updated 13 days ago
Power Management Firmware Architect
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Job description
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TL;DR
Power Management Firmware Architect (C/C++/RTOS): Defining secure, high-performance firmware architectures and hardware-software interfaces for next-generation Intel CPUs with an accent on power efficiency, embedded systems, and system-level design. Focus on developing firmware algorithms, assessing vulnerabilities and threats, and translating product requirements into implementable specifications across hardware, firmware, and software.
Location: Petah-Tikva, Israel, with an additional location in Haifa; 4 days onsite under a hybrid work model
Company
develops processors, connected technologies, memory and programmable solutions, and other computing products.
What you will do
- Define secure, high-performance architectural frameworks for embedded firmware.
- Translate product-level requirements into clear firmware specifications and documentation.
- Develop algorithms and design patterns for interactions between firmware, software, and external components.
- Lead vulnerability assessments and threat analysis, define mitigations, and validate feature designs with firmware engineering teams.
- Assess emerging technologies, drive research initiatives, and contribute to the product roadmap.
- Provide education and training on features and firmware practices.
Requirements
- Bachelor’s degree in Computer Science, Electrical Engineering, or a related field.
- At least 8 years of firmware development experience with C/C++.
- At least 3 years of firmware architecture or system-level design experience across hardware, firmware, and software interfaces.
- In-depth knowledge of embedded-system mitigations, including RTOS.
- Experience writing clear, coherent, and implementable firmware requirements.
- Hands-on firmware development for ARM or Xtensa CPUs on RTOS and/or bare-metal systems.
Culture & Benefits
- Hybrid work model with four onsite days at the assigned site.
- Collaboration with cross-functional engineering teams on next-generation CPU products.
- Opportunities to influence architectural decisions and explore emerging technologies.
- Focus on innovation, security, power efficiency, and performance in constrained environments.
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