• Design, develop, and implement embedded firmware for SSDs and next-generation memory products (RTOS/Linux, AXI/AHB, MMU, DMA).


• Develop firmware modules for the integrated memory controller (IMC) of Intel/AMD CPUs.


• Collaborate with silicon, hardware, and R&D teams on architecture and specifications.


• Develop and integrate drivers for IP blocks, peripherals, storage interfaces (PCIe/NVMe, SATA, SCSI).


• Implement and test security mechanisms in firmware (secure boot with anti-rollback, cryptographic signatures, trust chain).


• Extend Flash Translation Layer (FTL) with advanced functions (wear-leveling, garbage collection, ECC, secure snapshots).


• Work with vendor reference stacks (Intel FSP/MRC or AMD AGESA).


• Perform low-level debugging (ICE/JTAG/UART), root cause analysis, and corrective actions.


• Create and execute integration tests between hardware, firmware, and security modules.


• Contribute to coding standards, version control (e.g., Git), and technical documentation.

Must have:

• Solid experience in embedded firmware development for embedded devices (RTOS or Linux, peripherals, AXI/AHB, MMU, DMA) with focus on low-level programming (C/C++).


• Experience in implementing security features in firmware: cryptographic signatures, secure boot, anti-rollback, hardware root-of-trust.


• Proficiency in debugging at firmware/hardware level using JTAG, UART, ICE and diagnostic tools.


• Familiarity with NVMe/ATA command sets, and system-level I/O integration.


• Experience with version control (e.g., Git) and collaborative development in R&D environments.

Nice to have:

• Knowledge of Flash Translation Layer (FTL), wear-leveling, garbage collection, ECC, implementation in mass storage devices (SSD/others).


• Familiarity with SSD controller SDKs and vendor-specific cmds (TRIM/Secure Erase/firmware-vendor extensions).


• Experience with embedded firmware on x86 platforms (Intel or AMD) in early-boot contexts (UEFI/RTOS).


• Knowledge of scripting (Python) for test automation, telemetry analysis, and simulation of ransomware scenarios.


• Understanding of heuristics for anomaly detection (entropy, burst-rate, process I/O patterns) and integration with system filters.

• Real impact on product development — working with hardware, silicon, and R&D teams on innovative projects;


• Stable employment under an employment contract;


• Professional growth opportunities: trainings, conferences, and challenging projects;


• Onboarding support from a mentor and access to all required tools and environments;


• Benefits package: private medical care, sports card, and group insurance;


• Friendly work environment and organizational culture that values quality, innovation, and attention to detail.