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Introduction to MEMS
Introduction to MEMS
Instructor: Dr. Shih Kang Fan
Introduction of microscale sciences
MicrofabricaJon of semiconductor and MEMS devices
Surface micromachining and bulk micromachining
Micro Sensors and Actuators
Electrochemical Energy Storage: Specialization on Lithium-ion Batteries
Electrochemical Energy Storage: Specialization on Lithium-ion Batteries
Instructor: Subhashish Basu Majumder
Introduction to primary and secondary batteries.
Secondary batteries and thermodynamic processes.
High-voltage lithium-ion battery cathodes.
State of the art electrolytes and additives.
Cell assembly and testing procedure.
Introduction to Biomedical MEMS
Introduction to Biomedical MEMS
Instructor: Dr. Shih Kang Fan
Introduction to digital microfluidics.
Microchannel chip fabrication.
Microscale mechanical pump fabrications.
Lab-on-a-chip device fabrication.
Applied Molecular Spectroscopy
Applied Molecular Spectroscopy
Instructor: Dr. Dan Higgins
Introduction to spectrochemical measurements.
Light and optical components for spectroscopy.
Light sources and detectors.
UV-vis, infrared spectroscopy.
Light scattering
Nonlinear optics and surface spectroscopies.
Introduction to Battery Management Systems: Algorithm for Battery Management Specialization
Introduction to Battery Management Systems: Algorithm for Battery Management Specialization
Coursera: (Ongoing) University of Colorado
Introduction to battery management system.
Equivalent-circuit cell model simulation
Battery state-of-charge (SOC) estimation
Battery state-of-health (SOH) estimation
Battery-pack balancing and power estimation
Matlab Algorithm
Semiconductor Physics
Semiconductor Physics
Coursera: University of Colorado Boulder (Ongoing)
Analyze crystal structures commonly observed in solids
Describe the key features that make semiconductors unique and useful
Describe energy band structures of solids
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