Anderson Junsu Park
Product Manager & MLops Engineer @ SolverX
About
Product Manager & MLOps Engineer at SolverX We are solving hardest problems at the intersection of physics, AI, and manufacturing. My journey started in physics research at UC Berkeley and Lawrence Berkeley National Lab, where I worked on quantum computer hardware design with trapped-ion systems. There, I faced a fundamental bottleneck head-on: CAE simulations took over 100 hours, and this wasn't just a technical inconvenience—it was limiting the entire pace of innovation in hardware design. Those countless hours waiting for thermal and structural analysis results made me realize something critical: the manufacturing and design cycle is held back by a process that hasn't evolved with modern computing. Engineers and companies are still relying on CPU-based solvers and manual workflows that belonged to a different era. That's why I joined SolverX. We're building Physics Foundation Models—AI systems trained on real PDE data from manufacturing workflows. Our mission is to break the CAE bottleneck by making simulations run in seconds instead of hours, automating manual preprocessing, and expanding what's possible in design optimization. At SolverX, I focus on bringing this technology into the hands of engineers and manufacturers who are ready to move faster, iterate better, and innovate at a new scale. If you're interested in how AI and physics can reshape manufacturing, or if you're working on similar problems, let's connect. See https://www.solverx.ai/ for the most recent information.
United States
Berkeley
Research
Python (Programming Language), RStudio, C++, qutip, python, R, LaTeX, Data Science, Research, Jupyter, NumPy, Quantum Computing, Pandas (Software), Machine Learning Algorithms, Quantum Information, Optimization
Experience
Product Manager & MLops Engineer
SolverX
Building Physics Foundation Models that transform CAE workflows in global manufacturing Bridging the gap between cutting-edge AI research and real engineering challenges Leveraging my background in physics research and quantum computing to guide product strategy
Undergraduate Research Assistant
University of California, Berkeley
Berkeley, California, United States
Researched with Professor Hartmut Haffner and Ion Trap Group
Lab Assistant
Berkeley Lab
Berkeley, California, United States
Researched with Professor Barbara Jacak and Dr. Nicole Apadula on developing cooling strategies for the silicon tracking detector for the upcoming Electron-Ion Collider (EIC).
Undergraduate Researcher
Queti
Suwon
Researched with Prof. Junki Kim at Quantum Engineering with Trapped Ions (QuETI) on building a trapped-ion hamiltonian simulator for simpified spin-boson system. ◦ Developed a Molmer-Sorensen Gate simulator which gives the system’s state as density matrix at given time and tracks the vibrational quantum number of the qubit state using QuTIP.
Korean Augmentation To the United States Army
2nd Infantry Division - Korea
Camp Casey, South Korea
My role in the army was Medic Non-Commissioned Officer in 2nd Infantry Division 210 Brigade 6-37 Battalion HHB Battery. I have worked to maintain the health status of the soldiers in 6-37 Battalion and performed leadership to junior soldiers and taught immediate medical treatment methods in case of emergency.
Undergraduate Student Researcher
University of California, Berkeley
Berkeley, California, United States
I have researched in the neutrino oscillation potential in simulation of the full isotropic Quantum Kinetic Equations in conditions relevant to core-collapse supernovae. My role was creating automated test cases using C++ and Mathematica, Implementing GSL-integrator to increase the accuracy of full isotropic Quantum Kinetic Equations by calculating neutrino energy and entropy transfer in core-collapse supernovae, using Savio high performance computer to simulate the core-collapse supernovae, and writing graph codes in python that takes data from simulation and visualize energy and entropy change.
Education
University of California, Berkeley
Physics
University of California, Berkeley
Data Science
Anderson Junsu Park's Contact Information
Phone
Find the Right Leads
Find Verified Contact Data
What LeadContact does well
Find verified emails, phone numbers, and decision-makers with 98% accuracy.
Find Leads
Find the right people by company, role, industry, location, and more.
925M+ professional profiles
Find Emails
Access verified email addresses for your target contacts.
657M+ emails
Find Phone Numbers
Get cross-validated phone data from multiple top sources.
239M+ phone numbers
More Accurate. Lower Cost.
Find contact data in 1 tool with 98% accuracy
LeadContact integrates leading enrichment tools to deliver more accurate contact data—without paying for each one.
Great conversations start with the right contact.
It’s time to find yours.