Teaching

Currently Offered Courses

Term	Course Code	Course Name	Description and link (course form)
Fall	EEE303	Electronics-I	Semiconductor devices, diode, transistor (BJT, MOSFET), amplifiers, digital gates
Spring	EEE304	Electronics-II	Frequency response of amplifiers; power amplifiers; integrated circuit blocks: current sources, gain stages, differential pair, output stage; OPAMP; feedback; oscillators.
Spring	EEE208	Electronics Design Project	Design and production steps for a product: need and market analysis, conceptual design, circuit design, simulation, prototyping, printed circuit board design, printed circuit board production, assembly, casing, test, troubleshooting, user’s manual. Example projects: power supply, time-delayed on-off control using transistors, counter for objects passing.
Fall	SGS501-601	Research Methods /Research Methods and Scientific Ethics	Scientific research process including qualitative and quantitative methods. Ethical issues in research and publication. Research proposal writing.
Fall-Spring	BIA5000	Applied Statistical Methods	Application oriented course for business intelligence and analytics
Fall	KHAS107	Design	Core course to introduce the world of design to all freshman students. (Have been among the coordinators since its inception)
Spring	KHAS1002	Scientific Discoveries and Engineering	Core course that explores different disciplines of natural sciences and engineering and that provides participants with a broad background of engineering technologies. (Have been among the coordinators since its inception.)

Term

Course Code

Course Name

Description and link (course form)

Fall

EEE303

Electronics-I

Semiconductor devices, diode, transistor (BJT, MOSFET), amplifiers, digital gates

Spring

EEE304

Electronics-II

Frequency response of amplifiers; power amplifiers; integrated circuit blocks: current sources, gain stages, differential pair, output stage; OPAMP; feedback; oscillators.

Spring

EEE208

Electronics Design Project

Design and production steps for a product: need and market analysis, conceptual design, circuit design, simulation, prototyping, printed circuit board design, printed circuit board production, assembly, casing, test, troubleshooting, user’s manual. Example projects: power supply, time-delayed on-off control using transistors, counter for objects passing.

Fall

SGS501-601

Research Methods /Research Methods and Scientific Ethics

Scientific research process including qualitative and quantitative methods. Ethical issues in research and publication. Research proposal writing.

Fall-Spring

BIA5000

Applied Statistical Methods

Application oriented course for business intelligence and analytics

Fall

KHAS107

Design

Core course to introduce the world of design to all freshman students. (Have been among the coordinators since its inception)

Spring

KHAS1002

Scientific Discoveries and Engineering

Core course that explores different disciplines of natural sciences and engineering and that provides participants with a broad background of engineering technologies. (Have been among the coordinators since its inception.)

Other Courses Offered in Recent Years

Course Code	Course Name	Description and Link (Course form)
EE491	Computational Intelligence	To provide a foundation for concepts, models, algorithms, and tools for design and development of intelligent systems: Computational intelligence, neural networks, evolutionary computation, genetic algorithms, fuzzy systems
EE550	Special Topics: IoT	IoT (Internet of Things): Architectures, Standards, Devices, Use Cases, Security, Edge-Fog Computing, Analytics, Future Trends
MA201	Differential Equations (in summer terms)	Goals: 1. To introduce the basic concepts required to understand , solve and interpret differential equations. 2. To teach methods to solve differential equations of various types. 3. To give an ability to use knowledge of mathematics in engineering problems.

Course Code

Course Name

Description and Link (Course form)

EE491

Computational Intelligence

To provide a foundation for concepts, models, algorithms, and tools for design and development of intelligent systems: Computational intelligence, neural networks, evolutionary computation, genetic algorithms, fuzzy systems

EE550

Special Topics: IoT

IoT (Internet of Things): Architectures, Standards, Devices, Use Cases, Security, Edge-Fog Computing, Analytics, Future Trends

MA201

Differential Equations (in summer terms)

Goals: 1. To introduce the basic concepts required to understand , solve and interpret differential equations. 2. To teach methods to solve differential equations of various types. 3. To give an ability to use knowledge of mathematics in engineering problems.

Full List of Courses Offered

Undergraduate: Engineering Guide and Ethics, Electronic Circuit Components, Electronic Circuits, Electronic Circuits Laboratory I-II, Computational Intelligence, Database Management Systems, Programming with PL/SQL, Software Engineering, Database Application Development, Calculus I-II, Differential Equations, Information Technology, Numerical Analysis, Advanced Digital Design, Computer Architecture.

Graduate: Web Services, Business Intelligence and Data Warehouses, Application Development for SOA, Database Design and Management, Advanced Computational Intelligence, Neural Networks and Fuzzy Systems, Special Topics in Electrical-Electronics Engineering: IoT; Research Methods, Research Methods and Scientific Ethics

More than 25 years of teaching experience

Variety

30+ different courses

Volume

127 undergraduate + 30 graduate course offerings

Technology

LMS integrated use of videoconferencing and tablet

Diversity

Students from 20+ countries

Currently Offered Courses

Other Courses Offered in Recent Years

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