● Graduation Research● Experiments & Exercises in Physics● Electrical and Electronics Engineering Lab. ● Engineering and Applied Sciences Lab. ● Exercises in Mechanical System Design ● Basic Dynamics of Machinery ● Quantum Mechanics ● Optoelectronic Devices ● Electric Power Engineering● English for Science/Engineering● Partial Differential Equations ● Ordinary Differential Equations ● Electromagnetism ● Optical Systems and Applications● Engineering and Applied Sciences● Experiments & Exercises in Engineering and Applied Sciences● Experiments & Exercises in Physics ● Electrical and Electronics Engineering Lab.● Exercises in Mechanical System Design ● Basic Physics ● Analytical Mechanics ● Introduction to Physics in Daily Life ● Electromagnetism ● Thermodynamics ● Basic Mechanical System Design ● Materials Science ● Electric Circuits ● Engineering Thermodynamics ● Fluid Mechanics ● Basic Quantum Mechanics ● Electronic Circuits ● Fundamentals of Control Engineering ● Basic Mechanics of Materials ● Dynamics of Machinery ● Electronic Material Engineering ● Statistical Mechanics ● Fundamentals of Semiconductor Physics● Mechanical Engineering Seminar● Quantum Mechanics● English for Science/Engineering● Outline of Science & Technology ● Basic Chemistry● Basic Biology ● Basic Physics ● Basic Informatics ● Engineering and Applied Sciences ● Mathematics● Experiments & Exercises in Basic Science & Technology ● Experiments & Exercises in Engineering and Applied Sciences● Introduction to Heat-Transfer Engineering ● Fluid Energy Conversion ● Thermal Energy Conversion ● Numerical Heat Transfer Engineering● Applied Mechanics of Materials ● Fracture Mechanics ● Energy & Materials ● Continuum Mechanics ● Vibration Engineering● Fundamentals of Finite Element Method ● Applied Structural Studies ● Machine Design ● Precision Machining & Machine Tools ● Robotics ● Fundamentals of System Analysis ● Welfare and Human Engineering● Electric Power System Engineerings ● Electric Machinery ● Power Electronicss ● Motor Drive System● Optoelectromagnetic Wave Transmission Engineering ● Optoelectronics ● Electronic Quantum Mechanics ● Quantum Information Electronics ● Electronic Devices● Basics of Electromagnetic Wave Propagation● Measurement and Control Engineering ● Fundamental Theory of Signals ● Communication Network System ● Information & Communication Engineering● Optical Communication Engineering● Physics of Atomic Collisions ● Laser Science ● Clean Combustion Science ● Functional Polymer ● Quantum Optics ● Mathematical Physics ● Quantum Statistical Mechanics ● Introduction to Materials Science● Quantum Mechanics ● Exercises in Quantum Physics● Spin Quantum Physics● Electromagnetic Materials Science ● Life Cycle Assessment ● Radiation Physics and Chemistry● Low Temperature Physics and Superconductivity20 ■：Compulsory Course ■：Compulsory Elective Course ■：Elective Course ■：Optional CourseStudy basic subjects common to all departments and acquire basic knowledgeExperiments & Exercises* Energy Generation and Utilization of Energy* Substances/Materials/Devices Understanding Substances and Creating Materials/Devices* Manufacturing/Systems Manufacturing and Creating SystemsLearning at the Faculty of Science and Technology Imparting wisdom to realize (create) “materials and devices” that will greatly benefit both global and human environmentsStudy basic subjects as well as engineering and applied sciences, conduct experiments and exercises in various fieldsThe original website of the Department of Engineering and Applied Sciences: FST General Subject Courses, etc.■is section introduces the curriculum of the Department of Engineering and Applied Sciences and classes for specialized courses.The Department of Engineering and Applied Sciences explores the possibilities of discovering and applying new physical phenomena and aims to create new functions never seen before. It strives to develop highly creative individuals who study science and engineering in a way that combines the two, and promote the harmonious development of industrial technology and natural science. By combining three academic disciplines (mechanical engineering, electrical and electronics engineering, and physics) with three key themes (Generation and Utilization of Energy, Understanding Substances and Creating Materials/Devices, and Manufacturing and Creating Systems), the department offers specialized education that can be applied to various areas.Second yearGeneral Studies and LanguageGive priority to studying interesting disciplines based on three key themesMachineryElectric/Electronic EngineeringKey ThemesPhysicsThird yearEnergy *Substances/Materials/Devices*Manufacturing/Systems*EnergySubstances/Materials/DevicesManufacturing/SystemsEnergySubstances/Materials/DevicesManufacturing/SystemsConduct graduation research as a culmination of what was studied for four yearsFourth yearCurriculumFirst yearhttps://fst.sophia.ac.jp/department/eas/What is the Department of Engineering and Applied Sciences?Department of Engineering and Applied Sciences
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