Posts by Collection

portfolio

publications

research

Al electroplating for MEMS

Aluminum electroplating from ionic liquid and its microsystem application
マイクロシステム応用を目指したアルミニウム電気めっき技術

Flexible MEMS

Development of processing technologies for flexible MEMS
フレキシブルMEMSの作製技術

Medical device

Embedding sensors for smart medical instruments
医療機器へのセンサ実装による多機能化

MEMS platform based on wafer bonding

Microsystems process platform enabled by wafer bonding process
ウェハレベル接合によるマイクロシステムプロセスプラットフォーム

Heterogeneous integration and packaging

Wafer-level hermetic bonding for heterogeneous device integration and packaging using planarized metal frames
平坦化した金属フレームを用いてヘテロデバイス集積化・真空封止接合・パッケージング

Wearable sensor system

Wearable sensor system and signal processing
ウェアラブルセンサシステム及びその信号処理

talks

teaching

コンピュータ実習: Computer seminar (TA)

Undergraduate course, Tohoku University, Department of Mechanical and Aerospace Engineering, 2016

This is a hands-on programming course. The programming language is C. The whole course lead to the development of a car navigation system.

計画及び製図II: Design and drawing II (TA)

Undergraduate course, Tohoku University, Department of Bioengineering and Robotics, 2016

This is a hands-on course to learn 3D CAD. Students are introduced to 3D CAD modeling using SolidWorks. The final project is to design a robot arm.

機械知能・航空実験II: Mechanical and aerospace engineering experiment II (TA)

Undergraduate course, Tohoku University, Department of Bioengineering and Robotics, 2016

In this course, experiments with various topics according to the laboratories in the Department of Bioengineering and Robotics are introduced. I was responsible for one topic, titled 慣性センシングと信号処理の基礎 or in English it will be Fundamentals of motion sensing and signal processing.

地域課題演習: Solving local problems

Undergraduate course, Hiroshima City University, Faculty of Information Sciences, 2021

In this course, various projects to solve local problems are introduced. I was responsible for one project, titled 情報科学技術を使った広島観光の魅力分析 or in English it will be Analyzing local attractions in Hiroshima using information technology. We use Google Cloud Vision API and Python TF-IDF to analyze and extract features from photos of local attractions in Hiroshima. The followings are the material.

プログラミングII演習: Programming II exercise

Undergraduate course, Hiroshima City University, Faculty of Information Sciences, 2021

In this course, students will experience hands-on training in programming II, a continuation of programming I which is taught in spring semester. From 2021, the programming language changes to Python. All exercises are performed using Google Colaboratory platform. The followings are the weekly material.

tutorial