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System on chip TEMPUS (3+1+1)

System on chip TEMPUS (3+1+1)

1. General information 
 
The goal of the system on chip master study programme is to provide top quality European education and training for the ICT engineers. The study programme provides deeper and specialized understanding of the embedded systems and the methodologies for system on chip design. Upon completion of the studies, the engineers are expected to take up responsible business positions in the processes of planning, design and management of embedded systems implemented with various state of the art technologies.
  • Offered by: Ss. Cyril and Methodius University - Skopje, Faculty of Computer Science and Engineering – FCSE
  • Study programme: System on chip master studies
  • Scientific-research field: Engineering and Technology
  • Category: Electrical engineering, Electronic engineering, Information engineering
  • Sub-category:Computer hardware andarchitecture 
  • The master studies cycle consists of 60 ECTS.
  • Study duration: 2 semesters
  • One academic year is divided into two semesters with 30 weeks each (1 semester = 15 weeks)
  • The first semester is comprised of courses only, while in the second semester there are fewer courses and the rest of the time is devoted to the final project, i.e. master thesis.
  • Enrollment requisites: fully completed undergraduate study cycle with a minimum of 240 ECTS with a degree in the fields of computer science and/or computer engineering. In the case of having an appropriate degree with less than 240 ECTS, the student has to enroll the introductory courses first.
  • Introductory courses: only for students that have obtained less than 240 ECTS. A number of differential introductory courses are offered in order to level up the required competences. Upon successful completion of the introductory courses, the student has the right to continue with the formal master study programme courses in the second year of studies.
  • First semester: 3 compulsory courses + 2 elective courses (one of the elective courses can be chosen from the courses list offered by the University)
  • Second semester: 1 compulsory course + 1 elective course (can be chosen from the courses list offered by the University only in the event that this opportunity has not been used in the previous semester) + final master thesis project that equals 18 ECTS.
  • 1 ECTS = 30 hours of work load.
  • Contact hours per week is 4. 
Degree: Master of computer science and engineering in the field of system on chip 
 
2. Introductory courses
 
Introductory courses: only for students that have obtained less than 240 ECTS. A number of differential introductory courses are offered in order to level up the required competences. Upon successful completion of the introductory courses, the student has the right to continue with the formal master study programme courses in the second year of studies.  
 
Table 1: List of introductory courses
 

Course

Semester

ECTS

Prerequisite
 1

 Probability and statistics

VII

 6  
 2  Embedded computer systems VII 6  
 3  Elective course 1 VII 6  
 4  Elective course 2 VII 6  
 5

 Elective course 3

VII

6

 
 6

Introduction to microprocessors

VIII

6

 
 7  WAN networks VIII 6  
 8  Elective course 4 VIII 6  
 9  Elective course 5 VIII 6  
10  Elective course from University list of available courses VIII 6  
 
Table 2: List of elective introductory courses
 

Course

Semester

ECTS

Prerequisite
 1

 Modelling and simulation

VII

 6  
 2  Artificial intelligence VII 6  
 3

 Network programming

VII

6

 
 4

 Web-based systems

VII

6

Network programming
 5  Advanced processor architectures VII 6  
 6  Network software VII 6  
 7  Network operating systems VII 6  
 8  Wireless computer networks VIII 6  
 9  Network standards and devices VIII 6  
10  Sensor systems VIII 6  
11  E-commerce and m-commerce VIII 6  
12  Design of embedded computer components VIII 6  
13  Public mobile networks VIII 6  
14  Computer network management VIII 6  
15  Computer security and procection VIII 6  
16  Mobile information systems VIII 6  
17  Geographic information systems VIII 6  
18  Biocybernetics VIII 6  
19  Information systems VIII 6  
 
2.1 Studies
 
Courses for the Master studies for the study programme System on chip TEMPUS can be found at this link.

Табови

Dimitar Trajanov Ph.D.

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д-р Катерина Здравкова

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д-р Ана Мадевска Богданова

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д-р Соња Филипоска

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Ivan Chorbev Ph.D.

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д-р Анастас Мишев

01/11/2019

На 1.11.2019 г. (петок) со почеток во 12:00 часот, во амфитеатарот на ФИНКИ ќе се одржи предавање на тема „The use of assistive technology and robotics in treatment of children with autism“ од вон. проф. Д-р Татајана Зорчец. Предавањето е заедничка активност на здружениот оддел за Едукација, Роботика и автоматика и Системи, човек и кибернетика (E/RA/SMC) и одделот за компјутери од македонската секција на IEEE, а е поддржано од ФИНКИ.
Во продолжение е апстрактот од предавањето и кусата биографија на предавачот.

 

Abstract

Autism is a developmental disorder of variable severity that is characterized by difficulty in social interaction and communication and by restricted or repetitive patterns of thought and behavior. In this talk a general info about autism, its characteristics, etiology, prevalence and treatments will be presented. Furthermore, the use of assistive technology and robotics as tools to improve the functional capabilities of persons with autism will be shown. 

One of the robots contemporary used in interventions of children with autism is Kaspar. Kaspar is a child-sized humanoid robot designed as a social companion to improve the lives of children with autism and other communication difficulties.

By interacting and behaving in a child-like way, Kaspar helps teachers and parents support children with autism to overcome the challenges they face in socializing and communicating with others.

 

Short bio of prof. Zorcec

Tatjana Zorcec is psychologist. She holds MSc and PhD in medical sciences, specialization in clinical psychology and is employed as associate professor at the Medical Faculty in Skopje. Since 2010, she has been appointed as a National Coordinator for Autism by the Macedonia Ministry of health. She has expertise in diagnostics and treatment of children with developmental disorders, with special expertise in children with autism. She is skilled in using various psychometric instruments, assistive technology, as well as  mobile technology and robotics in the treatments. She participated in many scientific projects, and published over 100 articles in domestic and international journals. Her educational activities include teaching in the field of developmental disorders within Bachelors, Masters and Specialization programs at the Medical Faculty.

1

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Vesna Dimitrova Ph.D.

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Biljana Tojtovska Ph.D.