Information
Tateyama Lab has explored break-through of theoretical/computational/data-driven science on energy materials and nano materials, related to battery, fuel cell, solar cell, catalysis, as well as contribution to development of novel materials. Electrochemistry, interface science, and ionics as well as quantum mechanics and statistical physics will be the main fields as well. To develop new theory/method/concept for those targets and predict new materials, we need to be very careful to keep the accuracy and predictability. To this end, “eagerness”, “patience”, “objectivity”, “flexibility”, and “cooperativeness” will be essential. We would like to have people with such motivations in our lab. I’m really sure that people will be more than excited when they find new science and materials for the first time in the world. In fact, our lab has know-how for such ambitious purpose.
Experience of first-principles, quantum-chemistry, molecular dynamics calculations as well as machine learning research will be highly desirable, while they won’t be mandatory requirements. We’re also ready for collaborations with industries to understand the microscopic mechanisms or explore the new materials/systems.
If you’re interested in our lab, please feel free to ask Prof. Dr. Yoshitaka Tateyama ( tateyama.y.aa/at/m.titech.ac.jp ( /at/ should be replaced by @ )).
(Abbreviation below)
Tokyo Institute of Technology = Tokyo Tech ; Institute of Innovative Research = IIR; Laboratory for Chemistry and Life Science = CLS
School of Materials and Chemical Technology = SMCT; Chemical Science and Engineering = CSE
- (1) Closed :
Associate Professor, Tateyama Lab, CLS, IIR, Tokyo Tech. - (2) Open recruitment: Assistant Professor, Tateyama Lab, CLS, IIR, Tokyo Tech.
- (3) Doctoral program (2024/4 enrollment), Tateyama Lab, CSE, SMCT, Tokyo Tech. (Japanese Only?)
- (4) Doctoral program via IGP(C) Fall intake (2024/9 enrollment), Tateyama Lab, CSE, SMCT, Tokyo Tech.
- (5) Master program (2024/09 or 2025/04 enrollment), Tateyama Lab, CSE, SMCT, Tokyo Tech.
NOTE: Merger of Tokyo Tech and Tokyo Medical and Dental University will be done in October 2024. They will become “Institute of Science Tokyo”.
(1)Closed : Associate Professor, Tateyama Lab, CLS, IIR, Tokyo Tech.
(2) Open recruitment: Assistant Professor, Tateyama Lab, CLS, IIR, Tokyo Tech.
The deadline is 24 December 2023 (Japan Standard Time)
Application must be done through JREC-IN Portal. Please refer to this pdf for how-to-register JREC-IN Portal.
The detailed information will be found on the CLS homepage or Tokyo Tech homepage.
Any energy or nano materials researches are acceptable if they rely on data-drive AI or computational science in principle. The successful candidate will be requested to do collaborations with Prof. Tateyama for computational/data-driven AI science researches on energy or nano materials such as battery, fuel cell, H2 evolution, catalysis etc.。
We are looking forward to applicants with eagerness.
Required Documents:
1. Curriculum vitae including professional and educational history (from high school onward), degrees, awards, email address, portrait photo.
2. Accomplishment statement, including: a. Refereed journal papers (Please underline the applicant name, and put * to the corresponding author. Also please mark the 3 papers listed in the item 7 below.) b. Presentations and lectures in the domestic and international conferences (Please specify plenary and invited talks.) c. Books, and Commentaries d. Patents e. h-index. Please specify the database used.
3. Acquired research grants and external funds. Please include names of the funds, project titles, amounts, periods of research, and allocated amounts (if not the principal researcher)
4. Research statement with a summary of research accomplishments and details of the future direction and plan for the applicant’s work (free form, up to A4 two pages)
5. Teaching statement that provides a summary of accomplishments and discusses ideas for teaching and learning in the future (free form, A4 one page)
6. Social activities such as those as a member of academic (domestic or international) committees and societies
7. Up to three paper pdf files of the applicant’s major publications.
8. Two references with names, affiliations, titles and contact details (E-mail address etc.)
9. An excel file of applicant information with the specified form filled in with requested information. The form (applicant-data-E_Name.xlsx) can be downloaded from JREC-IN Portal or the CLS site.
Contact: Prof. Dr. Yoshitaka Tateyama ( tateyama.y.aa /at/ m.titech.ac.jp : Please replace /at/ with @)
(3) Doctoral program (2024/4 enrollment), Tateyama Lab, CSE, SMCT, Tokyo Tech. (Possibly Japanese Only?)
研究トピック
- 第一原理計算、分子動力学計算、メソスケール計算、機械学習技術関連の手法開発（界面構造探索手法、非平衡MD法など）を中心とした研究。スーパーコンピュータ「富岳」等を駆使した大規模並列計算
- 電気化学、界面科学、イオニクス、エレクトロニクスの基礎に関わる現象のメカニズム解明と学理の再構築
- 蓄電池、触媒、太陽電池などの微視的メカニズムの解明と材料提案。
- 計算科学とデータ科学の融合・併用
申請スケジュール
出願期間は2024/1/5-10（郵送のみ）となります。試験期間は2024/1/26-2/18、合格発表は2024/3/5、入学手続きは2024/3/14までに終了する必要があります。
出願の際には募集要項冊子版が必要ですので急ぎお取り寄せください。
募集要項ホームページ(募集要項)をご参照ください。
Contact: Prof. Dr. Yoshitaka Tateyama ( tateyama.y.aa /at/ m.titech.ac.jp : Please replace /at/ with @)
(4) Doctoral program via IGP(C) Fall intake (2024/9 enrollment), Tateyama Lab, CSE, SMCT, Tokyo Tech.
English will come soon.
研究トピック
- 第一原理計算、分子動力学計算、メソスケール計算、機械学習技術関連の手法開発（界面構造探索手法、非平衡MD法など）を中心とした研究。スーパーコンピュータ「富岳」等を駆使した大規模並列計算
- 電気化学、界面科学、イオニクス、エレクトロニクスの基礎に関わる現象のメカニズム解明と学理の再構築
- 蓄電池、触媒、太陽電池などの微視的メカニズムの解明と材料提案。
- 計算科学とデータ科学の融合・併用
申請スケジュール
TBA
Contact: Prof. Dr. Yoshitaka Tateyama ( tateyama.y.aa /at/ m.titech.ac.jp : Please replace /at/ with @)
(5) Master program (2024/09 or 2025/04 enrollment), Tateyama Lab, CSE, SMCT, Tokyo Tech.
English will come soon.
研究トピック
- 第一原理計算、分子動力学計算、メソスケール計算、機械学習技術関連の手法開発（界面構造探索手法、非平衡MD法など）を中心とした研究。スーパーコンピュータ「富岳」等を駆使した大規模並列計算
- 電気化学、界面科学、イオニクス、エレクトロニクスの基礎に関わる現象のメカニズム解明と学理の再構築
- 蓄電池、触媒、太陽電池などの微視的メカニズムの解明と材料提案。
- 計算科学とデータ科学の融合・併用
申請スケジュール
出願期間は2024年6月頃の見込み。
Contact: Prof. Dr. Yoshitaka Tateyama ( tateyama.y.aa /at/ m.titech.ac.jp : Please replace /at/ with @)