Settasit Chaikasetsin Email & Phone Number

Research and development of solid state battery.

Stanford, California, United States

- Explored a potential self-induced magnetic domain in a microscale capacitor exhibiting unconventional charge transport via magnetic force microscopy (MFM) technique.- Explored the effect of radio frequency (RF) signal perturbation on the unconventional charge transport via vector network analyzer and semi-automatic probe station.- Supervised group members on nanofabrication and electrical testing.

Stanford, California, United States

Thin Film Thermal Expansion - Introduced an approach to measure thermal expansion property and its anisotropy for nanoscale thin films by combining an application of harmonic heating on atomic force microscopy (AFM) with lithographic film patterning and simulation.- Discovered a significant thermal expansion anisotropy in a previously-assumed isotropic poly(methyl methacrylate) film.Functional Coating for Lithium-Ion Battery Cathode- Explored protective coatings for Li-ion battery cathode made of metal oxide atomic layer deposition (ALD) film composites to mitigate battery degradation and capacity loss over time, in close collaboration with the Volkswagen Group of America.- Designed and constructed the ALD gas reactor system for nanoscale film deposition.Microscale Capacitor Quantum Storage / Transport- Led and coordinated a multi-site interdisciplinary team to design and fabricate high aspect-ratio metal-insulator-semiconductor micro capacitors using nano-fabrication tools, and study their electrical properties under biasing at room and low temperatures.- Implemented in-situ scanning electron microscope (SEM) with nanoprobe station and AFM module for measurement.- Designed a process flow and fabricated a customized biasing chip for an in-situ STEM-EELS experiment.- Investigated the capability of XeF2 vapor etch for high-aspect-ratio tunnels made from Al2O3 ALD film.

Stanford, California, United States

Applied Electrochemistry at Micro and Nanoscale (ME 420)- Advised students on the course materials and problem sets. - Prepared and guided students through an introductory quantum simulation of LiCoO2 structure using QuantumEspresso.

Greater Los Angeles Area

- Performed transient and steady-state thermal analysis of a cooling and HVAC cycles of a high-performance vehicle.- Analyzed batteries under various heat load conditions using the finite difference method.- Modeled and packaged powertrain components such as turbo and exhaust manifolds.

Samut Prakarn, Thailand

- Designed a superheat steam boiler using thermodynamics and heat transfer models and created manufacturing drawings.- Modeled pipe rack and flue gas stack structures and performed stress analysis using finite element simulation.

Bangkok Metropolitan Area, Thailand

Fluid Mechanics Research Laboratory, Mechanical Engineering Department- Conducted an experiment to investigate the applicability of control jets on the entrainment enhancement and structural transformation of a jet in crossflow by using the stereoscopic particle image velocimetry technique.

Bangkok Metropolitan Area, Thailand

- Developed a program to estimate piping stress and flexibility to identify potential failure and propose suitable solutions.- Performed structural analysis and modal analysis on piping systems using the finite element method.

Doctor Of Philosophy - Phd, Mechanical Engineering

Master'S Degree, Management Science And Engineering

Master'S Degree, Mechanical Engineering

Concentration in Advanced Energy System

Bachelor Of Engineering (B.Eng.), Mechanical Engineering, 3.92

Majors: Fluid & Thermal Science Senior Project: Effects of Azimuthal Control Jets to Main Jet Mass Flowrate Ratio on the Entrainment.

High School Diploma, Mathematics And Computer Science