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Fujisawa, Shoichiro / Professor (by-work)   [Detail]
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Sex: Male Year of Birth: 1953 A.D.
Phone: +81 - 88 - 656 - 7537 E-mail:  s f u j i s a w a (@) t o k u s h i m a - u . a c . j p 
Academic Degree: Ph. D Field of Study: Wellbeing Engineering
His Lecture: Introduction to STEM (Bachelor Course), Entrepreneur Exercise (Bachelor Course), Introduction to Innovation Project (Common Curriculum), Presentation Method (D) (Graduate School), Presentation Method (M) (Graduate School), Project Management Fundamentals (Bachelor Course), Mechatronics Laboratory (Bachelor Course), Human Factors (Graduate School), Design for Adapting the Environment Instead of the Peop (Graduate School), Technical English Fundamentals 2 (Bachelor Course), Applied Dynamics of Machine (Bachelor Course), Exercise of Applied Dynamics of Machine (Bachelor Course), Mechaniacal Dynamics 1 (Bachelor Course), Mechaniacal Dynamics 2 (Bachelor Course), Mechanical Engineering Laboratory 3 (Bachelor Course), Well-being Technology for All (Graduate School), Introduction to Well-being Technology for All (Bachelor Course), Exercise of Autonomy Project 1 (Bachelor Course), Exercise of Autonomy Project 2 (Bachelor Course), Exercise of Autonomy Project 3 (Bachelor Course)
Subject of Study: 視覚障害者のための社会基盤整備に関する研究, 福祉機器のインテリジェント化, 視覚障害者誘導システムに関する研究 (学習制御, 福祉用具, 知能化, 評価システム)
Hino, Junichi / Professor (by-work)   [Detail]
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Sex: Male Year of Birth: 1959 A.D.
Phone: +81 - 88 - 656 - 7384 E-mail:  h i n o (@) t o k u s h i m a - u . a c . j p 
Academic Degree: 工学博士 Field of Study: Dynamics of Mechanical Systems
His Lecture: Presentation Method (D) (Graduate School), Presentation Method (M) (Graduate School), Technical English Fundamentals 2 (Bachelor Course), Applied Dynamics of Machine (Bachelor Course), Exercise of Applied Dynamics of Machine (Bachelor Course), Advanced Applied Dynamics of Machine (Graduate School), Mechanical Systems Design (Graduate School), Mechaniacal Dynamics 1 (Bachelor Course), Mechaniacal Dynamics 2 (Bachelor Course), Mechanical Engineering Laboratory 3 (Bachelor Course), Mechanism (Bachelor Course)
Subject of Study: 部分空間法による振動特性の同定および入力推定に関する研究, セミアクティブ動吸振器による振動制御に関する研究 (vibration analysis, modal analysis, vibration control, 動吸振器, 部分空間同定法, サスペンション, 入力推定)
Takaiwa, Masahiro / Professor (by-work)   [Detail]
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Sex: Male Year of Birth: 1967 A.D.
Phone: +81 - 88 - 656 - 7383 E-mail:  t a k a i w a (@) t o k u s h i m a - u . a c . j p 
Academic Degree: Doctor(Engineering) Field of Study: Robotics
His Lecture: System Design (Graduate School), Presentation Method (D) (Graduate School), Robotics (Bachelor Course), Design of Dynamic Systems (Graduate School), Technical English Fundamentals 2 (Bachelor Course), Introduction to Mechanical Engineering Laboratory (Bachelor Course), Mechanical Engineering Laboratory 1 (Bachelor Course), Automatic Control 1 (Bachelor Course), Automatic Control 2 (Bachelor Course), Automatic Control theory 1 (Bachelor Course), Automatic Control theory 2 (Bachelor Course)
Subject of Study: Development of Human Support System Using Pneumatoc Driving Ststem (Pneumatic Driving System, Robot System, Control Engineering, motion control)
Miwa, Masafumi / Associate Professor (by-work)   [Detail]
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Sex: Male Year of Birth: 1969 A.D.
Phone: +81 - 88 - 656 - 7387 E-mail:  m i w (@) m e . t o k u s h i m a - u . a c . j p 
Academic Degree: 博士(工学) Field of Study: Mechanical Engineering
His Lecture: Actuator Control Theory (Graduate School), Digital engineering (Bachelor Course), Presentation Method (M) (Graduate School), Control Engineering (Bachelor Course), Mechanical Engineering Laboratory 3 (Bachelor Course), Automatic Control 1 (Bachelor Course), Automatic Control theory 1 (Bachelor Course), Instrument and Control Engineering (Graduate School)
Subject of Study: メカトロニクス,制御,マイクロ光造形法,無人航空機,ロボット ,マイクロマシン (control, mechatronics, micromachine)
SATO, Katsuya / Associate Professor (by-work)   [Detail]
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Sex: Male Year of Birth: 1977 A.D.
Phone: +81 - 88 - 656 - 2168 E-mail:  k a t s u y a s (@) t o k u s h i m a - u . a c . j p 
Academic Degree: Ph.D (Engineering) Field of Study: Cell Biomechanics, Bio Micro Electro Mechanical Systems
His Lecture: STEM Practice (Bachelor Course), Presentation Method (M) (Graduate School), Mechatronics Laboratory (Bachelor Course), Design of Assistive Products (Graduate School), Practice of Elementary Machine Creation (Bachelor Course), Strength of Materials (Bachelor Course), Strength of Materials 2 (Bachelor Course), Mechanical Engineering Seminar (Bachelor Course), Mechanical Engineering Laboratory 2 (Bachelor Course), Introduction to Well-being Technology for All (Bachelor Course)
Subject of Study: Evaluation of mechanical condition that cell sense and respond (cell, Mechanotransduction, MEMS, Biomechanics), Cell biomechanis using MEMS device (cell, biomechanics, mechanical engineering)