Page 49 - SH 2561 INTER

36 | P a g e

DGE-111 Mechanics for Digital Engineers 3(3-0-6)
Prerequisite : No
Corequisite : No
System of forces, resulting forces, balance of particles and rigid body, statics of fluids,
centroids and moment of inertia, kinetics of particles and rigid body, motions of Newton’s kinetics
of particles and rigid body, dynamics of particles and rigid body, concepts of work and power,
impulse and momentum, basic mechanical vibration, study and understand the relation of forces
strain stress and reforming of materials, relations of stress and strain from twisting of materials,
bending region in elastic materials, the analysis of moment.

DGE-112 Materials and Devices for Digital Engineers 3(3-0-6)
Prerequisite : No
Corequisite : No
Relation between structures, production process, and technology, inspection and analysis of
applied engineering materials which consist of metal, polymer ceramics, and composite materials,
phase equivalence chart, explanation of mechanical attributes and deterioration of material, structure
of solid, material preparations, heat properties of materials, electrical properties of materials,
magnetic properties of materials, photo properties of materials, electronical tools, electrical tools,
and photo tools for digital engineering.

DGE-113 Exploratory of Digital Engineering and Artificial Intelligence 1(1-0-2)
Prerequisite : No
Corequisite : No
Basic of digital engineering and artificial intelligence as given by experts from government
and industry which consists of scope and origin of artificial intelligence, knowledge representation
of memories, reasoning through probabilities, search techniques, games and strategy of knowledge,
natural language processing, computer vision, expert systems, data mining and knowledge
discovery, signal tracking devices, signal conversion, automation systems, microcomputer
connections, automatic robots.

DGE-201 Digital Signal Processing 3(3-0-6)
Prerequisite : DGE-101 Computer Programming for Digital Engineers and DGE-103 Fundamental Physics
Corequisite : No
Basic digital systems, Boolean algebra, digital design techniques, logic gates, basic synchronous circuits,
synchronous and asynchronous sequential circuits, logical design using computer, asynchronous systems and
signals, linear time-line system, Z transform, Fourier transform for asynchronous signals, random theory, Fast
Fourier Transform, digital filter design, frequency response of discrete time systems, discrete systems analysis,
digital filter circuit design, multi-rate digital signal processing, applications of digital signal processing.