Type:
University of Technology
Region:
Dolnośląskie
Programme:
Computer science
Area:
Technological sciences
Level:
Bachelor Programme
Mode of studies:
full-time programme
Duration:
7 semesters
Tuition fee:
non EU/EFTA students 1500 EUR tuition fee per semester, EU/EFTA students no tuition fee
Degree awarded:
Bachelor
Scholarships available:
Based on merit
Application deadline:
Saturday, 14 August, 2021
Language:
EN
Day of semester start:
Friday, 1 October, 2021
Credits (ECTS):
210
Admission requirements:
Requirements: secondary school certificate, received after the completion of a recognised secondary school (12 years of education in total), being the equivalent of Polish Matriculation
certificate. Each application is assessed individually on its merits. If in doubt, please contact an Admission Officer, e-mail: admission@pwr.edu.pl
certificate. Each application is assessed individually on its merits. If in doubt, please contact an Admission Officer, e-mail: admission@pwr.edu.pl
Deadline for application:
Non EU/EFTA students see: www.admission.pwr.edu.pl; EU/EFTA students see: www.rekrutacja.pwr.edu.pl
»English: Equivalent of minimum TOEFL IBT – 87 points or 6.5 points IELTS. List of accepted language certificates can be checked online
»Application fee: Non EU/EFTA students see: www.admission.pwr.edu.pl; EU/EFTA students see: www.rekrutacja.pwr.edu.pl
Description:
Field of study: Electronics and Computer Engineering
The Electronic and Computer Engineering (EAC) programme meets the needs and demands of the modern labour market for modern electronics. This field of study
combines the knowledge of traditional electronics, information technology, industrial automation and robotics – all elements of the contemporary and future Internet of
Everything devices.
combines the knowledge of traditional electronics, information technology, industrial automation and robotics – all elements of the contemporary and future Internet of
Everything devices.
SEMESTER 1
»Mathematical Analysis
»Mathematical Algebra
»Introduction to Programming
»Metrology
»Philosophy
»Mathematical Algebra
»Introduction to Programming
»Metrology
»Philosophy
SEMESTER 2
»Mathematics Analysis 2
»Mathematics for Electronics
»Object Oriented Programming
»Electronic
»Physics
»Foreign Language
»Mathematics for Electronics
»Object Oriented Programming
»Electronic
»Physics
»Foreign Language
SEMESTER 3
»Physics for Electronics
»Scientific & Engineering Programming
»Electronic Components & Sensors
»Electronic Technology
»Systems Theory
»Foreign Language
»Sports
»Scientific & Engineering Programming
»Electronic Components & Sensors
»Electronic Technology
»Systems Theory
»Foreign Language
»Sports
SEMESTER 4
»Programming Systems & Environments
»Introduction to Microcontrollers
»Electronic Circuits
»Introduction to Automation and Robotics
»Fundamentals of Telecommunication
»Introduction to Microcontrollers
»Electronic Circuits
»Introduction to Automation and Robotics
»Fundamentals of Telecommunication
SEMESTER 5
»Computer Networks
»Microcontrollers Elective courses 1
(choice of 3 out of 5):
»Advanced Topics in Robotics
»Digital Signal Processing
»Artificial Intelligence & Computer Vision
»Optoelectronics
»Wireless Systems
»Microcontrollers Elective courses 1
(choice of 3 out of 5):
»Advanced Topics in Robotics
»Digital Signal Processing
»Artificial Intelligence & Computer Vision
»Optoelectronics
»Wireless Systems
SEMESTER 6
»Team & Preengineering Project
»Electroacoustic Elective courses 2
(choice of 3 out of 5):
»Control Systems Engineering Embedded Systems
»Real Time Operating Systems
»Lasers, Fibres & Applications
»Communication Systems & Networks
»Electroacoustic Elective courses 2
(choice of 3 out of 5):
»Control Systems Engineering Embedded Systems
»Real Time Operating Systems
»Lasers, Fibres & Applications
»Communication Systems & Networks
SEMESTER 7
»Internship Final Project
»Diploma Seminar Elective courses 3
(choice of 2 out of 15)
»Author Law Business
»Diploma Seminar Elective courses 3
(choice of 2 out of 15)
»Author Law Business
JOB PROSPECTS
The profile of companies that will benefit from the competence of the graduates is mainly production and service. The demand for specialists with the skills to integrate electronic equipment within analogue and digital
systems (including microprocessors) in broadly understood industrial automation is already high and is expected to increase in the future. These skills include PLC programming, PAC, SCADA systems and robotic systems,
commissioning of control systems, local and remote maintenance, remote supervision of operating systems for production control. Additionally, the ability to design the widely defined control systems, telemetric systems
and measurements will be very positively received on the labour market. Currently, there is a significant increase in the number of companies operating in the field of IoT and
the integration of these products into one system (e.g. smart homes). This sphere of activity requires combining engineering knowledge in the field of electronics and information
in the field of computer science at every stage – from design, through production, to service.
systems (including microprocessors) in broadly understood industrial automation is already high and is expected to increase in the future. These skills include PLC programming, PAC, SCADA systems and robotic systems,
commissioning of control systems, local and remote maintenance, remote supervision of operating systems for production control. Additionally, the ability to design the widely defined control systems, telemetric systems
and measurements will be very positively received on the labour market. Currently, there is a significant increase in the number of companies operating in the field of IoT and
the integration of these products into one system (e.g. smart homes). This sphere of activity requires combining engineering knowledge in the field of electronics and information
in the field of computer science at every stage – from design, through production, to service.