GPU Platform Security Firmware Engineer

AMD; Markham; On-site; CAD 80,000 - 120,000; Full time

Job summary

An innovative company is seeking a GPU Platform Security Firmware Engineer to develop cutting-edge platform security features across the software stack. This role offers the opportunity to work on the Firmware Security Stack for a range of GPUs and CPUs, supporting markets from gaming to AI. As a technical leader, you will define and guide Trusted Execution Environment implementations while collaborating with diverse teams. Your expertise in low-level development and secure software practices will be crucial in designing security architectures and developing embedded firmware. Join this forward-thinking firm to make a significant impact in the tech industry.

Qualifications

• Experience in low-level development for embedded systems.
• Strong understanding of Trusted Computing principles.

Responsibilities

• Design security architectures and develop embedded SOC firmware.
• Collaborate on confidential computing solutions and participate in design reviews.

Skills

C/C++

Python

ARM/RISC-V assembly

Secure software development

Effective communication

Education

University degree in Computer Science

Engineering degree

Job description

Join to apply for the GPU Platform Security Firmware Engineer role at AMD.

This role involves developing platform security features across the software stack, including device drivers, firmware, and application interfaces. You will work on the Firmware Security Stack for AMD's range of GPUs and CPUs, supporting various markets such as data centers, gaming, and AI.

The position requires a technical leader interested in defining and guiding Trusted Execution Environment implementation, collaborating with diverse teams, and engaging in low-level hardware and software development, including embedded firmware, device drivers, and security features.

Key responsibilities include designing security architectures, developing embedded SOC firmware, collaborating on confidential computing solutions, and participating in design reviews.

Preferred experience encompasses low-level development in C/C++ and Python, ARM/RISC-V assembly, embedded firmware for ARM/x86, understanding of Trusted Computing, secure software development, and effective communication skills.

Academic credentials should include a university degree in Computer Science, Engineering, or related fields, with relevant experience.