Research Facilities
Click on the box for each classroom for more information.
E2
The Nobel Prize Laboratory where the <Modern Physics Experiment> curriculum activities take place. Experiments such as X-ray elastic/inelastic collision, Zeman effect, Mykelson interferometer, nuclear magnetic resonance, AFM, STM, SEM, etc. can be performed to win the Nobel Prize.
In addition to basic optical experiments such as polarization, optical activity, diffraction, spectroscopy, and holography, optical experiments such as quantum eraser imitation and quantum cryptography can be performed in optical laboratories. Non-linear optical experiments using femtosecond lasers and nonlinear crystals are possible.
Solid-state physics laboratories are equipped with infrastructure to create solid crystals of various component combinations and measure properties. UGRP experiments related to physical properties using this are conducted every year, and thermodynamic experimental devices such as Fourier's thermal conduction experiment, vacuum experiment, and adiabatic expansion experiment are also provided.
The physical machine laboratory is equipped with machine tools such as laser cutters, 3D printers, 3D scanners, and electric saws. Various ideas can be implemented through machine tools when conducting creative experiments that take up the last three weeks of <Classical Mechanics Experiment> and <Electrodynamics Experiment>, which are mandatory subjects for first graders.
This laboratory is designed so that you can use one large table in groups of two as a space where you can perform "classical mechanics experiment" in the first semester and "electromagnetic experiment" in the second semester. Experiments such as gravitational acceleration measurement, body motion, and rotational inertia are carried out in classical mechanics, and experiments such as equipotential line measurement, RLC circuit, current symmetry, and Brewster angle are carried out in electromagnetism, and creative experiments are carried out in the last three weeks on a free topic.
The electrical circuit laboratory is equipped with equipment and circuit parts for each of the 24 students to experiment with a single laptop computer and NI-ELVIS equipment. Students understand the principles of diodes, transistors, and operational amplifiers, practice making applications using them, and learn how to handle multimeters and oscilloscopes. Various Arduino sensors and kits are also available.
E3
It is a mathematics practice room that practices common mathematics subjects such as linear algebra, applied calculus and differential equations, probabilities and statistics, and multivariate calculus. Students access a dedicated server of the Department of Basic Science through each client and practice using mathematics programs such as Matlab in a virtualized environment.
It is a mathematics practice room that practices common mathematics subjects such as linear algebra, applied calculus and differential equations, probabilities and statistics, and multivariate calculus. Students access a dedicated server of the Department of Basic Science through each client and practice using mathematics programs such as Matlab in a virtualized environment.
It is a mathematics practice room that practices common mathematics subjects such as linear algebra, applied calculus and differential equations, probabilities and statistics, and multivariate calculus. Students access a dedicated server of the Department of Basic Science through each client and practice using mathematics programs such as Matlab in a virtualized environment.
E4
It is a laboratory where animal cell or animal tissue culture, observation, and other cell biology practices are conducted and used for life science experiments, UGRP, and R&E classes for high school students. The main construction equipment includes clean benches, CO2 incubators, inverted optical microscopes, swing bucket refrigerated centrifuges, imaging equipment for Western blots, and Nucelofector 3D.
It is a laboratory that prepares and makes materials for various experiments and is used in all biology classes. The main construction equipment includes a safety reagent cabinet, an ultra-low temperature freezer, and a distilled water manufacturing device.
It is a laboratory that conducts molecular biology and molecular genetics experiments, and the first-year "Molecule and Life Phenomenon Experiment" class will be held. Major construction equipment includes gel imaging devices and temperature gradient polymerase chain reaction devices. It is an "excellent safety management laboratory" designated by the Ministry of Science, ICT and Future Planning in accordance with national regulations.
It is a laboratory that mainly conducts genetic and microbiological experiments, and classes for "Life Science Experiment I" in the first semester of the second year and "Life Science Experiment II" in the second semester of the second year will be held. The main construction equipment includes microorganism cultivators, shake cultivators, plant cultivators, and substantial microscopes.
It is a laboratory where practice using software such as analysis, calculation, and molecular modeling is conducted and is also used for R&E classes for high school students. Major construction equipment includes practical PCs, workstations, and stereoscopic imaging systems.
It is a laboratory that is permitted to raise model organisms based on the LMO Act, and subject experiments and UGRP experiments dealing with live animals, including zebrafish, are conducted annually. The main construction equipment includes zebrafish breeding systems, ultra-low temperature freezers, and dissecting equipment.
Equipment for analyzing various samples is established and is used in all biology classes. Major construction equipment includes a multi-angle light scattering module, a large-capacity biomolecule separation purification device, and a large-capacity protein crystal screening device.
A ultrapure washer and a large-capacity high-pressure sterilizer are built.
It is a laboratory that practices microscopes and is used in all classes. The main construction equipment includes fluorescent body microscopy, inverted fluorescence microscopy, and fully automatic fluorescence microscopy.
It is a laboratory that stores experimental supplies and consumables and is used in all biology classes.
E5
It is a space where students can perform production activities to realize engineering and creative ideas in experimental practice subjects such as engineering design and mechatronics, and is equipped with high-capacity electrical facilities, welding machines, laser cutting machines, metal cutting machines, milling machines, and small shelves. It is the place of activity of Digist automobile club "Digius" and can be used under the guidance of a professor or safety management director.
Experimental equipment is built to verify the theories of thermodynamics, heat transfer, fluid mechanics, and internal combustion engines. Thermodynamic energy behavior can be measured and analyzed through heat transfer experimental devices, steam motor experimental devices, engine experimental devices, differential power meters, and exhaust gas analysis devices, and phenomena such as Bernoulli equations, transition flow phenomena, and Reynold numbers can be confirmed through various hydrodynamic experimental equipment such as orifice and venturi meter experimental devices.
The engineering preparation room operates a number of 3D printers to support students' creative activities, and is equipped with PCB printers, Arduino, Raspberry Pie, various precision tools, measurement equipment, electronic components, and circuit kits. It has formal network licenses such as OrCAD for circuit design, Solidworks for 3D design and interpretation, Katya, Adams, etc., and supports installation on students' personal PCs.
The automatic control practice room, where the subject activities of <automatic control practice> are carried out, a common necessity of basic engineering, can check and verify the performance of the controller derived through modeling and interpretation of various engineering systems. In other words, possible controls include (1) angle and angular velocity control using a DC motor system, (2) equilibrium maintenance control using a reverse pendulum system, (3) ball lifting height control using a magnetic levitation system, and (4) height control of a water tank using a coupled tank system. In addition, it has various control platforms such as Arduino, Raspberry Pi, LabVIEW/NI-myRIO, and various sensors so that it can be used as a practice space for various basic engineering subjects such as mechatronics, vibration engineering, and engineering design.
In the programming lab, Python, pycharm, Visual study, R study, Matlab, etc. are used, and various programming education environments are provided through UNIX and LINUX virtual machine access. It provides a systematic programming education environment through Ellis software services, and ZOOM software allows you to view and record lecture screens in real-time on your personal tablet or mobile phone. A PC with sufficient specifications to take on tasks such as complex simulation and 3D design is built, so it can support not only engineering education, but also classes and seminars in mathematics, physics, and biology subjects. When there is a demand from teachers and students, 3D design lectures are supported from time to time.
E6
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It is a place where basic chemistry experiments and chemical experiment classes in the chemistry subject are held, and it is smaller than the basic chemistry laboratory of No. 221. A beam project for effective experimental class progress is installed in the front, and there are experimental tables that secure sufficient intervals so that students do not have any inconvenience in conducting the experiment in groups of two. Reagents are stored in a sealed reagent cabinet and a safety cabinet, and experimental instruments and equipment necessary for the experiment are well organized in the free space of both walls. Space for safe treatment of waste liquid used in the experiment is located in line with the movement of students, and there are fume hoods and clean benches. Since many students handle multiple reagents in one space, the basic chemistry laboratory provides a safe experimental environment for students by designing based on safety above all else.
As a space to prepare for experimental practice in chemistry subjects, preparation for experimental classes, preliminary experiments, R&E, and UGRP experiments are mainly carried out. Since it is directly connected to the basic chemical laboratory and the in-depth chemical laboratory, it is designed so that it can move to the optimal movement line, so that experiment preparation can be made organically.
It is a space designed to conduct additional experimental practice individually other than regular classes. In order to freely perform small-scale experiments such as R&E and UGRP, equipment such as reagent fields, convection ovens, and ultra-low temperature freezers, as well as experimental tables and fume hoods suitable for small-scale experiments are prepared.
It is a place where basic chemistry experiments and chemical experiment classes in the chemistry subject are held, and it is larger than the basic chemistry laboratory of No. 218. A beam project for effective experimental class progress is installed in the front, and there are experimental tables that secure sufficient intervals so that students do not have any inconvenience in conducting the experiment in groups of two. Reagents are safely stored in a sealed reagent cabinet and a safety cabinet, and experimental instruments and equipment necessary for the experiment are also well organized. Space for safe treatment of the waste liquid used in the experiment is located in line with the movement of the students, and there are distilled water makers, scales, and fume hoods. Since many students handle multiple reagents in one space, the basic chemistry laboratory provides a safe experimental environment for students by designing based on safety above all else.
It is a laboratory that conducts UGRP experiments, including organic and inorganic chemistry experiments, and is equipped with fume hoods, Schlenk lines, and experimental tables that can be used for each group. There are two groups of Glove Boxes for experiments in an oxygen-free and anhydrous environments, and major equipment essential for chemical experiments such as convection ovens, rotary concentrators, electronic reagent fields, and fire prevention explosives are sufficiently prepared. Deep Chemical Laboratory 1 is equipped with state-of-the-art facilities to conduct chemical experiments dealing with various reagents in a safe environment.
It is a place where physical chemistry and analytical chemistry experiments in chemistry subjects are conducted. A beam project for effective experimental class progress is installed in the front, and there are experimental tables that secure sufficient intervals so that students do not have any inconvenience in conducting the experiment in groups of two. Small-scale equipment required for physical and analytical chemistry experiments is classified and stored by experiment in the front closet, and the accessories of the experiment are stored in the drawer under the experiment table, allowing efficient experimental classes to proceed. A glove box, which can be tested in an oxygen-free and anhydrous environment, is installed on one wall, and there are other equipment necessary for the experiment, such as distilled water makers, clean benches, large-capacity aluminum decilators, and scales. In-depth chemical laboratory 2 is designed with safety as a top priority because it deals with various reagents and gases in one space and conducts experiments such as high vacuum experiments, thermal analysis, and electrochemical analysis that require vacuum pump use, high temperature heating, and oxygen combustion.
It is a space equipped with various analysis equipment necessary for chemical experiments. A sink, a fume hood, an experimental table, and a reagent cabinet areprepared to prepare an analysis sample, and the following analysis equipment is installed.