Jj. Venkrbec et al., EDUCATION-PROGRAMS IN MATERIALS SCIENCE AND ENGINEERING, Materials science & engineering. A, Structural materials: properties, microstructure and processing, 199(1), 1995, pp. 79-86
Four graduate and two undergraduate courses related to Materials Engin
eering for Electronics (MEE) illustrate our departmental activity in t
his field. Their content is briefly outlined. Graduate courses: (1) me
thods and bases of MEE, (2) application of MEE, (3) R&D of new materia
ls and (4) new materials and their applications. Undergraduate courses
are represented here with: (1) physical chemistry, where students are
tested by educational programs on PC: 'FELEDIT' and 'FELTEST'. These
programs make test making/grading faster and easier. A standardized qu
estion type, multiple choice, has been used. These tests also include
thermodynamics for electroengineering disciplines. Their versatility a
llows wider application. (2) Materials engineering of electronics and
optoelectronics. There are also significant activities by our Universi
ty colleagues, particularly in the Faculty of Mechanical Engineering,
on the students' responses related to these courses.