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This
article systematically reviews the entire process of my
undergraduate graduation design in mechanical
engineering, covering topic selection, literature
review, design research, thesis writing, and summary
reflection. It elaborates on the key experiences and
gains in each stage. The article first emphasizes the
importance of balancing interest, ability, and resources
during the topic selection stage. It then introduces an
efficient four-step method for literature review and a
framework for writing a review. In the design research
section, it showcases the complete chain of "theory -
calculation - verification - optimization" around four
core steps: theoretical calculation, 3D modeling, finite
element simulation, and experimental verification.
Subsequently, it summarizes the writing norms, chart
expression, logical structure, and key points for
defense preparation of mechanical engineering theses.
Finally, it reflects on the entire journey, pointing out
that the graduation design not only integrates
professional knowledge, cultivates engineering thinking
and autonomous learning ability, but also completes the
role transition from "student" to "engineer". The full
text aims to provide a referenceable and replicable
graduation design path for subsequent mechanical
engineering students, helping them complete their
academic capstone projects with high quality. |
