|Grade, Semester||Year 1 2nd semest [Department of Mechanical and Precision System, Faculty of Science and Engineering]|
|Category||Basic Major Subjects|
|Elective, Credits||Elective Requisites 2credit|
In this course, students will study the projection of a point, line, plane, polyhedron and curved surface. Students learn the base of Descriptive Geometry through the accurate drawing work on paper. The classes are carried out by the drawing exercises for students to understand the contents and get interested in it. Students are expected to have a basic understanding of geometry. Descriptive Geometry is also the base for learning the Drawing for Mechanical Engineering. This course is carried out by flip teaching and students perform a group work. Also in this course, students make a presentation of their solution for task in front of other students.
Students can acquire the knowledge, skill and behavior for DP2 to DP6 through this course.
Descriptive Geometry is a study that solves geometric problems graphically by converting a three-dimensional solid into a two-dimensional plane.
Students develop the ability to grasp three-dimensional objects in space as a basic ability to correctly read and draw drawings. The goal is to be able to draw sketches that are the basis of design and drafting. Students will be able to acquire presentation skills based on presentations, become able to recognize space, and become interested in design and drafting.
Students submit a report on the assignments set in each lesson. Grades will be evaluated based on the results of the submitted report (100%).
|Textbook||Textbook:『Standard Course Descriptive Geometry』Satoru Ino et al; Kyoritsu Pablishing Co., Ltd.|
Students are required to check the scope of the next lecture on the syllabus and read the textbook before class (1 hour). Students are also required to solve relevant textbook assignments after class (1.5 hours).
This course will be taught in Japanese.
Students are requested to bring a set square and a compass. Students should also prepare a plain report sheet. Details will be announced on the LMS.
Concept of Projection and OrthogonalProjection
Projection of Point
Projection of Line
Trace of Line and Projection of 2 Lines
Distance between 2 Lines and Perpendicular Lines
Summary of projection of Lines
Trace of Plane and Projection of Line & Point on Plane
Intersection of Planes
Auxiliary trace and Inclination angle of Plane and Parallel Planes
Intersection of Plane and Line
Plane and Normal
Intersection of Line & Plane and Inclinatin Angle of 2 Planes
Intersection of triangular pyramid and plane (Groupe work)
Intersection of regular polyhedron and plane (group work)