An Architecture Research Scientist conducts superior studies in architectural design, materials, and sustainable practices. Architecture Research Scientist develop revolutionary solutions by integrating new technologies, studying constructing systems, and exploring power-efficient techniques. Architecture Research Scientist Collaborating with interdisciplinary teams, Architecture Research Scientist contributes to the development of modern architectural standards, examines prototypes, and posts findings in instructional journals.
Position: Architecture Research Scientist
Location: Bengaluru
Salary: Not Disclosed
Company: Intel
Qualification: Graduate
Job Type: Full-time
About Company:
Intel is a worldwide leader in semiconductor innovation, renowned for designing and producing advanced processors that strengthen an extensive range of computing devices. Founded in 1968, Intel has played a pivotal position in the evolution of private computing, records facilities, and AI. With a robust cognizance of studies and development, the employer drives technological advancements in cloud computing, 5G, and autonomous systems, shaping the future of computing and digital transformation.
Job Description::
Intel, a leader in the semiconductor era, is looking for an Architecture Research Scientist for its advanced studies and development crew in Bengaluru. The Architecture Research Scientist position is pivotal in using innovation across Intel’s numerous variety of xPU computing architectures, such as GPU, IPU, VPU, and FPGA, which can be fundamental to permitting contemporary performance in synthetic intelligence (AI), device studying, three-D snapshots, and different rising computational domain names.
Key Responsibilities Of Architecture Research Scientist:
Scientific Research Initiation and Execution:
Initiate, design, and implement medical research projects that align with Intel’s strategic targets for its CPU architectures. The research will recognize the development of new computational methods and technology that push the boundaries of strength-green and vicinity-green performance.
Vision Development and Technology Strategy:
Develop and articulate a clear vision and fee proposition for Intel’s xPU products. Align this imaginative and prescient with Intel’s broader era method while considering architectural constraints to pressure fast studies and improvement development.
Innovative Hardware Research:
Conduct in-intensity studies to outline architectural obstacles, expand proof-of-standards, and prototype new ideas. Focus on innovating custom compute, cache, interconnect, and memory subsystems tailor-made to emerging algorithms and use cases inside the xPU product range.
Subsystem Integration:
Research and develop accelerator subsystems that combine seamlessly with the wider xPU structure, enhancing the general performance and efficiency of Intel’s merchandise.
Optimization of Power and Performance:
Design, implement, verify, and optimize xPU hardware to ensure it meets stringent electricity and overall performance targets. Support the improvement of next-era platforms via pioneering research.
Research on Technological Trends:
Stay abreast of technological developments, competitor merchandise, and enterprise standards. Develop partnerships with academia, industry, and other technical corporations to cope with sizeable technological challenges and customer needs.
External Research Influence and Dissemination:
Influence external studies communities with the aid of publishing findings, submitting patents, giving talks, and being attractive in Intel’s inner and outside outreach efforts.
Qualifications:
Educational Background: A Ph.D. Or superior MS in Electrical Engineering (EE) or Computer Science (CS) from a pinnacle-tier university is required.
Research Experience: Demonstrated studies, either in academia (graduate faculty) or the enterprise, are exceedingly preferred.
Technical Expertise:
Software Proficiency: Strong information in programming languages consisting of C++, Perl, and Python. Experience with cycle-accurate microarchitecture simulators and system software programs (compilers, runtimes, OS) is important.
VLSI Design and Accelerator Architecture: In-depth expertise in VLSI layout principles and accelerator-primarily based microarchitecture.
AI and Cloud Workloads: Expertise in characterizing AI/Cloud workloads and growing structure pushed via these workloads.
Benefits at Intel:
Health and Wellness: Extensive medical, dental, and imaginative and prescient insurance, along with wellness programs and fitness incentives, ensure personnel hold a wholesome way of life.
Financial Security: Competitive salaries, performance bonuses, stock alternatives, and retirement plans (like 401(okay) with agency matching) help secure employees’ financial destiny.
Work-Life Balance: Flexible painting preparations, beneficiant paid days without work, and parental depart aid a balanced and enjoyable private lifestyle.
Career Development: Continuous studying possibilities, management applications, and lessons help empower employees to advance their careers and skillsets within Intel.
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