Dr. Ming-Tao Lee

Position: Innovation Strategist High Voltage Battery at Vehicle Propulsion

Electrical Vehicle (EV) Charger Technical Support Engineer

- Studies of Li Metal Anode using X-Ray Photoelectron Spectroscopy - in situ/ in operando XPS on electrolyte/working electrode interfaces - Battery Test, Post-Mortem Analysis (XPS) of electrodes - Very good communications skills and the ability to interact constructively with physicists, chemists, engineers, sales, and procurement personnel - Member of the Ångström Advanced Battery Centre (ÅABC)

- Carry out installation, commissioning and testing of the high-pressure x-ray photoelectron spectroscopy instrument (POLARIS) for studies of industrially relevant catalytic reactions at pressures of several bars (DOI: 10.1063/1.5109321) - Synchrotron light sources (MAX IV, DESY, Elettra) and Free Electron Laser (FLASH, FERMI) - Heterogeneous Catalysis (gas/catalyst interfaces) - Vacuum Systems - Profibus and LabView

- Synchrotron-based (Swiss Light Source) Near Ambient Pressure Photoemission (NAPP) on a Liquid micro-jet - Interfacial aqueous chemistry (solutes at gas/water interfaces) - Heterogeneous Kinetics (gaseous ozone and ocean water and sea salt aerosol and the role of organic species therein) - Building-up and commissioning of the NAPP endstation

- AFM-lithography: structuring of gold coated substrates by using an AFM tip for the site-selective substitution of chemically inactive SAM molecules by thiol-based active molecules, which will be used as coupling sites to immobilize the cell adhesive proteins - Characterization of the structured samples by AFM with respect to topography and chemical contrast - Chemical modification of gold coated substrates by thiol-based chemistry to form self-assembled monolayers (SAMs)

-Worked in the National Taiwan University Center for Condensed Matter Sciences, on the project ”Functional Carbon, Nitrides and Related Hybrid System FOR Interface Physics and Chemistry for Optoelectronic and Energy Applications.” -Synthesis of one dimensional III-V nitride nanostructures such as GaN nanowires using chemical vapor deposition techniques, and characterization of their electrical transport and optical properties.

Atmospheric Chemistry, Aerosol Chemistry, Heterogeneous Kinetics and the Surface Science of Aqueous Solutions

Nannotchnology, Thin film Physics,

Optics