პროგრამები

The University Of Georgia

Program name:	Electronic and Communication Engineering
Study Level:	Undergraduate
Program leader:	Kakhaber Tavzarashvili Irakli Noselidze Nodar Ugrelidze
Study language:	English
Qualification:	Bachelor of Electrical Engineering
Program capacity:	240
Program permission:	English language B1 level (70%) and other legislative requirements, namely citizens of Georgia should successfully pass Unified National Entrance Examinations. Foreign high-school graduates who received complete general education abroad or its equivalent and the last two years of complete general education had studied abroad or students who lived abroad for the last two or more years and who are currently studying abroad in higher educational institutions recognized by the legislation of the host countries will be able to enter the program without passing Uniform National Entrance Examinations according to Order №224/N of the Minister of Education and Science of Georgia (December 29, 2011).
Program goals:	The aim of the program is to facilitate the development of electronic and communications engineering by prepare competent, highly qualified specialists who will have competitive higher education and skills in line with modern standards. The undergraduate program is designed to provide the student with a thorough engineering skills in electronics, computer engineering, and communication. To give knowledge of modern standards in information technologies, design and implementation of systems and processes, compilation of simple software code, analysis of various engineering and mathematical tasks and innovative technological thinking, to develop teamwork skills with real experience in project implementation. Graduates of the program will be able to be employed in Electronic, Computer, Telecommunications and Energy companies, Government organizations, Banks and other private companies where the competencies of an electronic engineering specialist are required. International certification courses integrated into the program provided by the school as additional offers, such as Cisco, Microsoft, Oracle Academic, iOS training courses, will give students the opportunity to receive international certificates.
Methods for Attaining Learning Outcomes:	Lecture - Seminar Working with the book Demonstration Discussions Practical lessons Laboratory exercises Interactive lessons Team work Problem solving and their solution Verbal and oral method Critical analysis Problem-solving tasks
Learning outcomes:	Outcomes Upon completion of the program, the graduate: Identifies, formulates, and solves complex engineering problems using the fundamentals of physics, mathematics, and engineering; Uses engineering design to develop concrete solutions that address public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors; Communicates effectively with an audience; Recognizes ethical and professional responsibility in engineering activities, makes informed judgments that consider the impact of engineering decisions on the global, economic, environmental, and social context; Works effectively in a team whose members collectively provide leadership, create a collaborative and inclusive environment, set goals, plan, and accomplish tasks; Designs and conducts experiments as needed, analyzes and processes data, and uses engineering judgment to draw conclusions; Acquires and applies new knowledge as needed using appropriate learning strategies.
Date of approval:	01-01-1900
Approval protocol number:
Date of program update:
Update protocol number:
Program details:	The student can be guided by the proposed curriculum and individually draw up his/her personal curriculum, taking into account the requirements of the subjects. To complete a bachelor's project in the last year of study, the student chooses a topic of thesis from the proposed areas. The bachelor's project is carried out in groups, which contributes to the development of filed knowledge and teamwork skills. The program provides for an optional course internship, which will help the student, if necessary, to better formulate himself when choosing a topic for a bachelor's project.
Teaching Process Characteristics:	In order to obtain a bachelor's degree, a student must complete 240 credits, which includes the following distribution of credits: Compulsory University 18 ECTS; Program Core 162 ECTS; Program Electve 36 ECTS; Free 24 ECTS. The program electives are conditionally divided into three groups of specialties: Electronics, Communications and Intelligent Systems. The student has the opportunity to accumulate credits of one of the groups to complete a bachelor's project in a specific direction. Under free credits, a student may study subjects in the same program, a similar graduate program, or other programs at the university by meeting the appropriate prerequisites.

University Core


Code	Subject	ECTS	Semester
KART1220E	Academic Writing	6	1
LING0015	Georgian as a Foreign Language I (General)	6	1
LING0017	Georgian as a Foreign Language II (General)	6	2
HIST1118E	Civilizations and Developments of Humankind	6	3
BUSN1210E	Basics of Business and Economics	6	4
	Credits sum:	30

Program Core


Code	Subject	ECTS	Semester
EENG1111E	Programming for Engineers - Python	6	1
EENG1120E	Fundamentals of Electronicss	6	1
EENG1112E	Programming for Engineers - Python OOP	6	2
EENG2424E	Circuit Theory	6	2
MATH1115E	Calculus I	6	2
MATH1123E	Linear Algebra and Analytical Geometry	6	2
PHYS2003E	Physics I	6	2
EENG2212E	Analog Electronics	6	3
INFO3301E	Data Structures and Algorithms	6	3
MATH1166E	Calculus II	6	3
MATH3112E	Discrete Mathematics	6	3
PHYS2004E	Physics II	6	3
EENG2005E	Engineering Mathematics	6	4
EENG3113E	Digital Electronics	6	4
PHYS2005E	Physics III	6	4
EENG2015E	Microcontrollers Programming	6	5
EENG3115E	Engineering Electromagnetics	6	5
INFO3302E	Operation System (Windows)	6	5
MATH2004E	Probability and Statistics	6	5
EENG2012E	Digital Communication	12	6
EENG2013E	Signal Processors	6	6
EENG2008E	Modeling program tools	6	7
EENG4235E	Computer Security	6	7
INFO3110E	Computer Network I	6	7
EENG4010E	Bachelor project	12	8
	Credits sum:	162

Program Elective


Code	Subject	ECTS
EENG1002E	Neuronal systems	6
EENG1003E	Physics for Quantum Computing	6
INFO1111E	Introduction in Programming (C++)	6
INFO1112E	Office Systems	6
INFO3131E	Object Oriented Programming C++	6
INFO3303E	Computer Architecture	6
INFO3305E	Introduction to Machine Learning Modeling	6
EENG4129E	Antenna theory and design	6
INFO3210E	Computer Networks II	6
MATH4118E	Fundamentals of Cryptology	6
EENG1215E	Signal Processing	6
INFO4114E	Artificial Intelligence	6
EENG1213E	Semiconductor devices	6
EENG2115E	Communication technologies	6
EENG2116E	Radiofrequency Circuits and Systems	6
INFO1107E	IT Services and Projects Management	6
EENG4012E	Practice	6
EENG1216E	Amplifier	6
EENG1217E	Measuring Devices	6
EENG2117E	Radiolocation and Radionavigation	6
EENG2118E	Radio-Tele Broadcasting Technologies	6
	Credits sum:	126

Free credit


Code	Subject	ECTS
MATH1121E	Precalculus	6
	Credits sum:	6

Matrix Of Privequisites

In order to obtain a bachelor's degree, a student must complete 240 credits, which includes the following distribution of credits:

Program Electve 30 ECTS;
Program Core 168 ECTS;
Compulsory University 30 ECTS;
Free 12 ECTS.

The program electives are conditionally divided into three groups of specialties: Electronics, Communications and Intelligent Systems. The student has the opportunity to accumulate credits of one of the groups to complete a bachelor's project in a specific direction.

Under free credits, a student may study subjects in the same program, a similar graduate program, or other programs at the university by meeting the appropriate prerequisites.

Point	GPA	The university assessment	The general assessment in Georgia
97-100	4,00	A+	A	Excellent
94-96	3,75	A
91-93	3,50	A-
87-90	3,25	B+		Very good
84-86	3,00	B	B
81-83	2,75	B-
77-80	2,50	C+	C	good
74-76	2,25	C
71-73	2,00	C-
67-70	1,75	D+	D	Satisfactory
64-66	1,50	D
61-63	1,25	D-
51-60	1,00	E	E	Sufficient
Not passed
41-50		FX	FX	Insufficient
<40		F	F	Failed