Quantum algorithms · NC State

Kevin J. Joven

Ph.D. student building quantum algorithms for meaningful applications.

QUEST Lab, NC State University Raleigh, North Carolina

Number of agents = 1 (Nemotron)

About me

Portrait of Kevin J. Joven

I’m a Ph.D. student in Electrical and Computer Engineering at NC State University, developing quantum applications for chemistry and physics. My current toolset: quantum signal processing (QSP), block encodings, benchmarking, and hardware execution on superconducting and trapped-ion devices. Now I’m eagerly implementing AI tools to discover new algorithms for applications.

  • Currently
    Ph.D. student, QUEST Lab, NC State
  • Previously
    SRI International (Benchmarking)
    NTT Research (Quantum Chemistry)

Experience

Jun to Aug 2026

Quantum Benchmarking Summer Intern

SRI International

  • Full-time summer internship at SRI International in the United States.
  • Benchmarking dynamic circuits. Implemented genetic dynamical decoupling sequences to benchmark dynamic circuits on superconducting architectures. Paper in preparation.
May to Oct 2024

Research intern, PHI Lab

NTT Research

  • Quantum chaos in electronic structure. Mentored by Dr. Victor M. Bastidas, studied out-of-time-order correlators of the H4 molecule across equilibrium and far-from-equilibrium geometries.
  • Complexification of QSP. Exchanging space and time in the circuit gives a generalized QSP sequence with a complex-valued signal.

Education

Degrees

Ph.D. in Electrical and Computer Engineering

North Carolina State University · Raleigh, NC

  • Aug 2025 to present. QUEST Lab (Quantum Engineering and Simulation Theory), advised by Prof. Yuan Liu.
  • Quantum signal processing, quantum algorithms and hybrid CV‑DV systems.

B.Eng. in Electronics Engineering

Universidad del Valle · Cali, Colombia

  • 2016 to 2023. Leader of the quantum computing research group at the School of Electrical and Electronic Engineering.
  • Exchange semester at Universidad Austral de Chile with the Pacific Alliance Scholarship (2019).

Awards

Awards and milestones

  1. 1st
    ICTP Quantinuum Hackathon

    A filtering variational quantum eigensolver (F-VQE) with noise models for hard optimization problems. Trieste, Italy, 2023.

    See code
  2. 2nd
    QHack 2023, Xanadu

    Visualization Challenge with Quantum Tubes, a new way to draw quantum circuits and their measurement outcomes.

    See code
  3. 2
    International scholarships

    Nexo Global for research at Purdue University (2021) and Pacific Alliance for an exchange at Universidad Austral de Chile (2019).

  4. Next
    Let’s collaborate

    Open to research collaborations on quantum algorithms, simulation and hybrid quantum systems.

    Get in touch

Projects and outreach

Teaching, open source and community

scQubits tutorials

UnitaryHack 2023

A set of tutorial videos on the theory of superconducting circuits, built with scQubits.

Watch videos

Quantum algorithms in Qiskit

Open source

Notebooks on Hamiltonian simulation with Trotterization and on the linear combination of unitaries (LCU) method.

See notebooks

Scaling superconducting chips

ICTP 2024 poster

Entanglement-aware circuit optimization and an NxN honeycomb chip design in Qiskit Metal, from my QOSF mentorship.

See poster

Qiskit Advocate, IBM

Aug 2023 to Apr 2024

Talks, open content and peer collaboration to grow the quantum community. IBM Certified Associate Developer in Qiskit since 2022.

Quantum Universal Education

Co-founder, 2020 to 2024

A global non-profit that open-sources quantum computing learning materials, including the Full-Stack Quantum Computation website.

Visit website

Quantum computing research group

Universidad del Valle

Led the quantum computing research group at the School of Electrical and Electronic Engineering, introducing engineering students to the field.

Get in touch

Let’s talk quantum algorithms

Questions about a paper, a collaboration idea or a talk invitation are all welcome.

Kevin J. Joven
Ph.D. student, NC State University
kjjovenn@ncsu.edu