Telecommunications and Information Technology

PERMIT

Pursuant to the permit of Ministry of Science and Education (Class: UP/I-602-04/18-13/00002; Reg. No.: 533-04-18-0005) of 6 June 2018 and in accordance with a positive accreditation recommendation of the Agency for Science and Higher Education (Class:602-04/18-03/0002, Reg. No.: 355-02-04-18-0005) of 25 May 2018, starting with the academic year 2018/2019, the undergraduate professional study of Electrical Engineering – main field: Telecommunications and Information Technology is carried out at Virovitica College.

DURATION

Undergraduate professional study of Electrical Engineering – main field: Telecommunications and Information Technology, lasts six semesters. The study programme is worth 180 ECTS credits, which includes internship and submission of the undergraduate dissertation.

ACADEMIC TITLE

Upon completion of the undergraduate professional study of Electrical Engineering – main field: Telecommunications and Information Technology, the student is awarded the professional title and academic degree of:

Bachelor of Science in Electrical Engineering (bacc.ing.el.)

LEARNING OUTCOMES

Create, organise, and format textual and numerical data in word processing and spreadsheet creation tools
Assess which relevant mathematical models to use in electrical engineering in a practical way
Determine the principles of computer networks, fundamental communication protocols, and the protocol stack of the Internet
Differentiate between the ‘classic’ telecommunications network, mobile networks and wireless networks
Critically evaluate personal and professional development through acquisition of new knowledge and skills needed for further education (formal and non-formal) and gaining experience in the labour market
Determine the possibilities of wireless data transfer
Critically evaluate the paradigm of cloud computing
Review the notion of security on examples of communications Technologies
Determine the principles of electronic components and circuits
Communicate with colleagues and service users in Croatian and English
Determine basic specific features of computer architecture and operating systems
Determine the needs of the user (explore and detect users needs, currently available communications network components; examine technological
limitations, specific spatial conditions, business environment, and upgrade possibilities)
Assess which programming language, i.e. technology from MS Visual Studio tools should be used for solving a particular problem
Develop simple web projects which include the basic knowledge of HTML, CSS, PHP and JavaScript programming languages
Select suitable network monitoring tools and determine network management techniques
Use physical models for solving concrete problems in the domain of electrical engineering
Review the basic elements of a technical system on an example
Evaluate the advantages of starting ones own trade as opposed to starting a public limited company
Determine the basic principles of communications network design
Manage the principles of databases and SQL languages through creation, modelling, administration

Courses

Year of study: 1.
Semester: 1.
MODULE	COURSE	L				P				S				ECTS	STATUS
Telecommunications and informatics	Mathematics 1	30				30				0				6	C
	ICT English 1	15				30				0				3	C
	Introduction to Technical Systems	30				0				0				3	C
	Introduction to Computer Applications	30				30				0				6	C
	Physics	30				30				0				6	C
	Principles of Electrical Engineering	30				30				0				6	C
Year of study: 1.
Semester: 2.
MODULE	COURSE	L				P				S				ECTS	STATUS
Telecommunications and informatics	Mathematics 2	30				30				0				6	C
	ICT English 2	15				30				0				3	C
	Startup Economics	15				15				0				3	C
	Principles of Electronics	30				30				0				6	C
	Signals and Systems	30				30				0				6	C
	Computer Architecture	30				30				0				6	C
Year of study: 2.
Semester: 3.
MODULE	COURSE				P				V				S	ECTS	STATUS
Telecommunications and informatics	Computer Networks				30				30				0	6	C
	Digital Electronics				30				30				0	6	C
	Multimedia Systems				30				30				0	6	C
	Databases				30				30				0	6	C
	Introduction to Programming				15				45				0	6	C
Year of study: 2.
Semester: 4.
MODULE	COURSE			L				P				S		ECTS		STATUS
Telecommunications and informatics	Operating Systems			30				30				0		6		C
	Telecommunication Networks			30				30				0		6		C
	Cloud Computing IT Systems			30				30				0		6		C
	Programming in .NET Environment			15				45				0		6		C
	Digitalization and E-Documents			30				30				0		6		E
	E-learning			30				30				0		6		E
	Probability and Statistics			30				30				0		6		E
Year of study: 3.
Semester: 5.
MODULE	COURSE		L				P				S			ECTS		STATUS
Telecommunications and informatics	Wireless Communications		30				30				0			6		C
	Communication Network Design		30				30				0			6		C
	Introduction to Web Programming		15				45				0			6		C
	Internship		225 hours of work in a company											9		C
	Network Programming		15				15				0			3		E
	Wireless Sensor Networks		15				15				0			3		E
Year of study: 3.
Semester: 6.
MODULE	COURSE		L				P				S			ECTS		STATUS
Telecommunications and informatics	Information Systems Security		30				30				0			6		C
	Telecommunication Network Management		30				30				0			6		C
	Undergraduate Thesis		0				0				0			12		C
	Introduction to Robotics		30				30				0			6		E
	Internet of Things		30				30				0			6		E
	Location-Based Services		30				30				0			6		E