Offers “IBM”

31 days agoIBM

Quantum Engineer Summer Intern (Master's/PhD): 2022

  • Yorktown Heights (Westchester)
  • IT development

Job description

Introduction
IBM Quantum leads the world in quantum computing. We aim to solve complex problems the world’s most powerful supercomputers cannot solve, and never will. We are advancing quantum computing technology, hardware, and software, while exploring applications to make quantum broadly usable and accessible. With a worldwide network of Fortune 500 companies, academic institutions, researchers, educators, and enthusiasts, we are committed to driving innovation for our clients, our partners, and the open source Qiskit community. IBM Quantum is building an equitable, diverse, and inclusive global quantum computing ecosystem.

Your Role and Responsibilities

Come build the future of quantum with us. IBM’s full-stack approach delivers the best of IBM’s quantum computing systems together with the most complete suite of quantum software tools and cloud services. As an engineer with IBM Quantum, your job will be to advance the development of quantum computing systems. Areas of engineering include hardware, firmware, superconducting qubits, cryoelectronic circuit design, quantum microwave engineering, and quantum FPGA engineering (among other areas).

Eligibility Requirements:

Please note candidates must be registered in a graduate program in order to be eligible for this internship. International students are eligible to apply. Students enrolled in an undergraduate program may apply to the Quantum Engineer Summer Intern (Undergraduate): 2022 job requisite.

Quantum engineer summer interns will work at either the IBM Thomas J. Watson Research Center (Yorktown Heights, NY, USA) or one of the IBM Systems labs in Rochester, MN, USA or Poughkeepsie, NY, USA for up to twelve weeks during the summer of 2022.

Required Technical and Professional Expertise

·  Experience in a graduate or undergraduate program related to a field of engineering or quantum computing
·  Engineering experience in a relevant area of study such as hardware development, firmware development, superconducting qubits, cryoelectronic circuit design, quantum microwave engineering, quantum FPGA engineering, or materials science.

Preferred Technical and Professional Expertise

·  Experience with microelectronics materials and process integration, chemistry or materials science research, and/or applied physics research
·  Experience with fabrication processes for quantum computing applications
·  Experience in analog, mixed-signal, and custom digital integrated circuit design
·  Experience with relevant development tools, including Cadence and possibly Mentor, ADS, HFSS, and other industry standard tools

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