arri18
Nov 21, 2025
Scholarship / Study plan research laboratory of Land Improvement and Management [4]
I understand. you are right 100% and I appreciate your comment I have been editing for the past 6 hours and this is what I came up with. can you also rate my career plan that's what I am so afraid off it feels a bit off.
Proposed study program in Japan (Outline your field of study on this side and the specific of your study program on the reverse side of this sheet. This section is one of the most important references for selection. The statement must be typewritten or written in block letters. Additional sheets of paper may be attached if necessary. If plagiarism or fraud is discovered after selection, the selection will be cancelled retroactively.)
(日本での研究計画;この研究計画は,選考の重要な参考となるので,表面に専攻分野の概要を,裏面に研究計画の詳細を具体に記入すること。記入はタイプ又は楷書によるものとし,必要な場合は別紙を追加してもよい。なお、採用後に不正、盗用等が判明した場合は遡って採用を取り消す。)
If you have Japanese language ability, write in Japanese. (相当の日本語能力を有する者は,日本語により記入すること。)
1 Present field of study(現在の専攻分野)
I completed a BSc in Computer Science at the University of Somalia in 2022. My work focused on data analysis, programming, and basic machine learning. I developed an interest in irrigation and soil monitoring after building a simple prototype for dry regions(attaching the prototype link here). My current field of study is the use of data systems for agricultural water management. I want to study how sensors, field data, and control models support irrigation planning in semi arid environments. This matches the research at the Laboratory of Land Improvement and Management at Hokkaido University. The lab studies irrigation control, soil conditions, and water use efficiency, which aligns with the direction I want to follow.
2 Your research topic in Japan: Describe articulately the research you wish to carry out in Japan.
(渡日後の研究テーマ:日本においてどういった研究がしたいかを明確に記入すること)
My proposed research topic is Data Driven Irrigation Control for Small Farms in Semi Arid Regions.
I plan to design a model that uses soil moisture data, weather information, and crop conditions to guide irrigation timing. I will test machine learning models to estimate daily water needs and adjust irrigation schedules. The goal is to reduce water waste, keep stable crop growth, and help farmers in drought prone areas plan irrigation with confidence.
3 Study program in Japan: (Describe in detail and with specifics - particularly concerning the ultimate goal(s) of your research in Japan)
(研究計画:詳細かつ具体に記入し、特に研究の最終目標について具体的に記入すること。)
I will investigate how sensor networks and field data improve irrigation decisions. My research plan has three parts:
-Install soil moisture and weather sensors on test plots at Hokkaido University.
-Collect data on soil type, crop growth, and water use across different conditions.
-Train machine learning models and compare automated irrigation with manual irrigation on the same plots.
The study will examine how soil type, sensor placement, and model selection influence accuracy. I aim to produce an irrigation control model that fits small farms with limited resources. The final goal is a system that improves water use, lowers field stress, and keeps stable yield in semi arid regions.
I plan to use the field testing areas, soil labs, and data facilities at Hokkaido University. I hope to work under Professor Yamamoto's group because their research in irrigation control matches this topic. The research outcomes will help expand the university's work on sustainable water management and provide field data for future studies.
I understand. you are right 100% and I appreciate your comment I have been editing for the past 6 hours and this is what I came up with. can you also rate my career plan that's what I am so afraid off it feels a bit off.
Proposed study program in Japan (Outline your field of study on this side and the specific of your study program on the reverse side of this sheet. This section is one of the most important references for selection. The statement must be typewritten or written in block letters. Additional sheets of paper may be attached if necessary. If plagiarism or fraud is discovered after selection, the selection will be cancelled retroactively.)
(日本での研究計画;この研究計画は,選考の重要な参考となるので,表面に専攻分野の概要を,裏面に研究計画の詳細を具体に記入すること。記入はタイプ又は楷書によるものとし,必要な場合は別紙を追加してもよい。なお、採用後に不正、盗用等が判明した場合は遡って採用を取り消す。)
If you have Japanese language ability, write in Japanese. (相当の日本語能力を有する者は,日本語により記入すること。)
1 Present field of study(現在の専攻分野)
I completed a BSc in Computer Science at the University of Somalia in 2022. My work focused on data analysis, programming, and basic machine learning. I developed an interest in irrigation and soil monitoring after building a simple prototype for dry regions(attaching the prototype link here). My current field of study is the use of data systems for agricultural water management. I want to study how sensors, field data, and control models support irrigation planning in semi arid environments. This matches the research at the Laboratory of Land Improvement and Management at Hokkaido University. The lab studies irrigation control, soil conditions, and water use efficiency, which aligns with the direction I want to follow.
2 Your research topic in Japan: Describe articulately the research you wish to carry out in Japan.
(渡日後の研究テーマ:日本においてどういった研究がしたいかを明確に記入すること)
My proposed research topic is Data Driven Irrigation Control for Small Farms in Semi Arid Regions.
I plan to design a model that uses soil moisture data, weather information, and crop conditions to guide irrigation timing. I will test machine learning models to estimate daily water needs and adjust irrigation schedules. The goal is to reduce water waste, keep stable crop growth, and help farmers in drought prone areas plan irrigation with confidence.
3 Study program in Japan: (Describe in detail and with specifics - particularly concerning the ultimate goal(s) of your research in Japan)
(研究計画:詳細かつ具体に記入し、特に研究の最終目標について具体的に記入すること。)
I will investigate how sensor networks and field data improve irrigation decisions. My research plan has three parts:
-Install soil moisture and weather sensors on test plots at Hokkaido University.
-Collect data on soil type, crop growth, and water use across different conditions.
-Train machine learning models and compare automated irrigation with manual irrigation on the same plots.
The study will examine how soil type, sensor placement, and model selection influence accuracy. I aim to produce an irrigation control model that fits small farms with limited resources. The final goal is a system that improves water use, lowers field stress, and keeps stable yield in semi arid regions.
I plan to use the field testing areas, soil labs, and data facilities at Hokkaido University. I hope to work under Professor Yamamoto's group because their research in irrigation control matches this topic. The research outcomes will help expand the university's work on sustainable water management and provide field data for future studies.
