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As computer science and software engineering advance
rapidly, particularly in the realm of intricate systems
and extensive computer program schemes, traditional
process-aimed programming approaches have increasingly
revealed challenges, including maintenance difficulties
and limited scalability. To address these issues,
object-aimed technology emerged. This paper commences
with an introduction to object-oriented technology,
followed by an overview of the relevant course. The core
focus of this paper lies in exploring enhancements to
the teaching of the object-oriented technology course.
By analyzing the course characteristics and the current
state of teaching, it is identified that issues such as
monolithic teaching methods, inadequate student
engagement, and suboptimal resource allocation hinder
the cultivation of students' practical programming
skills and overall learning experience.In this regard, a
series of innovative initiatives are proposed, including
the reform of teaching methods based on project-driven
and blended teaching, and finally, through the
evaluation and analysis of teaching effects, it can be
verified that the students' abilities in programming
practice, problem solving, teamwork, etc. are
substantially enhanced and the power of the
instructional innovation. Upon conducting teaching
research for the course, educators can, based on the
ultimate analysis outcomes, devise a more refined and
effective practical teaching framework, thereby
establishing a solid groundwork for students'
comprehensive development. |
