Course Overview

We study energy materials (energy conversion, storage, utilization, etc.) and environmental materials (environmental cleaning, protection, 3R etc.), focusing on advanced inorganic materials.

Learning Achievement

"Energy materials" aimed at energy conversion, storage, utilization and energy saving by developing knowledge on basic materials science at the school level, and "environmental materials" aimed at environmental purification, environmental conservation, 3R technology, etc. , You will be able to acquire systematic knowledge and operational capabilities, mainly focusing on inorganic materials (ceramic materials).

Competence

"Basic engineering ability", "Basic academic ability", "Expert knowledge", "Ethics", "Practical insight and problem-solving ability"

Course prerequisites

Grading Philosophy

Using Manaba, we will evaluate the total of each comprehension check (mini report each time, maximum 5 points x 10 times) and term-end report (maximum 50 points). We look forward to your active participation in the lecture.

Course schedule

(1) Solar cell material, (2) Photocatalyst material (hydrogen generation), (3) Secondary battery / supercapacitor material, (4) Hydrogen storage / fuel cell material, (5) Thermoelectric conversion material,

(6) Exhaust gas purification filter, (7) RoHS directive, rare resource recovery, toxic substance fixing, (8) Photocatalytic material (hazardous substance decomposition), (9) Living environment (antibacterial, antifungal, etc.),
(10) 3R, LCA, CO2 storage

Course type

Lectures

Online Course Requirement

Instructor

Other information

Site for Inquiry

Link to the syllabus provided by the university