Tokyo University of Science

Undergraduate School

Faculty of Industrial Science and Technology

Department of Materials Science and Technology

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Introduction

The Department of Materials Science and Technology aims to generate new materials and new engineering that contribute to the development of industry by exceeding the existing limits of engineering, and also cultivate human resources who contribute to society based on a foundation of specialization in materials science and technology.

  • Develop an education system where students can understand the characteristics of materials from a consistent and unified perspective from the atomic/molecular level to the macroscopic level, by comprehensively making use of basic science (physics, chemistry and biology).
  • Promote fusion and expansion of basic science based on free ideas, and aim to produce human resources full of creativity who are proficient in basic science.
  • Make full use of all-round liberal arts education at the Oshamambe Campus, which emphasize sociality, cooperativeness and self-motivation at the Noda Campus, and carry out specialized education that produces human resources who have mastered advanced, specialized knowledge in materials engineering and who possess a proper sense of ethics and abundant human qualities.

Curriculum Chart

Area of Learning

Subjects Common to All Areas

  • Basic Laboratory Course 1 / 2
  • Calculus 1 / 2
  • Linear Algebra 1 / 2
  • Classical Mechanics 1 / 2
  • Chemistry 1 / 2
  • Introduction to Information Technology
  • Mathematics Exercise 1 / 2
  • Fundamental Engineering Seminar
  • Materials Science Laboratory Basic Course 1 / 2
  • Thermodynamics of Materials 1 / 2
  • Physics of Materials 1 / 2
  • Chemistry of Materials 1 / 2
  • Mechanics of Materials 1
  • Molecular Science
  • Optical Properties of Materials 1
  • Chemical Kinetics
  • Quantum Physics of Materials
  • Strength and Fracture of Materials
  • Structural Analysis of Solid State Materials
  • Processing and Function of Materials 1 / 2
  • Materials Science Laboratory Advanced Course 1 / 2
  • Graduation Research
  • Literature Reading
  • <General Subjects>
    • Human Science
    • English
Basic Materials Science
  • Metallic Materials
  • Semiconducting Materials Science and Engineering
  • Inorganic Materials Science and Engineering
  • Organic Materials Science and Engineering
  • Materials for Mechanical Engineering
Material Functions
  • Aerospace Materials Science and Engineering
  • Bio-Functional Materials
  • Materials for Electronics
  • Magnetic Functional Materials Science and Technology
  • Photo Functional Materials
  • Materials for Devices
  • Elementary Composite Materials
Science Subjects + α
  • Introduction to Intellectual Property
  • Career Development in Industrial Science and Technology
Material Processes
  • Chemistry of Polymeric Materials
  • Electrochemistry of Materials
  • Materials Processing 1 - 3
  • Polymer Materials
Materials Science
  • Applied Mathematics 1 / 2
  • Materials for Energy and Environmental Engineering
  • English for Materials Science and Technology
  • Optical Properties of Materials 2
  • Material Analysis and Characterzation
  • Computational Approach for Materials Engineering
Solid-State Materials
  • Chemistry of Solids
  • Solid State Physics 1 / 2
  • Mechanics of Materials 2
  • Lattice Defects and Dislocation Theory

Graduation Research

  • Matsumoto Research Group (Functional Nanomaterials / Interfacial Chemistry)
  • Kikuchi Research Group (Biomaterials Science and Engineering, Biomedical engineering, Polymer Materials, Biological Material Studies)

Graduation Research

  • Tamura Research Group (Metallic Materials / Physical Properties)
  • Ishiguro Research Group (Functional Nanomaterials / Atomic Structural Analysis)

Graduation Research

  • Soga Research Group (Biomedical Imaging / Photonic Materials and Devices / Display Materials and Devices)
  • Furue Research Group (Liquid Crystal Science / Physical Properties)

Graduation Research

  • Iida Research Group (Electric Power Engineering / Electric Equipment Engineering)
  • Takanashi Research Group (Suface science / Electronic Property Physics)

Graduation Research

  • Kogo Research Group (Composite Materials / Thermo-Mechanical Properties)
  • Koyanagi Research Group (Composite Materials / Mechanics of Materials)

Graduation Research

  • Yasumori Research Group (Inorganic Materials / Chemical And Physical Properties)
  • Nishio Research Group (Inorganic Material / Physical Properties)

Information on Career Paths

  • Graduate School

    68.4%

  • Machinery and appliances

    9.2%

  • Metal products

    3.4%

  • Information industry

    3.4%

  • Service

    2.6%

  • Construction

    1.7%

  • Medicine and cosmetics

    1.7%

  • Civil servant

    0.9%

  • Transport, Communication

    0.9%

  • Publishing, broadcasting

    0.9%

  • Wooden goods industry

    0.9%

  • Electricity supply, gas supply

    0.9%

  • Other industries

    1.7%

  • Other (persons planning on continuing education, studying abroad, etc.)

    3.4%

List of Faculty Members

Title Name Research Area Keyword
Professor FURUE Hirokazu Applied physical properties/crystal engineering Liquid Crystal
Professor IIDA Tsutomu Electric power engineering/electric equipment engineering
Professor ISHIGURO Takashi Metallic physical properties Functional thin films, TEM, IR spectroscopy, green chemistry, water science
Professor KIKUCHI Akihiko Biomedical engineering/biological material studies Biomaterials, functional polymers, drug delivery systems, regenerative medicine
Professor KOGO Yasuo Composite materials/physical properties Composite materials, Strength, Toughness, Fracture, Indentation, FIB-CVD, DLC
Professor MATSUMOTO Mutsuyoshi Functional material chemistry Organic ultrathin films, polymer thin films, dye aggregates, patterning
Professor NISHIO Keishi Inorganic material/physical properties Ceramics, Thin Film, Sol-gel process, Spark Plasma Sintering
Professor SOGA Kohei Biomedical engineering/biological material studies
Inorganic material/physical properties
bio imaging, imuno assay
Rare earth, Phoshpor
Professor TAMURA Ryuji Metallic physical properties quasicrystals, approximant crystals, metallic glasses, nanocomposite magnets
Professor YASUMORI Atsuo Inorganic material/physical properties Glasses, Photo-, Electric-, Magnetic-, Thermal functions, Photocatalysis, Chemical sensing
Junior Associate Professor KOTSUGI Masato Physical properties II Thin Films, Nanostructures, Magnetism, Green electronics
Junior Associate Professor KOYANAGI Jun Machine material/material mechanics Composite materials, Experimental Mechanics, Computational Mechanics
Assistant Professor INOUE Ryo Inorganic material/physical properties Mechanical properties of composite materials and coatings
Assistant Professor ISHIHARA Ryo Polymer/textile materials graftpolymerization, microfluidic chip, functional materials, biomarkers
Assistant Professor IWASAKI Kenichiro
Assistant Professor KAMIMURA Masao Biomedical engineering/biological material studies
Polymer chemistry
Cell biology
Clinical pharmaceutical science
Biomaterials, Theranostics, Bioimaging
Polymer biomaterials
Mechanobiology
Drug Delivery System, Nanomedicine
Assistant Professor MURAI Kazuki Polymer/textile materials Functional nanomaterials, Self-organization, Biomineralization
Assistant Professor UBE Takuji Reaction engineering/process system infrared spectroscopy, water, metal, hydrothermal reaction, supercritical water

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