令和4年度創造工学研修

今後の我が国の科学技術の発展を支えていくために、大学の理工系分野を中心に、主体性や積極性に富む創造性豊かな人材の育成が求められています。本学部では平成8年度から学部1年次学生を対象に創造性を養うことを目的とした少人数教育の授業科目として、「創造工学研修」を開設しており、これまで延べ15,395名（令和3年度534名）の学生が履修をしてきました。

本研修は学生が自らの意志と発想により、与えられた課題あるいは自ら設定した課題について着想力と想像力を駆使して問題解決の道筋を模索し、実現するための方法・手段を学ぶことに意義があり、特にその『過程』を重視しています。

学生諸君が、様々な分野において独創的な研究で世界をリードしている教員の助言・指導のもとに、「研究」の香りをかぎながら、グループ研修の「コミュニケーションとチームワーク」を楽しみ、「発見」に驚き、「創造」の喜びを味わうことができる絶好の機会です。また、研修テーマは学生の所属学科によらずに選択ができるようになっており、幅広い知識を習得する場でもあります。

令和4年度は工学部専門教育科目・選択・1単位の科目として、『90種類』の研修テーマで開講します。

令和4年度

令和4年度　創造工学研修テーマ

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English

記号番号	テーマ名	受入人数 (予定)
M1	Training for development of system using MEMS sensors	4
M2	Design of Venire caliper and micrometer by using 3D CAD	4
M3	Let’s build robots and control them!	30
M4	Let's design a light and strong airplane wing	40
M5	Introduction to sports engineering: Relationship between friction and sports	2
M6	Micro sensors powered by environmental natural energy	5
M7	Micromachines for Medical and Healthcare Applications	9
M8	Design and Craft of Paper Bridges	8
M9	Fabrication of a biosensor patch	4
M10	Invitation to Fluid Science	10
M11	Synthesis of high performance nanomaterials under low energy and resource consumption conditions	5
M12	Let’s study the water at hand	5
M13	Measuring the temperature of geothermal resources using mineral thermometers	4
M14	Soil compressive strength contest	4
M15	Making a cesium adsorbent using familiar materials!	4
M16	An introductory course of a fusion reactor technology: Design of a superconducting coil	4
M17	Introduction of Human-Machine Interaction Design in Advanced Flightdeck	6
E1	Image Processing	3
E2	Let's Have Fun with Functional Programming	2
E3	Computer Simulation for Electric Power Systems	3
E4	What do we see? -Exploring visual functions-	5
E5	Millimeter-Wave and Terahertz-Wave Devices for Beyond 5G	4
E6	Combinatorial Games and Algorithms	6
E7	Let’s see the magnetooptical phase interference patterns	4
E8	Quantum devices -Experiments on artificial quantum systems-	4
E9	Optical Communication and Audio	4
E10	Implementation of Object Detection with Highly Energy-efficient Unmanned Aerial Vehicle	9
E11	Feel the Principle of Focused Ultrasound Therapy	3
E12	Measurement of human movements with inertial sensors	4
E13	DIY audio amps for speakers / headphones	4
E14	Fundamentals of Computer Vision (CV)	4
E15	Let's make simple loudspeaker!	5
E16	Optical Design and Fabrication of Liquid Crystal Display	4
E17	Light, Quantum, and Information Technology	4
E18	Natural Language Processing: Explore the frontier of AI that understands language	6
E19	Let's reaffirm the goodness of losing analog technologies	6
E20	Depiction of Carotid Artery with Ultrasound	4
E21	Let’s make plasmas that are cold enough to touch safely	4
E22	Let's make an interactive content	4
E23	Machine Learning with Raspberry Pi	5
E24	Can life be understood by computers? Introduction to bioinformatics in the Reiwa Era	2
E25	Encounter between theoretical physics and information theory	3
E26	Solving Math Puzzles	10
E27	Programmable radio wave propagation -Frontiers in 6G wireless communications-	4
E28	Rotation measurement of a bacterial molecular motor	4
E29	Levitated Superconductor Wandering through a Magnetic Maze	4
E30	Introduction to an IoT Device Design Using a Microcontroller Unit	3
E31	Atmospheric-pressure Plasma Medicine for Regulating Cellular Functions	3
E32	GPU-based parallel computing and applications	4
C1	Preparation of catalysts for utilization of biomass	8
C2	Single Crystal Growth of Organic Semiconductors in Vacuum	8
C3	Fabrication of glass phosphors for radiation detection	4
C4	Molecular Design of Luminescent Lanthanide Complexes	6
C5	Design of Colors based on Colloidal Particles	8
C6	Fabrication of a smart glass switching from transparent to opaque	6
C7	Let's clean water using minerals and clays	6
C8	Let's make power generation materials from unused wood and ore	8
C9	Exploration for catalysts for degradation of environmental pollutants	6
MD1	Automatic and quick prediction of materials combination with good property	6
MD2	New ironmaking technology and decrease in CO2 emission	6
MD3	A mysterious metal increasing its strength spontaneously	6
MD4	Development of antibacterial and antivirus surfaces on implants	6
MD5	Natural Ceramics vs. Artificial Ceramics ? Let’s explore their structural differences! -	6
MD6	Let’s get to know about the “Silent Material”!	8
MD7	Let's cast low melting alloys!	4
MD8	Fundamentals of ultrasonic measurement in structural materials	4
MD9	Investigation of different "powders" around us	6
MD10	Feel magnetic force and field！	6
MD11	Microstructural control for high performance Magnesium alloys	6
MD12	The Magic of Catalysis: Aiming for Materials Replace Platinum	4
MD13	Hydrogen sensor for prevention of hydrogen embrittlement using electrochromic oxides	3
MD14	Computer aided design of forging dies	6
MD15	Efficient magnetic device using electron magnets	3
MD16	Metal electrolysis using a two-liquid-phase electrolyte consisting of aqueous-organic solutions	4
H1	Do you know soil around us?	6
H2	Applications of chemical analyses for better understanding of pollution and biological productions in marine environments	4
H3	Let`s learn about tsunami modeling	4
H4	Disaster simulations and visualization/analyses of simulated results	3
H5	CAD of a Truss Bridge and its Paper Craft Model	6
H6	Rating and Ranking of Cities	8
H7	Proposal for a public transport system in Sendai	9
H8	Industrial Mathematics	6
H9	Analyze the City of Sendai with GIS data	8
H10	Architecture on the Mountains	12
H11	Spatial Design Vocabulary	8
Y1	Value Creation Studio - For Creating our New Future-	30
Z1	Deep learning practical experiment for recognition	20
Z2	Practice of group work for creativity education in “New-Normal” era	24
Z3	Practical manufacturing seminar for social contribution	30
Z4	Practical Training for being Science Writer ~ Creating Web Page of Your Favorite Laboratory ~	30