Molecular Sensor Engineering /Exercise1

Course title

1M517100

Course content

Understanding and mimicking the static state of molecules may still fall short of replicating the behavior and functionality observed in nature. This difficulty arises because molecules and their assemblies are always "fluctuating." In this research, students will focus on developing passive and active sensor technologies that measure and utilize the spatiotemporal fluctuations of biological and chemical molecules. This includes applied research with clear applications in healthcare and the environment, foundational research aimed at developing novel molecular measurement and utilization technologies, and interdisciplinary research that bridges these areas.

Goals and objectives

to understand a wide range of advanced knowledge and in-depth expertise in molecular sensor engineering
to be able to plan to achieve research goals
to be able to deal with unexpected events during research flexibly (clarification of problems and devising solutions)
to be able to communicate effectively about one's research to others

Language

Japanese(English accepted)

Class schedule

Regular seminar
- Research progress report
- Learning how to read and write academic papers
Experiments
- Planning
- Analysis and discussion
- Report
Presentation
- Writing papers
- Conference presentations

Evaluation method and criteria

Regular seminars, research, and presentations are evaluated comprehensively, and a score of 60 or more out of 100 points is required to pass the course.

Feedback on exams, assignments, etc.