業務内容

• 募集の背景、プロジェクトの説明

  学校法人北杜学園が設置する、仙台大原簿記情報公務員専門学校の公務員系学科非常勤講師として勤務いただきます

• 仕事内容・職務内容

  学校法人北杜学園が設置する、仙台大原簿記情報公務員専門学校の公務員系学科非常勤講師として、将来公務員を目指す学生の指導・育成をお願いします。数的処理・文章理解・政治経済・地理・歴史　等のいずれかの授業を担当していただける方であれば、教員免許の有無や経験は問いません。担当可能な科目についてはご相談ください。

業務内容

• 募集の背景、プロジェクトの説明

  The Institute of Multidisciplinary Research for Advanced Materials (IMRAM), Tohoku University, is seeking qualified candidates for the position of postdoc. The selected individual will engage in research activities focused on solid-state ionics and solid-state batteries in close collaboration with Distinguished Prof. Jürgen Janek at Tohoku University and other members of IMRAM. While both research aimed at realizing high-performance solid-state batteries and fundamental research focused on elucidating underlying mechanisms are highly valued, we also welcome candidates with original and innovative research ideas that go beyond.

• 仕事内容・職務内容

  IMRAM identifies research in solid-state batteries and solid-state ionics as a core area for addressing urgent societal challenges from a multidisciplinary perspective. These challenges include energy sustainability, environmental preservation, and the responsible use of resources. The appointed researcher will play a leading role in the development of new materials and energy conversion devices, in collaboration with Prof. Jürgen Janek, to provide fundamental and transformative solutions to these issues.
  
  The successful candidate will work synergistically with ongoing cutting-edge research at IMRAM, such as the development of novel battery materials (led by Prof. Itaru Homma and Assoc. Prof. Saneyuki Ohno) and advanced operando analysis of materials and devices using synchrotron radiation (led by Prof. Koji Amezawa and Assoc. Prof. Yuta Kimura). The position aims to establish an internationally recognized research hub for next-generation energy technologies through these collaborations. This recruitment is part of a project associated with the "University for International Research Excellence" initiative, for which Tohoku University was the first institution to be certified in Japan.

業務内容

• 募集の背景、プロジェクトの説明

  The Institute of Multidisciplinary Research for Advanced Materials (IMRAM),Tohoku University, is seeking qualified candidates for the position of associate professor. The selected individual will engage in research activities focused on solid-state ionics and solid-state batteries in close collaboration with Distinguished Prof. Jürgen Janek at Tohoku University and other members of IMRAM. While both research aimed at realizing high-performance solid-state batteries and fundamental research focused on elucidating underlying mechanisms are highly valued, we also welcome candidates with original and innovative research ideas that go beyond.

• 仕事内容・職務内容

  IMRAM identifies research in solid-state batteries and solid-state ionics as a core area for addressing urgent societal challenges from a multidisciplinary perspective. These challenges include energy sustainability, environmental preservation, and the responsible use of resources. The appointed researcher will play a leading role in the development of new materials and energy conversion devices, in collaboration with Prof. Jürgen Janek, to provide fundamental and transformative solutions to these issues.
  
  The successful candidate will work synergistically with ongoing cutting-edge research at IMRAM, such as the development of novel battery materials (led by Prof. Itaru Homma and Assoc. Prof. Saneyuki Ohno) and advanced operando analysis of materials and devices using synchrotron radiation (led by Prof. Koji Amezawa and Assoc. Prof. Yuta Kimura). The position aims to establish an internationally recognized research hub for next-generation energy technologies through these collaborations. This recruitment is part of a project associated with the "University for International Research Excellence" initiative, for which Tohoku University was the first institution to be certified in Japan.

業務内容

• 募集の背景、プロジェクトの説明

  The Institute of Multidisciplinary Research for Advanced Materials (IMRAM), Tohoku University, is seeking qualified candidates for the position of assistant professor. The selected individual will engage in research activities focused on solid-state ionics and solid-state batteries in close collaboration with Distinguished Prof. Jürgen Janek at Tohoku University and other members of IMRAM. While both research aimed at realizing high-performance solid-state batteries and fundamental research focused on elucidating underlying mechanisms are highly valued, we also welcome candidates with original and innovative research ideas that go beyond.

• 仕事内容・職務内容

  IMRAM identifies research in solid-state batteries and solid-state ionics as a core area for addressing urgent societal challenges from a multidisciplinary perspective. These challenges include energy sustainability, environmental preservation, and the responsible use of resources. The appointed researcher will play a leading role in the development of new materials and energy conversion devices, in collaboration with Prof. Jürgen Janek, to provide fundamental and transformative solutions to these issues.
  
  The successful candidate will work synergistically with ongoing cutting-edge research at IMRAM, such as the development of novel battery materials (led by Prof. Itaru Homma and Assoc. Prof. Saneyuki Ohno) and advanced operando analysis of materials and devices using synchrotron radiation (led by Prof. Koji Amezawa and Assoc. Prof. Yuta Kimura). The position aims to establish an internationally recognized research hub for next-generation energy technologies through these collaborations. This recruitment is part of a project associated with the "University for International Research Excellence" initiative, for which Tohoku University was the first institution to be certified in Japan.
  

業務内容

• 募集の背景、プロジェクトの説明

  We are seeking a highly motivated postdoctoral researcher to contribute to pioneering work in sustainable fuel combustion modeling. The focus will be on developing compact, predictive kinetic models for real-world sustainable aviation fuels (SAFs), including novel fuel blends such as ammonia–hydrocarbon mixtures. Candidates will work on the enhancement of the innovative kinetic modeling methodology through AI/ML integration, supporting the accurate modeling of combustion properties and pollutant formation for a wide range of fuels. Key areas of research include:
  ● Development of machine learning-assisted kinetic modeling frameworks for complex fuel mixtures.
  ● Investigation of pollutant formation mechanisms (e.g., PAHs, NOx, SOx) and mitigation strategies in sustainable combustion.
  ● Simulation and validation of ignition, flame propagation, and pollutant emissions using experimental data and computational fluid dynamics tools.
  ● Extension of the modeling approach to include low-temperature oxidation and ammonia co-firing for internal combustion engines.

• 仕事内容・職務内容

  This position is part of a larger initiative aimed at advancing clean combustion technologies and supporting decarbonization efforts in sectors such as aviation and heavy transport.

業務内容

• 募集の背景、プロジェクトの説明

  専門分野
  カーボンニュートラル社会の実現に向けた、社会基盤金属材料の新しい高温プロセスに関わる基礎と応用に関する教育と研究を行う

• 仕事内容・職務内容

  授業担当科目
  「学部」：数学物理学演習、材料科学総合学実験、材料科学総合学基盤研修、材料科学総合学卒業研修等　
  「大学院」：（前期）金属フロンティア工学修士研修等、（後期）金属フロンティア工学博士研修等

業務内容

• 募集の背景、プロジェクトの説明

  専門分野
  構造部材やデバイス等に利用される金属およびその関連材料の合金設計、材料組織制御およびそれらの特性評価に関し、計算と実験を併用した教育・研究を行う

• 仕事内容・職務内容

  授業担当科目
  「学部」：数学物理学演習、材料科学総合学実験、材料科学総合学基盤研修、材料科学総合学卒業研修等　
  「大学院」：（前期）金属フロンティア工学修士研修等、（後期）金属フロンティア工学博士研修等

業務内容

• 募集の背景、プロジェクトの説明

  当研究分野の根岸雄一教授と協力して、ナノマテリアルの基礎と応用について研究を行う。当研究分野の構成や研究内容は、下記のウェブサイトを参照のこと。

• 仕事内容・職務内容

  当研究分野の根岸雄一教授と協力して、ナノマテリアルの基礎と応用について研究を行う。当研究分野の構成や研究内容は、下記のウェブサイトを参照のこと。

業務内容

• 募集の背景、プロジェクトの説明

  We are seeking a highly motivated postdoctoral researcher to contribute to pioneering work in sustainable fuel combustion modeling. The focus will be on developing compact, predictive kinetic models for real-world sustainable aviation fuels (SAFs), including novel fuel blends such as ammonia–hydrocarbon mixtures. Candidates will work on the enhancement of the innovative kinetic modeling methodology through AI/ML integration, supporting the accurate modeling of combustion properties and pollutant formation for a wide range of fuels. Key areas of research include:
  ● Development of machine learning-assisted kinetic modeling frameworks for complex fuel mixtures.
  ● Investigation of pollutant formation mechanisms (e.g., PAHs, NOx, SOx) and mitigation strategies in sustainable combustion.
  ● Simulation and validation of ignition, flame propagation, and pollutant emissions using experimental data and computational fluid dynamics tools.
  ● Extension of the modeling approach to include low-temperature oxidation and ammonia co-firing for internal combustion engines.

• 仕事内容・職務内容

  This position is part of a larger initiative aimed at advancing clean combustion technologies and supporting decarbonization efforts in sectors such as aviation and heavy transport.

業務内容

• 募集の背景、プロジェクトの説明

  未踏スケールデータアナリティクスセンター データアナリティクス研究部門 特任研究員公募

• 仕事内容・職務内容

  東北大学未踏スケールデータアナリティクスセンターにおいて、JST CREST革新的計測解析領域の研究課題「材料デジタルツインで加速する磁性デバイス開発」に関する研究に従事いただきます。
  取り組んでいただく研究内容は、次のいずれかを想定しています。
  1.放射光施設ナノテラス等で計測されるデータ（画像・スペクトル等）の解析法の研究開発
  2.シミュレーションの効率化や支援のための機械学習（Physics-Informed Machine Learning等）に関する研究開発
  3.上記課題に関係するデータ解析法や機械学習やマテリアルズインフォマティクスに関する基礎研究