Bioengineering Experiments　2

Course title

N0710503

	satou hiroki
	hirayama kuniaki
	hirata kosuke

Course description

In this course, students perform some experiments to learn the basic concepts and principles of medical devices and rehabilitation systems.

Purpose of class

This course aims to help students acquire the knowledges related to medical devices and rehabilitation systems through the experiments.

Goals and objectives

Be able to perform the basic experiments for biomedical measurements and mechanical engineering
Be able to describe the experimental results using graphs and tables
Be able to consider the phenomena of experimental results shown in graphs and tables
Be able to explain the results and findings of the experiments

Language

Japanese

Class schedule

	Class schedule	HW assignments (Including preparation and review of the class.)	Amount of Time Required
1.	How to design an experiment and write an experimental report ○Experiment 1 (Measurements of muscle strength, size and stiffness) ・How to use the apparatuses for measuring muscle strength, size and stiffness ・Day-to-day repeatability ・Pre and after reports ○Experiment 2 (Measurements of functional brain activation) ・How to measure cognitive function by using near-infrared spectroscopy (NIRS) ・Experiments to observe brain activation signals ・Pre and after reports	Review, Writing a report	120minutes
2.	○ Group 1 * Experiment 1 (Measurements of muscle strength, size and stiffness) ・How to use the apparatuses for measuring muscle strength, size and stiffness ・Day-to-day repeatability ・Pre report ○ Group 2 * Experiment 2 (Measurements of brain activity) ・How to use NIRS ・Pre report	Data analyses, Writing a report	120minutes
3.	○ Group 1 * Experiment 1 (Measurements of muscle strength, size and stiffness) ・How to use the apparatuses for measuring muscle strength, size and stiffness ・Day-to-day repeatability ・Pre report ○ Group 2 * Experiment 2 (Measurements of brain activity) ・Experiment to observe the brain activity ・Pre report	Data analyses, Writing a report	120minutes
4.	○ Group 1 * Experiment 1 (Measurements of muscle strength, size and stiffness) ・How to use the apparatuses for measuring muscle strength, size and stiffness ・Day-to-day repeatability ・Pre report ○ Group 2 * Experiment 2 (Measurements of brain activity) ・Experiment to observe the brain activity ・Pre report	Data analyses, Writing a report	120minutes
5.	○ Group 1&2 ・After report	Data analyses, Writing a report	120minutes
6.	○ Group 1&2 ・After report	Data analyses, Writing a report	120minutes
7.	○ Group 1&2 ・After report	Data analyses, Writing a report	120minutes
8.	○ Group 1 * Experiment 2 (Measurements of brain activity) ・How to use NIRS ○ Group 2 * Experiment 1 (Measurements of muscle strength, size and stiffness) ・How to use the apparatuses for measuring muscle strength, size and stiffness ・Day-to-day repeatability ・Pre report	Data analyses, Writing a report	120minutes
9.	○ Group 1 * Experiment 2 (Measurements of brain activity) ・Experiment to observe the brain activity ・Pre report ○ Group 2 * Experiment 1 (Measurements of muscle strength, size and stiffness) ・How to use the apparatuses for measuring muscle strength, size and stiffness ・Day-to-day repeatability ・Pre report	Data analyses, Writing a report	120minutes
10.	○ Group 1 * Experiment 2 (Measurements of brain activity) ・Experiment to observe the brain activity ・Pre report ○ Group 2 * Experiment 1 (Measurements of muscle strength, size and stiffness) ・How to use the apparatuses for measuring muscle strength, size and stiffness ・Day-to-day repeatability ・Pre report	Data analyses, Writing a report	120minutes
11.	○ Group 1&2 ・After report	Data analyses, Writing a report	120minutes
12.	○ Group 1&2 ・After report	Data analyses, Writing a report	120minutes
13.	○ Group 1&2 ・After report	Data analyses, Writing a report	120minutes
14.	○ Group 1&2 ・After report	Data analyses, Writing a report	120minutes
Total.	-	-	1680minutes

Relationship between 'Goals and Objectives' and 'Course Outcomes'

	Pre report	After report	Total.
1.	5%	20%	25%
2.	5%	20%	25%
3.	5%	20%	25%
4.	5%	20%	25%
Total.	20%	80%	-

Evaluation method and criteria

Pre report: 20%, After report: 80% (Pass mark: ≧60%)

Textbooks and reference materials

Handout

Prerequisites

None

Office hours and How to contact professors for questions

Mon-Fri 8:30~8:50 (An appointment is required in advance)

Relation to the environment

Non-environment-related course

Regionally-oriented

Non-regionally-oriented course

Development of social and professional independence

Course that cultivates an ability for utilizing knowledge
Course that cultivates a basic interpersonal skills
Course that cultivates a basic problem-solving skills

Active-learning course

Most classes are interactive

Course by professor with work experience

Work experience	Work experience and relevance to the course content if applicatable
Applicatable	Taking advantage of experience engaged in R&D of biomedical technology at a company, the significance and technical trend of biomedical measurement will be taught.

Last modified : Fri Apr 26 04:02:40 JST 2019