English (en-gb)

ADMISSION 

 

No

Bachelor degree domain

Study program

Duration/no. Credits

Budget seats

Places fee

Admission criteria

1

Civil Engineering

Civil, industrial and agricultural constructions

4 years

240 credits

0

13

Baccalaureate exam average

In case of equal averages, the tiebreaker shall be made taking into account:

- the grade obtained in Mathematics at the baccalaureate exam,

- the certificate obtained in the test "Assessment of digital competences" at the baccalaureate exam.

Construction for water supply and sewerage systems

6

39

2

Geodetic Engineering

Land measurements and cadastre

0

17

 

3.

 

Architecture

 

Architecture

 

6 or

360 credits

10

12

 Test 1: Free drawing – elimination test (pass/fail – marking: 40% of the final average)

Test 2: Technical drawing* (40% of the final average),

Test 3: Portfolio of papers (admitted / rejected), Average at the baccalaureate exam (20% of the final average).

 *The candidate who obtained the grade admitted to the elimination tests - portfolio and free drawing - and the minimum mark 5 (five) in the marked tests is declared admitted (in order of the average obtained and within the limits of available places).

 In case of equal averages, the tiebreaker will be made taking into account: the first mark from the baccalaureate exam.

 

https://youtu.be/B3s2xh4G3vQ

 

Admission for foreign students

https://www.uoradea.ro/Foreign%20Students?structure=3

 



 

STUDENTS - academic calendar
ACADEMIC CALENDAR 2022 / 2023
 
 
FIRST/FALL SEMESTER
 
October 1, 2022 – December 23, 2022: courses (12 weeks)

December 24, 2022 – January 08, 2023: Christmas holidays (2 weeks)

January 9, 2023 – January 20, 2023: courses (2 weeks)

January 23, 2023 – February 10, 2023: examinations (3 weeks)

February 13, 2023 – February 19, 2023: holidays (1 week)

February 20, 2023 – February 24, 2023: second session of examinations (1 week)
 
 
SECOND/SPRING SEMESTER
 
February 27, 2023 – April 14, 2023: courses (8 weeks)

April 17, 2023 – April 23, 2023: Easter holidays (1 week)

April 24, 2023 – June 9, 2023: courses (6 weeks)

June 12, 2023 – July 03, 2022: examinations (3 weeks)

July 04, 2022 – June 30, 2023: second session of examinations (1 week)

From July 13, 2023: Trainings and summer holidays




INTERNATIONAL RELATIONS



International Relations and Erasmus Department Coordinator
Assoc.Prof.PhD. AMALIA STURZA This email address is being protected from spambots. You need JavaScript enabled to view it. 

Student Mobilities

Mobilities for Teaching, Staff Training Mobilities

Erasmus Agreements

Erasmus Incoming Students
https://www.uoradea.ro/Erasmus+Incoming+Students 

Erasmus Outgoing Students
https://www.uoradea.ro/Erasmus+Outgoing+Students 








GEOINFORMATICS SYSTEMS IN CADASTRE AND URBANISM (SGCU) Master's program

The Master's program Geoinformatics Systems in Cadastre and Urbanism is a coursework and project-based study program with a wide range of opportunities for practical experience and individual specialization. It comprises research-oriented activities through projects, seminars and dissertation thesis under the supervision of professors. The Master's programme allows students to expand and deepen their expertise in geospatial data acquisition, data analysis, as well as their visualization and exploitation across different platforms.  
The field of geoinformatics encompasses geographic information science and cartography, geodesy and navigation, cadastre and topography, engineering geodesy and geomonitoring, remote sensing and photogrammetry. Society needs experts in each of these fields, but it also needs engineers with skills in several of them for interdisciplinary collaboration with other trades and fields of activity.
The curriculum provides a solid foundation of civil engineering and legislation, in addition to geographic positioning and mapping by traditional methods and satellite positioning, bathymetry, photogrammetry, and 3D laser scanning. The remote sensing techniques that you will learn in this program give you the opportunity to measure and observe our environment and especially those characteristics that cannot be seen with the human eye. Data management and analysis techniques allow you to turn these measurements into useful information and knowledge, with which patterns can be identified, behavior can be tracked over time, and a future state can be predicted. You will apply your skills in 3D modelling, GIS, mapping, urban design, heritage planning and conservation, simulation and visualization in a wide range of areas such as urban planning, disaster management, geodesign, location-based services and land management.
You will have the opportunity to work with state-of-the-art geodetic equipment such as robotic total stations, GNSS and 3D laser scanning. You will be involved in everyday practice through company visits, workplace placements, seminars and study days. Your Master's dissertation can either take the form of a collaboration with industry or be part of ongoing research.
In addition, vital transferable skills such as teamwork, critical thinking, problem-solving, communication, and scientific work are promoted through projects, lab work, and courses that expose students to cutting-edge scientific research and advanced methods, as well as real-world situations and case studies. Students enjoy the opportunity to connect with the private sector and interact with potential employers.