- Project leader for the development of printable sensors and devices on flexible substrates. (biopotential, piezoelectric, pressure, strain, temperature, and triboelectric), in-mold electronics, 3D printed electronics.- Responsibility for patent search and developing intellectual property strategy in flexible electronics.- Regular interaction with internal and external international stakeholders spanning industry, academia, and government- Design of experiments, reliability testing, establishing benchmarking protocols- Data analysis and acquisition in Python, Pandas- Writing technical reports and scientific publications- Regular presentation at international conferences concerning flexible and printed electronics- Supervision of master, PhD students

- Recruitment and hiring of research, technical, and support staff.- Attending and presenting at events to recruit talented staff.- Involvement in recruitment of PhD and master students.

I performed freelance, pro bono, translations of Japanese-English in my spare time for my friends.Clients:- 民の幸 ( https://tabelog.com/tokyo/A1311/A131106/13168539/ )- 居酒屋こうた ( https://tabelog.com/tokyo/A1311/A131106/13219538/ )

- Developed integrated organic optoelectronic devices for biomedical applications.- Leadership in setting short-term and long-term goals for a research team.- Leadership in improving laboratory safety conditions and standardizing experimental protocols.- Responsible for mentorship and training of bachelor, master, and doctoral students, and postdoctoral scholars. (1 postdoctoral scholar, 3 Ph.D., and 8 M.Sc.)- Collaborators: Prof. Masaki Sekino (Dept. of Bioengineering), Prof. Keisuke Tajima (RIKEN), Prof. Kazuo Takimiya (Currently: Tohoku Univ.)

Investigation of the electronic and optical properties of novel π-conjugated polymers and small molecules, and quantum dots for use in organic electronic devices such as light-emitting diodes, solar cells, and field-effect transistors.Advisor: Prof. Thuc-Quyen Nguyen, Department of Chemistry & BiochemistryCollaborations: Prof. Guillermo C. Bazan, Prof. Fred Wudl, Prof. Alan Heeger (Nobel Prize Laureate), Mitsubishi Chemical Company (Japan)

Lectured and supervised upper division laboratory courses concerning inorganic synthesis and physical chemistry.

Device physics of π-conjugated polyelectrolytes and Lewis acid modified polymers.Advisor: Prof. Paul W. M. Blom, Department of Molecular Electronics & Director Max Planck Institute for Polymer Research (Mainz, Germany)

Synthesis and study of supramolecular and charge transfer properties in self-assembled π-conjugated porphyrin derivatives.Advisor: Prof. E. W. (Bert) Meijer, Department of Chemical Engineering & Chemistry