I started in digital design and verification during my Computer
Engineering journey, including FPGA-based work for hyperspectral image
compression and early exposure to microelectronics project flows. This
foundation led me to ASIC functional verification with focus on
architecture, modeling, and verification quality for tapeout
readiness.
I worked on DSP verification for photonics, then moved into a
customer-facing emulation application engineering role at Cadence,
solving customer issues and helping unblock major semiconductor
players on complex SoC projects. At Eldorado, I worked on
safety-critical IP verification through final GDSII delivery and, in
parallel, on RISC-V CPU verification, where I developed an in-house
RISC-V Python model and contributed to international collaborations.
Currently, I am a Senior Design Verification Engineer at Qualcomm,
working on subsystem verification with RISC-V for the latest
Snapdragon platforms.
UVM and RISC-V Foundational Associate certified.
:: Experience
Qualcomm
Aug 2024 - Present
Senior Design Verification Engineer
Cork, Ireland
Eldorado Research Institute
Mar 2023 - Aug 2024
Digital IC Verification Engineer
Campinas, Brazil
Developed CPU verification plans and UVM testbenches.
Implemented Python reference models.
Worked daily with Verilog/SystemVerilog, DPI-Python integration,
and UVM.
Executed verification beyond RTL, including GLS, timing analysis,
and power analysis.
Worked on safety-critical IP verification through final GDSII
delivery.
Cadence Design Systems
Mar 2022 - Mar 2023
Senior Application Engineer
Application engineer in emulation/prototyping, supporting complex
SoC verification flows.
Unblocked major semiconductor players by resolving critical
bring-up, compilation, and runtime bottlenecks.
Strong hands-on expertise with Palladium and Protium platforms,
including Verilog/SystemVerilog and UVM environments.
Eldorado Research Institute
Mar 2020 - Mar 2022
Digital IC Verification Engineer
Campinas, Brazil
Verified high-speed ASIC DSP blocks.
Drove verification planning and reference model implementation.
Developed scripting and UVM-based verification flows.
Supported GLS execution, timing analysis, and power analysis.
As a course completion work, I implemented in Xilinx FPGA an
accelerator for the prediction step of the CCSDS 123 standard for
compression of hyperspectral images.
This project led to a publication at ISCAS 2019.
CI Brasil
Apr 2019 - Feb 2020
Universidade de São Paulo
São Paulo, SP, Brazil
National training program funded by the Brazilian federal
government, focused on integrated circuit design education.