Profile

Tanno

This profile organizes education, research, and development activities around building practical systems for problems in education and research. Details are listed where they can be shared publicly.

Overview

Degree: Doctor of Engineering
Fields: Software development, hardware prototyping, sensors and IoT, web systems, research support, education support, and generative AI applications.
Current Focus: Systems for reducing inefficiency in education and research, data recording and visualization, learning support tools, and AI tutor applications.
Contact: tannoyoshinobu@gmail.com

Education and Research Support Activities

Tool development for education and research settings
Research data recording and visualization
Remote experiments and sensor / IoT prototypes
Support for first-year university programming education
Pre-enrollment programming learning support
Individual support at a learning support center
Learning materials delivery and learning status tracking with LMS

Technical Skills

C / C++ / C# / Java / Python / PHP / Verilog / Swift
JavaScript / web development / visualization
Raspberry Pi / Arduino / Jetson / FPGA
Sensors, PCB design, Unity, OpenCV

Education, Research Activities, and External Links

Based on engineering, I work on software / hardware development, education and research support systems, and learning support.

Ph.D. in Engineering, Niigata University
M.S. in Computer Science and Engineering, The University of Aizu
B.S. in Computer Science and Engineering, The University of Aizu
Researchmap: Research profile
Teaching materials and system development: representative works are organized on the Development Works page.

Selected Research and Presentations

A brief selection of work related to education support and communication methods. Detailed publication information will be added where publicly available.

Pre-enrollment education through collaboration between faculty and staff using an LMS (2023)
Pre-enrollment education for programming language learning (2023)
Doctoral dissertation: Research on adaptive communication considering connected devices (2021)
A novel single-wire digital handshake of communication speed for universal connector (2019)