CV
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Contact Information
| Name | Junho Park |
| Professional Title | Ph.D. Student in Electrical & Computer Engineering |
| junhop@umich.edu |
Professional Summary
Ph.D. student at the University of Michigan working on silicon and integrated photonics, inverse design, and machine learning–driven photonic device optimization. Background in photonic integrated circuits, optoelectronics, and materials engineering.
Experience
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2025 - 2025 Santa Clara, CA
Modeling & Characterization Intern
STMicroelectronics
- Characterized VCSELs for high-speed optical interconnects
- Built optical test platforms and automation pipelines in Python and LabVIEW
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2024 - 2024 Cupertino, CA
Materials Engineering Intern
Apple
- Improved ceramic material strength via DOE and microstructure–property correlation
- Implemented spectroscopic QC techniques
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2023 - 2023 Seattle, WA
Software Development Engineer Intern
Amazon Web Services
- Re-architected CV-driven kiosk workflow (Java/Kotlin)
- Built AWS data pipelines using DynamoDB, S3, and SQS
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2021 - 2023 Optoelectronics Researcher
UC Berkeley – Javey Research Group
- Fabricated multiplexed optoelectronic devices via e-beam, lithography, CVD
- Built 7×7 electroluminescent MOS capacitor arrays
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2022 - 2022 Computational Researcher
Lawrence Berkeley National Lab – Ager Group
- Built 1D gas diffusion model (Python)
- Modeled CO electroreduction using kinetic Monte Carlo
Education
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2025 - 2030 Ph.D.
University of Michigan, Ann Arbor
Electrical & Computer Engineering
- {“Focus”=>”Photonic Integrated Circuits, ML for Photonics, Inverse Design”}
- First-year Departmental Fellowship
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2021 - 2025 B.S. with EECS Honors
University of California, Berkeley
Electrical Engineering & Computer Science / Materials Science & Engineering
- EECS Honors
- Blumenkranz Research Fellowship
- Dean’s List
- Elain Shen Award
Awards
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First-year Departmental Fellowship
University of Michigan
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Blumenkranz Research Fellowship
UC Berkeley
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EECS Honors
UC Berkeley
Publications
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2025 Towards Explainable Inverse Design for Photonics via Integrated Gradients
AAAI XAI4Science Workshop
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2023 Highly multicolored light-emitting arrays for compressive spectroscopy
Science Advances
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2024 Importance of Site Diversity and Connectivity in Electrochemical CO Reduction on Cu
ACS Catalysis
Skills
Photonics & Optoelectronics: Lumerical, Inverse Design, III-N Photonics, PICs, VCSELs, Nanofabrication
Materials Characterization: SEM, TEM, Raman, Diffraction, DSC, XRD
Programming: Python, MATLAB, Java, Kotlin, LabVIEW
Interests
Silicon Photonics:
Machine Learning for Physical Systems:
Photonic AI Hardware: