Job Details

Join Micron's diverse team, where you'll play a pivotal role in advancing our elite memory and storage solutions. This is an outstanding opportunity to be at the forefront of innovation, crafting the future of secure firmware development!

Responsibilities

• Integrate existing ASIC team APIs/workflows to help automate SCA/FI testing workflow.
• Collaborate with hardware-based root-of-trust to test/verify security attestation of underlying system.

FPGA Emulation & Hardware Integration

• Use FPGA prototyping platforms (Xilinx, Intel, etc.) to emulate ASICs and support pre-silicon firmware and test development.
• Partner with hardware designers to boost our team's proficiency in validating and testing custom IP.

ASIC Bring-Up & Post-Silicon Debugging

• Bring up new silicon using low-level diagnostic firmware, with a focus on verifying security, reliability, and hardware-software integration.
• Debug early silicon using JTAG, logic analyzers, and custom test harnesses.

Scripting & Automation

• Write Python and shell scripts to automate test flows, validate register access, and perform continuous regression testing.
• Assist the product security team by enabling quick and repeatable testing workflows, suitable for rapid SCA/FI test iteration.
• Collaborate with security architects to ensure test coverage of hardware threat models.
• Use fault injection and other techniques to verify resistance to tampering and unauthorized access.

Security & Vulnerability Research

• Conduct firmware- and hardware-level vulnerability research on in-house and third-party IP blocks.
• Investigate potential attack vectors that lead to privilege critical issues, side channel leakage, etc.
• Stay ahead of emerging hardware threats such as speculative execution attacks, firmware rootkits, and side-channel techniques.
• Develop firmware-level mitigations for potential side-channel attacks, as well as fault injection.

Required Qualifications

• Master's or equivalent experience in Electrical Engineering, Computer Engineering, or related field.
• Previous experience in embedded or low-level firmware development, including silicon bring-up and platform initialization.
• Deep understanding of memory-mapped I/O, interrupt handling, boot sequences, and peripheral bring-up.
• Hands-on experience with FPGA tools (Vivado, Quartus) and hardware debuggers (JTAG, SWD, protocol analyzers).
• Experience developing for and interacting with secure IP blocks (e.g., crypto engines, OTP, secure fuses, trusted execution zones).

Preferred Qualifications

• Sophisticated level experience with firmware-level security testing, including writing test vectors for secure state transitions and cryptographic operations.
• Familiarity with hardware vulnerability research, including techniques like side-channel analysis, fault injection, and firmware fuzzing.
• Knowledge of threat modeling, attack surface analysis, and mitigation strategies in silicon and firmware.
• Experience analyzing or defending against firmware exploitation techniques (e.g., bootloader bypass, debug unlocks, backdoors).
• Ability to read and interpret RTL (Verilog/SystemVerilog) for purposes of firmware interaction and test coverage.
• Contributions to security research, publications, CVEs, or open-source firmware/hardware security tools.
• Previous experience using Python 3.10+ to automate testing and test development.

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