and defense.
Blaize is expanding from edge AI hardware into a full platform that combines its hardware systems with Blaize AI Services, the software and services layer that delivers deployable AI solutions for enterprises, governments, and cloud service providers worldwide. By combining differentiated computing architecture with scalable AI Services, we help organizations deploy intelligence where decisions matter most.
To learn more, visit www.blaize.com or follow us on LinkedIn at @blaizeinc.
Description
At Blaize, we develop complex, high-performance, fully programmable, low-power Graph Streaming Processors (GSP) — an architecture purpose-built for machine learning and visual computing applications.
As part of our Hardware Verification Engineering team, you will contribute to the verification, validation, and emulation of advanced AI accelerator IP. This includes extensive work in the Subsystem, System/SoC Interface, in SoC context Verification of GSP IP.
What makes Blaize unique in Hyderabad is that our microarchitecture, design, verification, and backend teams are all co-located — offering a rare opportunity for end-to-end collaboration, continuous learning, and impactful innovation.
Education And Experience
- BE/BTech/ME/MTech in Computer Science or Electronics or Electrical.
- 5-8 years of hands-on experience in IP, SoC, or ASIC Verification
- Strong understanding of AI/GPU/DSP IP in the context of SoC.
- Proven experience in the sub system/IP Interface/RAL Verification.
- Hands-on experience with UVM/System Verilog for testbench development.
- Capable of developing the testbench from scratch for a module of unit or block.
- Ability to create functional verification test cases and develop robust testbench environments in SystemVerilog targeting full functionality coverage.
- Proficiency in writing complex constraints and assertions within a verification environment.
- Strong knowledge of AMBA protocols (AXI, AHB, APB) and serial protocols (JTAG).
- Hands-on experience with scripting languages like Perl/Python/C Shell/TCL.
- Excellent debugging, problem-solving, and analytical skills.
- Good understanding of memory subsystems and performance verification.
- Familiarity with GPU, AI, or ML processor architectures
- Familiarity with Emulation/Prototyping
- Familiarity with Software – Hardware co-validation
- Familiarity with PCIe and LPDDR Protocols
- Strong collaboration, communication, and technical documentation skills
More Info
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About Company
Skills:
Arm, C, verification methodologies, Uvm, RISCV, functional coverage, Verification Tools, DSP core
Skills:
arm architecture , Verification tools for simulation and debug, Verification methodologies, UVM-based verification test benches, UVM methodology, Bus functional models, Functional coverage, formal verification
Skills:
Tcl, Verilog, Python, Shell, Git, VHDL, Uvm, Xilinx Vivado, systemverilog, Xcelium
Skills:
Noc, Usb, Vcs, DDR, Shell, Perl, Pcie, Ethernet, Python, Verdi, IUS, UVM environments, SystemVerilog UVM, GLS, coverage closure, debug tools, testbench architecture, Axi, IP SOC verification, Questa, CXL, CPU-based verification
Skills:
Ovm, Verilog, Database Management, Uvm, Synopsys VCS, Cadence IES, Cadence Jasper, Metric-driven verification, Regression management, Calibration board skew and jitter modeling, Verification techniques, Contention checking, silicon debug, Debug environments, Simulation Tools, Memory controller protocols, Power verification, Reset verification, Gate level simulation, Formal property checking tools, Verification management tools, Verification methodology, High speed interface verification