Lead Systems Design Engineer - Data Center GPU - Job Opportunity at AMD

Markham, Canada
Full-time
Senior
Posted: March 18, 2025
Hybrid
CAD 150,000 - 200,000 annually based on location and seniority level

Benefits

Comprehensive healthcare package based on AMD's standard benefits
Remote work flexibility through hybrid model
Career development and advancement opportunities
Technology industry competitive compensation package
Professional development resources

Key Responsibilities

Lead end-to-end validation planning and execution for datacenter SOC projects
Drive innovation in validation automation and test case development
Manage cross-functional team collaboration and technical reporting
Debug complex system architecture issues across pre and post-silicon phases
Develop and optimize Python-based automation frameworks
Own quality assurance processes for internal IP validation

Requirements

Education

Bachelors or Masters degree in electrical or computer engineering

Experience

Senior level experience with SOC validation and system architecture

Required Skills

MMU, Caches, Coherency expertise Strong analytical/problem-solving skills Independent task management Communication and collaboration System architecture knowledge Programming skills (C/C++, Perl, Ruby, Python) Debug techniques Linux expertise HPC/ML applications experience Datacenter industry experience
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Sauge AI Market Intelligence

Industry Trends

The data center GPU market is experiencing unprecedented growth driven by AI and machine learning workloads, making this role particularly critical in AMD's competition with NVIDIA System architecture complexity is increasing with the advent of chiplet designs and advanced interconnect technologies Validation engineers with both hardware and software expertise are in high demand as system complexity grows

Role Significance

Typically leads a team of 5-8 validation engineers while collaborating with broader cross-functional teams of 20-30 people
This is a senior-level position with significant technical leadership responsibilities and direct impact on AMD's data center GPU product quality

Key Projects

Data center GPU architecture validation Infinity Fabric interconnect optimization System-level integration testing Automated validation framework development Pre-silicon verification and post-silicon validation

Success Factors

Deep technical expertise in system architecture and GPU technologies Strong leadership and cross-functional collaboration abilities Ability to balance technical depth with project management Innovation in automation and validation methodologies Strategic thinking in quality assurance approaches

Market Demand

Very High - Data center GPU validation engineers are currently among the most sought-after professionals in the semiconductor industry due to the AI/ML boom and increasing system complexity

Important Skills

Critical Skills

System architecture knowledge - Essential for understanding complex interconnect technologies and debugging system-level issues Python automation expertise - Critical for developing and maintaining validation frameworks Debug methodology - Fundamental for efficient problem resolution in complex systems

Beneficial Skills

Machine learning knowledge - Valuable for understanding workload characteristics Performance analysis tools - Helpful for optimization work Project management skills - Important for cross-team coordination

Unique Aspects

Role combines both pre-silicon and post-silicon validation, which is relatively unique in the industry
Direct involvement with AMD's Infinity Fabric architecture provides rare exposure to proprietary interconnect technologies
Position offers exposure to cutting-edge GPU technologies in the rapidly growing data center market

Career Growth

2-4 years in role before advancement, depending on project success and organizational growth

Potential Next Roles

Principal Validation Architect Technical Director System Architecture Lead Engineering Manager Distinguished Engineer

Company Overview

AMD

AMD is a leading semiconductor company focusing on high-performance computing, graphics, and visualization technologies

Second largest x86 processor manufacturer and growing player in data center GPU market, directly competing with NVIDIA and Intel
Markham office is a key R&D center for AMD's data center technologies
Engineering-driven culture with emphasis on innovation and technical excellence
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