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The Emerging Accelerators Team within HPE Labs has an immediate opening for a Principal AI/ML Engineer. HPE Labs is an international research organization with its headquarters and largest facility located in Milpitas, California. As the central research organization for Hewlett Packard Enterprise (HPE), HPE Labs' purpose is to deliver breakthrough technologies and technology advancements that provide a competitive advantage for the company, by investing in fundamental science and technology in areas of interest to HPE and getting the resulting technologies ready for adoption into new and existing markets. We expect all our researchers to provide thought leadership and technical influence both internally and externally to HPE, as well as take innovative ideas and make them real – contributing along the full range from initial novel ideas to design, development, implementation, evaluation, and technology transfer. The ideal candidate can thrive in an applied research environment, balancing significant technical and scientific contributions with the ability to bring such contributions to practice through innovative solutions that address the needs of our customers and partners. We expect the successful candidate to collaborate with HPE Labs research teams as well as with external partners, and to work in alignment with HPE's broader innovation community. Excellent software systems building skills are a significant plus
Job Responsibility:
Synthesize research directions and vision based on technology insight and tracking advances across academia and industry
Define, lead, and delegate research activities while also contributing directly to research results
Research, conceive, develop, and model new architectures for AI/ML accelerator integrated circuits (IC) via simulators or system coding/analysis
Research, conceive, develop, and evaluate algorithms for AI/ML workloads on accelerator ICs or hardware, particularly in the Analog In-Memory Computing architecture space, potentially utilizing hardware/software co-design techniques
Research, conceive, develop, and evaluate compiler and mapping operations for optimal assignment of computational workloads to accelerator hardware
As a member of a project team in a leadership role, conceive, architect, design, and test integrated circuit IP for AI/ML research test chips
Conceive, architect, and design test and system boards and software for IC characterization and application demonstration
Provide technical guidance and mentorship for junior researchers, interns, and postdocs
Collaborate with internal and external technology partners
Author and provide guidance on conference presentations and journal papers reporting on new research results
Drive technical innovation leading to invention disclosures and patent filings
Requirements:
PhD degree in Electrical Engineering, Computer Science, Data Science, or equivalent
5+ years of experience in AI & Machine learning ( academic or industrial)
Must have strong experience in analog in-memory computing research, computing in memory, or processing in memory
Work experience with resistive RAM (ReRAM or RRAM) as a non-volatile memory device
Strong experience leading research projects
For candidates with only a Master degree, they must hold 10+ years experience in AI & ML research
Nice to have:
Experience with in-memory computing accelerators
Experience with micro architecture design for custom accelerators
Experience in deep learning research, algorithms, and data structures
Experience in design and test of integrated circuit IP for AI/ML applications
Experience with emerging analog memory devices for computing applications such as RRAM, PCM, and others
Experience in system software, GPU acceleration, deep learning model execution and performance optimization
Experience working with FPGAs for emulation and system design
High level of creativity
Self-motivated and proactive, with strong leadership qualities
Ability to work with ambiguity
Ability to lead execution of complex projects
Demonstrated ability to generate, frame, and carry out leadership research as shown, for example, by papers published in top-tier conferences or journals