Rajamangala University of Technology Phra Nakhon, Bangkok, Thailand

Faculty Member/Lecturer (Jan 2026 - Present)

• EN2061101 Mathematics for Mechatronics (คณิตศาสตร์เมคคาทรอนิกส์)
• EN2013201 Introduction to Electrical Engineering (พื้นฐานวิศวกรรมไฟฟ้า)

Los Alamos National Laboratory, Los Alamos, NM

Postdoctoral Research Associate (Jan 2024 – Dec 2025)

• Machine Learning for Power Systems: Utilize machine learning techniques to enable efficient solutions to optimization problems in critical infrastructure networks with a focus on reliability and resiliency.
• Sample-Based Conservative Bias Power Flow Approximations: Developed a conservative bias power flow approximation tailored to specific systems and operating ranges, with a balance between conservativeness and accuracy. Presented at IEEE I&CPS Asia 2024, selected for review in IEEE Transactions on Industry Applications.
• Conservative Piecewise Power Flow Linearizations: Developed a conservative piecewise linear approximation that reduces error while maintaining linearity. Accepted to 2025 IEEE Kiel PowerTech.

Graduate Research Assistant (May–Aug 2022, Jun–Aug 2021)

• Optimal Sensor Placement: Designed optimization techniques for sensor placement to detect voltage violations. Published in EPSR.
• Linear Approximations of Power Flow: Developed conservative linear approximations achieving ~20% improved accuracy over traditional methods. Presented at PSCC and published in EPSR.

PB Supercar, Bangkok, Thailand

Co-founder (Jul 2015 – Dec 2024)

• Automobile expert and reviewer: Created automotive content for YouTube with over 600,000 subscribers and 124 million views.

Georgia Institute of Technology, Atlanta, GA

Graduate Research Assistant (Aug 2019 – Dec 2023)

• Power Flow Problems: Developed axis rotation algorithms in FDPF reducing iterations by up to 54%.
• Power System Optimization and Security: Identified key monitoring locations using convex optimization to prevent violations.
• State Estimation & Stochastic Optimization: Recovered solutions from convex relaxations using advanced estimation techniques.

Graduate Teaching Assistant (Aug 2019 – May 2020)

• ECE 3072 (Electrical Energy Systems): led tutorials, graded, and coordinated with faculty (class size: over 50 students).
• ECE 2040 (Circuit Analysis): led tutorials, graded, and coordinated with faculty (class size: over 50 students).

Lawrence Livermore National Laboratory, Livermore, CA

Computing Graduate Intern (May – Aug 2023)

• Second-Order Sensitivity Analysis: Enhanced computational efficiency with second-order sensitivity matrix. Published in IEEE Transactions on Power Systems.
• Capacity Expansion Planning: Solved planning problems using sample-based approximations in MATLAB and Julia.

Information Trust Institute (ITI), Urbana, IL

Graduate Research Assistant (Jul 2017 – May 2019)

• Sensitivity Analysis: Quantified cyber attack impact, reducing estimation time from 2200s to 0.0286s.
• Cybersecurity: Designed CEDS microgrid systems under DOE funding.
• Real-Time Simulation: Conducted transient/steady-state simulations using Opal-RT.
• Electrical Grid Resiliency: Developed mitigation strategies to enhance microgrid reliability.
• HVDC: Implemented HVDC transmission on IEEE 9-bus in PowerWorld.

Optivolt Labs, Chicago, IL

Power Engineering Intern (Jul – Aug 2018)

• Solar Battery Charger: Created prototype to increase drone flight time by 10–20%.
• Power Optimization: Applied maximum power transfer algorithm for solar charging.
• Circuit Testing: Built and tested circuits under varied conditions for efficiency improvement.

Baancomnuan Tutor School, Bangkok, Thailand

Tutor (Multiple Summers: 2015–2019)

• Subjects: Tutored over 100 students in high school and college-level physics and calculus.

University of Illinois at Urbana-Champaign, Urbana, IL

Grader (Fall 2014 – Spring 2016)

• Courses: ECE 342 (Electronic Circuits) and ECE 210 (Analog Signal Processing) — evaluated homework and discussed grading with TAs (class size: over 70 students).