This course introduces the fundamentals of engineering drawing interpretation and drafting for mechanical design, and includes hands-on practice in designing and fabricating mechanical components and systems using CAD software and 3D printing technology.

Upon successful completion of this course, students will be able to:
1) Interpret and create engineering drawings in accordance with standard drafting conventions for mechanical design.
2) Apply fundamental measurement techniques and relevant engineering standards in mechanical design tasks.
3) Differentiate between additive and subtractive manufacturing processes and select appropriate methods for given design requirements.
4) Develop 3D models and generate fabrication-ready designs using CAD software (SolidWorks) and 3D printing technology.
5) Apply systematic design methodologies to complete a basic product development process using CAD tools.

기초기계가공 도면 보는법 (월간 기계설계기술 편집부 편, 성안당), 솔리드웍스 Training Guide
기계도면 보는법 & 작성법: KS 규격 중심 (최호선, 이근희, 일진사)

wk 1: Course introduction / SolidWorks practice (sketch)
wk 2: Projection methods / SolidWorks practice (extrusion, boss, cut, part modeling, and drawing)
wk 3: Dimensioning and tolerancing / SolidWorks practice (linear and circular pattern)
wk 4: Surface finish / SolidWorks practice (Part modeling)
wk 5: Geometric dimensioning and tolerancing (GD&T) / SolidWorks practice (weldment modeling)
wk 6: Meterology and standards / SolidWorks practice (shell, loft, rendering)
wk 7: Introduction to Additive Manufacturing / SolidWorks practice (Assembly modeling)
wk 8: 중간고사 (이론 및 SolidWorks 실습 시험)
wk 9: Fundamentals of G-code programming
wk 10: CAM using SolidWorks I
wk 11: CAM using SolidWorks II
wk 12: Simulation using SolidWorks
wk 13: CAD-driven product development process
wk 14: Machining practice
wk 15: 3D printing practice
wk 16: 기말고사 (이론-퀴즈 및 과제물 평가)

2021이후 학번의 기계공학과 전공필수 교과임
2020이전 학번 중 MECH202(전산제도및설계), MECH390(기계가공실습) 두과목 모두 미이수자는 수강 가능

중간고사 이전: 전산제도 및 설계 수업 진행
중간고사 이후: 가공 이론 및 실습 진행