Advanced Wave Mechanics

Lecture Objectives

• This lecture aims to understand the advanced wave physics in solid media. It covers three dimentioal wave motion in solids and several special topics such as guided waves and elastic metamaterials.

Advanced Mathematics

Lecture Objectives

• This course deals with ordinary differential equations, linear algebra, and advanced mathematical tools which are essentioal for learning the major of precision measurement.

Optics 1

Lecture Objectives

• This course of Optics 1 covers basic terminologies, electro-magnetic theory, Maxwell equation, and geometrical optics.

Optics 2

Lecture Objectives

• This course of Optics 2 covers superposition of waves, polarization, interference, and diffraction.

Instrumental Analysis

Lecture Objectives

• This course explores the various analytical instruments for quantification. In particular, various applications based on the chromatography will be addressed.

Random Data: Interpreting and Processing

Lecture Objectives

• This course covers basics of measuring digital signals and signal processing for practical applications.

Spectroscopic Analysis

Lecture Objectives

• The object of this course is to understand the theory of instrumental analysis for various chemical systems. In particular, various spectroscopic analysis techniques will be introduced.

Biological Analysis

Lecture Objectives

• This course explores the biological and molecular properties of nucleic acids, proteins, cells, microorganisms and viruses, and covers the fundamentals of experimental techniques widely used in life science.

Digital Solution for Biological Research

Lecture Objectives

Sensors and Actuators

Lecture Objectives

• This lecture provides the fundamentals, mathmatical model and applications of sensors and actuators based on piezoelectric and electromagnetic principles. Especially, in-depth studies on sensing and actucation of dynamic physical quantities such as vibration and noise will be covered.

Acoustics

Lecture Objectives

• This course covers fundamentals of acoustics from basic vibration description, which leads to get more profound knowledge on behavior of acoustic waves with the physical and the mathematical approaches.

Applied Optics

Lecture Objectives

• This course covers practical optical measurement technique including various interferometry and microscopy, which are used in field. Typical interferometric algorithms are also covered.

Mass Spectrometry 1

Lecture Objectives

• This course is the 1st-half of an integrated 1-year course covering fundamental aspects of mass spectrometry, theoretical principles and applications of MS technology.

Mass Spectrometry 2

Lecture Objectives

• This course is the 2nd-half of an integrated 1-year course covering several specific application of MS including biomolecule analysis

Ultrasonic Engineering

Lecture Objectives

• This lecture will cover the fundamentals of ultrasonic wave propagation in solid media. The measurement techniques will also be provided including ultrasonic transducers and applications.

Measurement Uncertainty

Lecture Objectives

• This course aims to understand the concept and evaluation methods of measurement uncertainty. Two evaluating methods (GUM, MCM) will be treated, and there will be hands-on-practice using a laptop.

Precision Metrology

Lecture Objectives

• This course aims to enhance the understanding of precision measurement through various basic and applied topics in the detailed research fields (physics, chemistry and biology) of the precision measurement.

Understanding Standard Substances

Lecture Objectives

• This course covers basic requirements for reference materials and how to prepare and certificate them. Also, it covers ISO standards related with reference materials

Fourier Optics

Lecture Objectives

• This course covers the principle of Fourier optics and imaging theory. Fourier method is a useful tool which has diverse applications of physics and engineering. Mathematical skill for Fourier analysis is also reviewed.