As part of our Wireless Technologies and Ecosystems (WTE) pre-silicon team youll help build and extend a virtual platform for next-generation cellular SoCs.
- 13 years of industry experience in software development modeling or pre-silicon verification.
- Strong C programming skills including object-oriented design templates and debugging.
- Solid understanding of CPU subsystems (caches MMU interrupt controllers bus/interconnect basics).
- Exposure to SystemC/TLM-2.0 modeling concepts or other simulation frameworks.
- Scripting skills in Python Perl or Bash for build automation and regression flows.
- Familiarity with SoC concepts such as memory-mapped I/O register programming and integration of hardware blocks.
- Ability to read and interpret hardware specifications and translate them into executable models.
- Good problem-solving debugging and collaboration skills to work across hardware and software teams.
- Understanding of hybrid and co-simulation techniques that blend functional and cycle-accurate models to enable realistic system analysis.
- Familiarity with cellular modem subsystems (LTE/NR) and related protocol stacks.
- Basic embedded software knowledge (bootloaders drivers OS bring-up) to validate use cases on virtual platforms.
- Understanding of SoC architecture exploration workflows and performance analysis.
- Exposure to industry tools such as ARM Fast Models Synopsys Virtualizer Wind River Simics or QEMU.
- Knowledge of version control and CI/CD flows (Git Jenkins CMake unit testing).
As part of our Wireless Technologies and Ecosystems (WTE) pre-silicon team youll help build and extend a virtual platform for next-generation cellular SoCs. 13 years of industry experience in software development modeling or pre-silicon verification.Strong C programming skills including object-orien...
As part of our Wireless Technologies and Ecosystems (WTE) pre-silicon team youll help build and extend a virtual platform for next-generation cellular SoCs.
- 13 years of industry experience in software development modeling or pre-silicon verification.
- Strong C programming skills including object-oriented design templates and debugging.
- Solid understanding of CPU subsystems (caches MMU interrupt controllers bus/interconnect basics).
- Exposure to SystemC/TLM-2.0 modeling concepts or other simulation frameworks.
- Scripting skills in Python Perl or Bash for build automation and regression flows.
- Familiarity with SoC concepts such as memory-mapped I/O register programming and integration of hardware blocks.
- Ability to read and interpret hardware specifications and translate them into executable models.
- Good problem-solving debugging and collaboration skills to work across hardware and software teams.
- Understanding of hybrid and co-simulation techniques that blend functional and cycle-accurate models to enable realistic system analysis.
- Familiarity with cellular modem subsystems (LTE/NR) and related protocol stacks.
- Basic embedded software knowledge (bootloaders drivers OS bring-up) to validate use cases on virtual platforms.
- Understanding of SoC architecture exploration workflows and performance analysis.
- Exposure to industry tools such as ARM Fast Models Synopsys Virtualizer Wind River Simics or QEMU.
- Knowledge of version control and CI/CD flows (Git Jenkins CMake unit testing).
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