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​My Research

​​

Resume

My achievements and works are written below

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​Researcher

Danish Ai
​阿依ダニシ

​火星探査関連の研究を進めている大学４年生です。

主に火星探査を飛行という手法を用いて行うことを検討しています。

​火星探査UAVにおける探査技術及び、機体そのもの制作、実証実験の全てを実施しています。

​大学での卒業研究ではミクロな視点にも着目するということで航空宇宙材料を研究しています。
​（研究室リンク）

​クマ財団４期生

Grade. B4
Dept. Science Engineering  

Faculty of Science and Technology

The University of Tsukuba

​Career

Oomiya Minami elementary school: 2005~2011

Oomiya Minami junior high school: 2011~2014

Oomiya Kaisei high school: 2014~2017

University of Tsukuba (college of engineering science): 2018~

PERSONAL DETAILS

Full name:　Danish Ai

 

Nationality:　Japan

MEMBER SOCIETY

  • AIAA (American Institute of Aeronautics and Astronautics) Student Member

  • The Japan Society for Aeronautical and Space Sciences Student Member

  • UNISEC(University Space Engineering Consortium) Member

  • Mars Society Japan

SKILLS

  • Basic C++ programming(mainly by Visual studio Code and Simulation by GCC)

  • Open Foam (Flow Simulation, CFD)

  • Basic Python programing

  • 3DCAD(fusion 360, Solidworks)

  • Solidworks Flow Simulationqsd

AWARDS, HORNORS, FELLOWSHIPS

  • 2019ARE (Advanced Research Experience) adopted student

  • 2019 "Japanese Overseas Study Abroad Promotion Project" International Academic Attendance Support by Ministry of Education, “トビタテ留学JAPAN” elected student                            (Attended AIAA SciTech Forum 2020) 

  • “University of Tsukuba: Supporting overseas travel expenses for participation in international internships and international conferences at science and engineering students” elected student.(Attended Paris Space Week 2020)

  • 2020ARE (Advanced Research Experience) adopted student

  • 64th Proceedings of the Space Sciences and Technology Conference (Speaking Engagement)

  • 2020 AIAA Sydney Student Conference (Speaking Engagement)

  • 2020ARE (Advanced Research Experience) Grand Prize

  • 2021 IBARAKI Next Space Pitch (Speaking Engagement)

  • 2021 MDRS selection, scheduled to participate

​Papers

  • [UAVを用いた三次元測量及び火星探査への応用可能性に関する研究]　第64回宇宙科学技術連合講演会:日本航空宇宙学会(2020)

  • [洞窟に至る、洞窟に降りる、及び洞窟における3次元 計測とSLAMについて]　第46回宇宙科学技術連合講演会:日本航空宇宙学会(2020)　（共著）

  • [火星のダストデビルを想定したエアロゾル・粉塵の 空中/地上採集シミュレーションと写真測量]　第64回宇宙科学技術連合講演会:日本航空宇宙学会　（共著）

  • [Research on rotor blades and their optimum shapes in Mars exploration]　AIAA Sydney Student Conference (2020)

  • [洞窟計測探査シミュレーションプログラムと UZUME計画]　日本洞窟学会第６４回大会（仙台大会）(2020)

  • [交差反転式ロータの特性と火星探査 UAV の応用可能性] (現在執筆中)

  • [投下式小型ローバの開発及び砂浜地帯の探査]

Developments, etc.

  • AB Lab "The Martian Project" representative (since 2021)

  • Project Lazarus member (Student rocket project)

  • STEP CanSat team leader (2018~2020)

  • Yui Project member (2018~2020)

  • Part time job at Cyberdyne (since 2020)

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