LECTURE
LECTURE
고체역학 (Solid Mechanics) - 2025년 1학기 / 2026년 1학기
Textbook Mechanics of Materials (11th ed.) / R.C. Hibbeler
Contents Stress, Strain, Axial Load, Torsion, Bending
Target Students 2학년 1학기
동역학 (Dynamics) - 2026년 2학기 (예정)
Textbook TBD Dynamics (9th ed.) / Meriam or Dynamics (12th ed.) / Beer or Engineering Machanics : Dynamics / Gray
Contents Dynamics studies the motion of objects and the relationship between applied forces and motion.
It covers two main topics: Kinematics and Kinetics.
Kinematics explains how to describe motion using displacement, velocity, and acceleration.
Kinetics explains how forces cause motion based on Newton’s law, energy methods, and momentum principles.
Target Students 2학년 2학기
전기전자공학 (Electrical and Electronics Engineering) – 2025년 1학기 / 2026년 1학기
Textbook 전기전자공학 길라잡이 / 신윤기
Contents This course introduces the principles and applications of circuit laws,
circuit elements and equations, DC/AC analysis, filters, automatic control,
and measurement with sensors
Target Students 3학년 1학기
제어공학 (Control Engineering) – 2025년 2학기
Textbook Modern Control Engineering (5th ed.) / Katsuhiko Ogata
Contents System Modeling (Laplace transform, Block diagram)
System Analysis (Time response, Frequency response)
Control Design (Routh-Locus, PID, Lead-Lag compensator)
Target Students 3학년 2학기
캡스톤디자인II (Capstone Design) - 2026년 2학기 (예정)
Textbook Lecture Note
Contents Capstone Design is a project-based course where students apply engineering
knowledge to solve real-world problems
Target Students 4학년 2학기
다학제 캡스톤디자인II (Interdisciplinary Capstone Design) - 2025년 2학기
Textbook Lecture Note
Contents Capstone Design is a project-based course where students apply engineering
knowledge to solve real-world problems
Target Students 4학년 2학기
동역학제어시스템 (Dynamic Control System) - 2026년 2학기 (예정)
Textbook Lecture Note
Contents This course covers modeling dynamic systems and
applying advanced control theories to achieve desired control performance.
Target Students 대학원 과정