Pranav Mundada, Ph.D.

Lead Scientist at Q-CTRL
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us****@****om
(386) 825-5501
Location
Los Angeles, California, United States, US

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Credentials

  • IBM Quantum Challenge 2021 Achievement - Advanced
    IBM
    Jun, 2021
    - Sep, 2024
  • Strategic Thinking
    LinkedIn
    Dec, 2020
    - Sep, 2024
  • From the Big Bang to Dark Energy
    Coursera
    Oct, 2013
    - Sep, 2024
  • edX Honor Code Certificate for Quantum Mechanics and Quantum Computation
    edX

Experience

  • Q-CTRL
    • Australia
    • Lead Scientist
      • Jul 2022 - Present

      Led my team to demonstrate automation on real quantum devices-1. Developed and integrated error mitigation tools for different hardware providers to improve algorithmic success probabilities by three orders of magnitude2. Reduced the time taken for pulse optimization of two-qubit gates by 10X3. Automated tune-up of a cloud-based quantum device from a cold start under 90min using AI-driven processes

    • Senior Scientist
      • Apr 2021 - Jul 2022

      1. Obtained a 100-fold runtime speedup in the evaluation of quantum circuits via active reset2. Achieved 99.7% fidelity for a SU(3) gate with blackbox optimization3. Unlocked over 25-fold improvement in algorithmic success on 7Q IBM Quantum systems and over 9000-fold improvement on 16Q devices. The tools developed directly translated into product (Fire Opal)

  • Houck Lab, Princeton University
    • Graduate Student Researcher
      • Sep 2016 - Mar 2021

      1. Design, fabrication, modeling and control of protected qubit architectures for suppressing noise and crosstalk 2. Built a Python codebase for evaluating new qubit designs and simulating qubit dynamics 3. Increased qubit coherence by 40-fold with Floquet engineering, 20-fold in a 0-pi qubit and 5-fold by material engineering 4. Achieved complete crosstalk suppression with destructive interference and 18ns perfect entangler for far-detuned fixed-frequency transmons - Low-temperature measurements - Design of superconducting circuits - Pulse shape optimization for better control of quantum systems Show less

    • Quantum Control Engineering Intern
      • Jun 2020 - Aug 2020

      Used an experimentalist's insights to boost progress in the development of the following quantum optimal control solutions on superconducting circuits - 1. Measurement readout optimization 2. Model-based optimization of Bell state preparation 3. Implementation of reinforcement learning on IBM Quantum systems for single-qubit gates and bell state preparation Used an experimentalist's insights to boost progress in the development of the following quantum optimal control solutions on superconducting circuits - 1. Measurement readout optimization 2. Model-based optimization of Bell state preparation 3. Implementation of reinforcement learning on IBM Quantum systems for single-qubit gates and bell state preparation

  • IBM
    • IT Services and IT Consulting
    • 1 - 100 Employee
    • Quantum Research Summer Intern
      • Jun 2018 - Aug 2018

      Engineering microwave pulses for quantum optimal control Engineering microwave pulses for quantum optimal control

  • Association of South Asians at Princeton (ASAP)
    • Treasurer
      • 2017 - 2018

      Raised funds to organize 4 cultural events and ensured accounting compliance with the university policies Raised funds to organize 4 cultural events and ensured accounting compliance with the university policies

  • SciDogma Research
    • India
    • Research Services
    • 1 - 100 Employee
    • Physicist
      • Jul 2015 - Mar 2016

      1. Automated the microscope with servo motors for stage movement and focus adjustment 2. Interfaced a CMOS camera and identified different blood cells using image processing algorithms with Hough transform 1. Automated the microscope with servo motors for stage movement and focus adjustment 2. Interfaced a CMOS camera and identified different blood cells using image processing algorithms with Hough transform

  • DAAD
    • Legal Services
    • 1 - 100 Employee
    • Young Ambassador
      • Aug 2014 - Aug 2015

      Promoting education and research in Germany Promoting education and research in Germany

  • TU Munich
    • Research
    • 1 - 100 Employee
    • Research Intern
      • May 2014 - Jul 2014

      Measurement of Non-Proportionality Effect in scintillation of CaWO4 crystals at room temperature. Measurement of Non-Proportionality Effect in scintillation of CaWO4 crystals at room temperature.

  • Pravega
    • Wholesale Import and Export
    • Founder, Chief Co-ordinator
      • Aug 2012 - Feb 2014

      Website: www.pravega.org Website: www.pravega.org

Education

  • Princeton University
    Doctor of Philosophy (Ph.D.), Electrical Engineering
    2016 - 2021
  • Princeton University
    Master of Arts - MA, Electrical Engineering
    2016 - 2018
  • Indian Institute of Science (IISc)
    Master of Science - MS, Physics
    2015 - 2016
  • Indian Institute of Science
    Bachelor of Science - BS, Physics
    2011 - 2015
  • Don Bosco
    Grade 10

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