Courses of NCUEE

Required Core Courses

Session	First session		Second session
Session	fall	spring	fall	spring
Commonrequired subject	Chinese	Chinese	History	History
	Foreign language	Foreign language
	General education subject	General education subject	General education subject	General education subject
required subject stipulated by department	Calculus	Calculus	Electrical circuits I	Electrical circuits II
	General physics	General physics	Electronics I	Electronics II
	General physics laboratory	General physics laboratory	Engineering math II	Electromagnetics I
	Introduction to computer	Introduction to digital systems	Electrical laboratory II	Engineering math III
		Engineering math I	Microcomputers	Electrical laboratory III
		Electrical laboratory I
credits	16	20	15	15

Session	Third session		Fourth session
Session	fall	spring	fall	spring
Commonrequired subject	Democracy and constitutional institution	Democracy and constitutional institution

	general cultural science classification	general cultural science classification	General society science classification	General society science classification
required subject stipulated by department	Electromagnetics II
	Electronics III




credits	8	2	0	0

Optional Core Courses

Session	Second session	Third session	Fourth session
	CAD Group
	Data structure	Computer organization	Computer structure
	Modern physics	Introduction to VLSI	Analog integrated circuits
		Introductions to solid state electronics	VLSI system design
		Communication theory	CAD for VLSI design
			Digital system processing
			Communication integrated circuits
			Semiconductor devices
	Solid State Group
	Modern physics	Introductions to solid state electronics	Solid state engineering
		Solid state electronic devices	Semiconductor devices
		Microwave engineering	Optoelectronic devices
			RF circuit design and fabrication
			High speed semiconductor devices
			Compound semiconductor
	System Group
	Electrical machines	Control system	Analysis and simulation of dynamic
		Special project on controls	Adaptive control
		Linear system	Fuzzy system and control
		Nonlinear system	Optimal control
		Intelligent control	Neural system and control
		Medical engineering theory and laboratory	CAD for control system design
			Interface circuit design for microprocessor
			Automation engineering
			Digital signal processing
			Random processes
			Medical engineering system
			Medical instrumentation design
			Medical signal Processing