Shunta Chimura

Shunta Chimura

Japan
130 followers 129 connections

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PwC Japan

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Experience

  • PwC Japan Graphic

    PwC Japan

    Tokyo, Japan

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    Yokohama, Kanagawa, Japan

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    Tokyo, Japan

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    Japan

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    Tokyo, Japan

Education

  • Graphic

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    Parallel Pattern Recognition Artificial Neural Network
    • Introduced an ANN to classify electromagnetic signals generated from ground penetrating radars.
    • Applied regression models to identify the buried objects’ materials and dimensions, using TensorFlow.
    Keyboard Software for cerebral palsy patients
    • Created a keyboard software for cerebral palsy patients, by dividing existing keyboard into sections,
    thus eliminated the need for accurate typing.
    • Analyzed several test…

    Parallel Pattern Recognition Artificial Neural Network
    • Introduced an ANN to classify electromagnetic signals generated from ground penetrating radars.
    • Applied regression models to identify the buried objects’ materials and dimensions, using TensorFlow.
    Keyboard Software for cerebral palsy patients
    • Created a keyboard software for cerebral palsy patients, by dividing existing keyboard into sections,
    thus eliminated the need for accurate typing.
    • Analyzed several test cases and motor problems patients
    carry, and adjusted software design and usability to widen user target.
    Map GUI
    • Designed a geographic information system (GIS) software using C++, from loading map data to
    calculating walking distance.
    • Implemented distance computing algorithms including Dijkstra, A-star, and an original search algorithm.

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Honors & Awards

  • Most Creative Design: Biomedical Engineering Competition 2017

    CUBE

    "The Biomedical Engineering Competition (BMEC) is an annual event organized by CUBE. Each year we present students with a problem relevant to different fields of biomedical engineering and prompt teams to devise innovative solutions to target the problem. Students are encouraged to employ critical thinking and utilize the engineering design process while coming up with potential solutions."

    This year's Problem Statement:
    Develop and design novel and practical solutions that aids…

    "The Biomedical Engineering Competition (BMEC) is an annual event organized by CUBE. Each year we present students with a problem relevant to different fields of biomedical engineering and prompt teams to devise innovative solutions to target the problem. Students are encouraged to employ critical thinking and utilize the engineering design process while coming up with potential solutions."

    This year's Problem Statement:
    Develop and design novel and practical solutions that aids children who have cerebral palsy in typing and writing in a classroom.

    Our team developed a new keyboard software, which we interpreted the knowledge of Roman Numerals and Korean keyboard. CP patients with severe conditions have motor-related disorder, and have difficulty in accurately typing in using the existing keyboards. Our team came up with the idea of separating the keyboard into 11 sections, where each section represents the parts of the characters, such as |,),o.

Languages

  • Japanese

    Native or bilingual proficiency

  • English

    Full professional proficiency

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