In Fig. 1, education program supports are placed in
computer system offered supports. Fig 2 details elements of
an education program in engineering education considering
realization in a computer system where engineering
processes are integrated.
In teaching supports, course is accredited, based on plans,
and includes modules and profiles. Competences consist of
topics, preliminaries, as well as academic and industry
proposed elements. Accreditation supports by learning
outcomes, teaching requirements, and accredited courses.
Audits include processes, quality, emphases, and improves.
In project supports, specification includes task,
objectives, and objects. Competences are supported by
practice, preliminaries, and problem. Finally, methods
include process, management, and calculations in their
background.
Problem solving is one of the important new elements.
Although recent higher education in engineering emphasize
problem solving in the centre, its including in the course
model is necessary to describe its characteristics and
features. Methods are supported by optimization, finite
element, and net and network tools as in the current
advanced industrial product modeling practice. It is
emphasized, that knowledge must be defined as general,
corporate, and product originated.