Principal Engineer, Architecture & Performance Research Engineer for Data Center and Agentic AI CPU
Samsung Semiconductor Inc.
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Benefits offered by this job
Job summary
Samsung Semiconductor, Inc. seeks a Principal CPU Architecture & Performance Engineer to define the architectural vision for next-generation CPU platforms and agentic AI workloads. You will identify opportunities, develop performance models, and drive microarchitectural concepts across multiple domains.
Close collaboration with RTL teams will translate ideas into silicon. You will mentor senior engineers and contribute to patents and publications, shaping architecture across generations while
Qualifications
- Master's degree with 18+ years of experience or PhD with 15+ years.
- Extensive CPU microarchitecture and research experience.
- Proficient in C/C++ and Python; performance analysis tools.
Responsibilities
- Define architectural vision for next-gen CPU platforms and workloads.
- Identify opportunities across emerging workloads and shapes long-term design direction.
- Collaborate with RTL/design teams to translate architecture into silicon.
- Mentor Senior and Staff engineers and drive research outputs and patents.
Skills
Education
Tools
Job description
Please Note:
To provide the best candidate experience amidst our high application volumes, each candidate is limited to 10 applications across all open jobs within a 6-month period.
Our technology solutions power the tools you use every day--including smartphones, electric vehicles, hyperscale data centers, IoT devices, and so much more. Here, you'll have an opportunity to be part of a global leader whose innovative designs are pushing the boundaries of what's possible and powering the future.
We believe innovation and growth are driven by an inclusive culture and a diverse workforce. We're dedicated to empowering people to be their true selves. Together, we're building a better tomorrow for our employees, customers, partners, and communities.
Architecture Research Lab is focused on researching next-generation CPU (RISC-V) microarchitecture and performance for emerging computing workloads. We explore new architectural ideas, evaluate their performance potential, and rapidly turn promising concepts into working designs that can be validated on real silicon. Our research is driven by emerging opportunities in data center and agentic AI workloads, where we investigate how CPU architecture can evolve to meet new performance and efficiency requirements. We also explore CPU-memory co-design from the CPU perspective, in alignment with the broader shift toward memory-centric architectures. A distinctive aspect of our team is the way we approach architecture research. We develop and apply AI-driven methodologies to accelerate architectural exploration, broaden the design space we can investigate, and quickly iterate from ideas to implementation and silicon validation. Rather than simply following established design flows, we continuously seek new ways to explore, evaluate, and realize CPU architectures. The role offers an opportunity to work across the full spectrum of architecture research-from workload and performance analysis, microarchitectural innovation, and architectural modeling to implementation and silicon validation-while helping shape new methodologies for how future CPUs are designed.
Location: Daily onsite presence at our San Jose office in alignment with our Flexible Work policy
Job ID: 43002
As a Principal CPU Architecture & Performance Engineer, you will define the architectural vision and performance direction for next-generation CPU platforms. You will identify opportunities across emerging workloads, shape long-term architectural strategies, develop and refine performance models, and drive new microarchitectural concepts across multiple architectural domains. You will work closely with RTL design teams and cross-functional engineering partners to translate architectural vision into implementable designs, influence key technical decisions, and validate architectural choices from modeling through silicon. The role carries broad technical ownership, with the opportunity to establish new research directions, drive architecture across multiple generations of CPUs, and shape the fundamental design choices that determine future CPU performance and capabilities.
- Define the application-specialization direction for next-generation CPU cores, including agentic AI and memory-centric architectures, and lead the overall microarchitectural vision
- Lead end-to-end performance analysis using architectural simulators and RTL, guiding key architectural trade-offs and decisions
- Translate workload characterization and performance insights into architectural requirements and long-term design direction
- Drive architecture-to-implementation alignment with design teams, ensuring architectural intent is carried through RTL and silicon
- Mentor Senior and Staff engineers and provide technical leadership across multiple projects and architectural domains
- Drive research and technical contributions leading to patents and publications
- Master's degree in Computer Engineering, Computer Science, or a related field with 18+ years of relevant experience, or PhD with 15+ years of relevant experience
- 8+ years of experience in CPU microarchitecture, architecture research, or performance engineering, with a demonstrated track record of driving architectural direction
- Extensive experience designing and evaluating high-performance CPU architectures, including RISC-V, ARM, or x86 cores; experience with GPU/NPU vector or accelerator architectures is also relevant
- Proven ability to use quantitative performance analysis and modeling to identify architectural opportunities, evaluate system-level trade-offs, and influence major microarchitectural decisions
- Deep expertise in at least one major microarchitectural domain, with the ability to drive architectural direction and technical decisions in that area:
- Front-end: Branch prediction, fetch/decode, instruction delivery, and decoupled front-end architectures
- Mid-end: Out-of-order execution, scheduling, RVV/SIMD, vector execution, or matrix/tensor acceleration
- Back-end: Load/store units, MSHRs, cache and memory systems, prefetching, or irregular memory access optimization
- Hands-on experience building, extending, and applying architectural simulators and performance models, such as gem5, to guide architecture decisions
- Strong programming skills in C/C++ and Python, with experience developing tools and automation for performance analysis and architectural exploration
- Demonstrated ability to take architectural concepts from research and modeling through RTL implementation and silicon validation
- Experience defining or influencing CPU architecture for emerging workloads, particularly AI/ML, agentic AI, or data center applications
- Experience with AI-driven architecture and design methodologies, including AI-assisted architecture exploration, high-level design, or RTL generation
- Strong perspective on memory-centric architectures and CPU-memory co-design, with experience translating memory-system characteristics into CPU architectural opportunities
- Experience driving system-level PPA trade-offs across performance, power, area, and implementation complexity
- Experience taking architectural concepts through RTL implementation, tape-out, and silicon validation
- Experience leading cross-functional architecture initiatives and influencing technical direction across multiple engineering teams
- Proven ability to mentor and develop senior technical engineers and shape architecture research across multiple domains
- Track record of impactful architectural innovation through patents, publications, or deployed products
- You're inclusive, adapting your style to the situation and diverse global norms of our people.
- You approach challenges with curiosity and resilience, seeking data to help build understanding.
- You're collaborative, building relationships, humbly offering support and openly welcoming approaches.
- Innovative and creative, you proactively explore new ideas and adapt quickly to change
The pay range below is for all roles at this level across all US locations and functions. Paywithin this range varies by work locationand may also depend on job-related knowledge, skills,and experience. We also offer incentive opportunities that reward employees based on individual and company performance.
With a charitable giving match and frequent opportunities to get involved, we take an active role in supporting the community.
You start with 4+ weeks of paid time off a year, plus holidays and sick leave, to rest and recharge.
Whatever family means to you, we want to support you along the way-including a stipend for fertility care or adoption, medical travel support, and virtual vet care for your fur babies.
With on-demand apps and free confidential therapy sessions, you'll have support no matter where you are.
Eating well and being active are important parts of a healthy life. Our onsite Cafe and gym, plus virtual classes, make it easier.
Benefits are best when you have the space to use them. That's why we facilitate a flexible environment so you can find the right balance for you.
Base Pay Range: $219,000 — $351,000 USD
Samsung Semiconductor takes pride in being an equal opportunity workplace dedicated to fostering an environment where all individuals feel valued and empowered to excel, regardless of race, religion, color, age, disability, sex, gender identity, sexual orientation, ancestry, genetic information, marital status, national origin, political affiliation, or veteran status.
When selecting team members, we prioritize talent and qualities such as humility, kindness, and dedication. We extend comprehensive accommodations throughout our recruiting processes for candidates with disabilities, long-term conditions, neurodivergent individuals, or those requiring pregnancy-related support. All candidates scheduled for an interview will receive guidance on requesting accommodations.
At Samsung Semiconductor, we use Artificial Intelligence (AI) tools in the recruitment process to enhance efficiency. However, AI is used as a support tool, not a final decision-maker. All hiring decisions are made by our human recruiting team and hiring managers to ensure every candidate is evaluated fairly and holistically.
We do not accept unsolicited resumes. Only authorized recruitment agencies that have a current and valid agreement with Samsung Semiconductor, Inc. are permitted to submit resumes for any job openings.
At Samsung Semiconductor, we support innovation and technology. However, to ensure a fair and authentic assessment, we ask that candidates rely on their own knowledge and skills throughout the process. AI tools may be used for basic preparation, grammar, and research, but should not be used to generate or assist with submitted content or live interview responses. If we determine that AI is being used outside these guidelines, we reserve the right to pause or end the interview, and your candidacy may be disqualified.
By submitting an application, you agree not to disclose to Samsung-or encourage Samsung to use-any confidential or proprietary information (including trade secrets) belonging to a current or former employer or other entity.
https://semiconductor.samsung.com/about-us/careers/us/privacy/
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