Short Syllabus of Mechanical Engineering (131) Curriculum - ITB

infinite solid, three-dimensional objects, convection boundary layer, convection in
laminar and turbulent flows, convection equation, approximation method, similarity of
boundary layer, non-dimensional parameters, and Reynolds analogy.
Related Courses
1. EL2201 Engineering Mathematics I, Prerequisited.
2. MS2242 Fluid Mechanics I, Prerequisited.
Bibliography
1. Incropera, F.P., and David, P.D., 1996, Introduction to Heat Transfer, 3 Edition, Wiley
MS3200, Introduction to Control System (3 SKS)
Short Syllabus
This class discusses the basic of control theory and its applications. The syllabus includes
examples of control application in our daily life and in the industry, on-off controller,
proportional control, PID controller, mathematical model of control systems, block
diagram formulation and simplifications, system stability, transient and steady state
response, root locus analysis, Bode and Nyquist diagrams, and compensation design.
Related Courses
1. EP3042 Electrical Power Engineering, Prerequisited.
2. MS2102 Mechatronics I, Prerequisited.
3. MS3117 Basic Mechanical Vibration, Prerequisited.
4. MS3201 Mechatronics II, Co-requisited.
Bibliography
1. Dorf, R. C., 1995, Modern Control Systems, Addison-Wesley
2. Raven, F. H., 1995, Automatic Control Engineering, 5th Ed., 5 Edition, McGraw Hill
MS3201, Mechatronics II (2 SKS)
Short Syllabus
This course is the continuation of MS2101, Mechatronics I. It discusses the advanced
aspects of mechatronics and its applications in machineries. The syllabus includes
application of basic control theory, integration of sensors and transducers with control
system, control of mechanical systems using microprocessor or computer, data
acquisition technique.
Related Courses
1. MS3100 Engineering Measurements, Prerequisited.
Bibliography