INDUSTRY PORTFOLIO

Engineering for products & energy.

Thermal design, system-level validation and applied AI in consumer electronics, alongside offshore wind project engineering.

Consumer electronics & applied AI

ROG Flow Z13 · Thermal module

Vapor chamber, fan and airflow integration for a compact gaming tablet.

ROG Flow Z13 · Air curtain

Airflow design and thermal management for the 2023 Flow Z13.

ASUS Zenbook Flip 13 UX362

Thermal module design for a convertible notebook.

ASUS Vivobook 15 X512

Thermal module design for a consumer notebook.

Dynamic power & core configuration

Evaluating power limits and CPU core configuration for battery operation.

Standby thermal protection

Validating S4 critical hibernation in confined-space thermal tests.

LLMs for NPS analysis

Training methods for customer-feedback classification and sentiment analysis.

Offshore wind

Changhua Offshore Pilot Project

Project engineering for offshore wind development in Taiwan.

Fuhai Offshore Wind Farms

Engineering work supporting offshore wind farm development.

Independent engineering explorations

  • Initiated original innovation proposal about Physics-Informed Neural Networks (PINN) accelerated computational fluid dynamics (CFD) for simulating heat dissipation mechanisms within surfactant-enhanced ultra-thin vapor chambers (UTVCs) (more)
  • Developed PINN for predicting maximized CPU+GPU power loading and optimized laptop/tablet chassis thermal ventilation design scenarios (more)
  • Explored additive manufacturing like binder jetting and metal extrusion AM for two-phase thermal design like heat pipe and vapor chamber

Additional project experience

  • ROG Flow Z13 2023 CFD simulation
  • Automatic fan control tuning and benchmarking
  • ROG Flow Z13 2025 thermal module design
  • ROG Flow Z13 2025 CFD simulation
Scroll to Top