Civil Engineering Master | University of Applied Sciences

Bauingenieurwesen

Künstliche Intelligenz (KI) / Artificial Intelligence (AI) für effiziente Entwurfsprozesse und die technische Optimierung von Gebäuden und Bauteilen

Wir sind uns sicher, dass die künstliche Intelligenz die natürliche nicht ersetzen kann. Die Potentiale der KI für die Baubranche sind jedoch immens hoch. Hier bieten sich Gelegenheiten neue Tätigkeitsfelder zu finden, als auch dem Fachkräftemangel entgegenzutreten.

Der Studiengang Bauingenieurwesen öffnet sich dieser Zukunftstechnologie in der Lehre und Forschung. Es werden, während dem Studium verschiedene Möglichkeiten angeboten von Entwurfsprojekten bis in die Ausarbeitung von Semesterprojekten mit Künstlicher Intelligenz zu arbeiten. Bauingenieurwesen-Studierende werden angeregt mit zukunftsweisenden Technologien lösungsorientiert zu arbeiten!

Bauingenieurwesen AI generiertes Bild — Dieses Bild wurde mit Midjourney AI generiert

Civil Engineering - Master's Degree

Turning Ideas into Practice

Building is a service to society and its people. To successfully implement construction projects today and in the future, one must possess not only technical expertise but also economic, organizational, and legal knowledge. The Master's degree course in Civil Engineering equips students with the necessary skills for management tasks in the planning and implementation of significant construction projects.

Navigating Complex Challenges

The pressure of competition, time, and costs is continually intensifying. Skilled workers are becoming scarce, and new materials, processes, and technologies present opportunities as well as challenges. These factors, combined with increasingly important ecological requirements, are making construction ever more complex.

Civil engineers must thrive in this demanding environment. This is facilitated by practical, project-oriented training that also prepares students for successful collaboration between clients and contractors. To further promote internationality, the course offers students the opportunity for a semester abroad.
Additionally, students benefit from the integration of the Architecture, Civil Engineering, and Sustainable Real Estate Management departments at the Spittal campus. Joint courses and collaborative projects are conducted. Graduates will apply their acquired interdisciplinary knowledge across various fields of expertise in the construction and real estate industries.

In the Master's degree course in Civil Engineering, students choose between two specializations:

"Planning and Construction" in German
"Project Management" in English

Students can further tailor their studies by selecting from several electives. The final thesis is completed during the fourth semester at the conclusion of the Master's course.

Projektraum Bauingenieurwesen

bauingenieurwesenfhkaernten.at

Specializations

Project Management Specialization
The aim of this specialization is to develop project and management skills for the construction industry. It emphasizes courses in construction management, construction operations, and law. In-depth technical training and the acquisition of additional social skills complement the curriculum.

The Master's degree course builds upon a relevant Bachelor's degree in "Civil Engineering" but is also open to entrants from related Bachelor's degree programs. Customized credit transfer models are created and offered for these students.

Specialization in "Planning and Building"
This specialization focuses on design and construction. Additionally, the dimensioning and planning of load-bearing structures in building and infrastructure construction play a crucial role.

Construction laboratory

The construction laboratory of the Carinthia University of Applied Sciences is located in the Science & Energy Labs in Villach's Technology Park. It houses the departments of Structural Engineering, Building Materials Technology, and Building Physics, with a staff of about ten employees from the Department of Civil Engineering & Architecture.

Students are offered the opportunity to write their Bachelor's or Master's theses in the laboratory and participate in diverse research areas, such as strengthening existing bridge structures or developing high-strength and ultra-high-strength materials. The construction laboratory also offers innovative services in component and material testing.

To the construction laboratory

Second place in CHE ranking

In the current CHE ranking (Centre for Higher Education Development), the civil engineering course at the Carinthia University of Applied Sciences has received excellent grades, securing 2nd place!
The Bachelor's degree course in Civil Engineering achieved outstanding results across all indicators, including general study organization, courses, supervision and support, examinations, international opportunities, career orientation, IT equipment, practical relevance, laboratories, and excursions.

CHE ranking results: https://ranking.zeit.de/che/de/

Application deadline

Winterterm 2025
Period I: 01.11.-15.03.2025
Period II: 16.03.-15.05.2025
Period III: 16.05.-15.07.2025
Period IV: 16.07.-30.09.2025*

For applicants from outside Europe applications are only accepted within Period I.

*We reserve the right not to open the period or to close it early!

Study start

The semester starts in October - we only offer intake in winterterm!

The start of lectures can be found in the individual timetable which is available after enrollment.

Teaching time

Monday – Friday full-time and partly on Saturdays

Events

Study Guidance

Book your personal appointment right now!

You can find out more about our advisory services, events and fairs on our website.

Further information

Language of Instruction: German
Minimum of B2, stated by either
-DAF ("Deutsch als Fremdsprache)
-ÖSD ("Österreichisches Sprachdiplom Deutsch)
-GOETHE Sprachinstitut

Admission requirements:
Please note that foreign educational documents in some cases need to be legalized as well as translated in order to apply. More information can be found in our official application guideline

Information request & services

Apply now

Information

Contact

Please contact us if you have any questions about your studies:

FH-Prof. DI Dr. Martin Schneider
Head of Degree Program Civil Engineering

+43 5 90500 5111
m.schneider[at]fh-kaernten[dot]at

Level of qualification
Master

ECTS credits
120.00

Tuition fees
€ 363.36 / semester

Qualification awarded

Diplom-Ingenieur für technisch-wissenschaftliche Berufe
Diplom-Ingenieurin für technisch-wissenschaftliche Berufe

Duration of study
4 semester

ÖH (Austrian Student Union) fee
€ 24.70 / semester

Language of instruction
German

FH campus

Spittal

General Study Information

Study + Work

Beruf & Studium - Fachhochschulen Kärnten, Österreich

With over 100 Study & Work partner companies and organizations, CUAS offers students the opportunity to combine studying and working!

Study & Work for full-time students

Extent of employment: marginally up to 8h / week possible
Timetable: Some degree courses are organized so that Monday is a day off.

Study & Work for part-time students

Scope of employment: part-time up to max. 20h / week possible
The timetable is organized in a work-friendly way (lectures at the end of the day, weekend, blocked or online).

zu den Study + Work Programmen

Curriculum

Infoblatt Master civil engineering - Bauingenieurwesen

Curriculum Civil Engineering, Master, work-friendly

Profile

The Master's degree course in Civil Engineering caters to graduates of relevant Bachelor's degree courses and entrants from related fields. Its objective is to prepare students for management roles in the construction industry. Depending on the area of specialization, the focus is either on advanced business and organizational knowledge or expertise in construction culture. The study concept emphasizes practical relevance and is designed to facilitate rapid career entry.

The Project Management specialization concentrates on the operational and organizational aspects of construction. It prioritizes management skills closely linked to law, economics, and construction operations. The curriculum also emphasizes social skills such as leadership and employee management.

Industry connections are fostered through cooperative project work in the third semester. Students can work on assignments at a partnering company for at least 5 weeks. For those interested in research, the design laboratory offers the opportunity to work on scientific questions, including cooperative research projects, with professional support. Students are encouraged to attend conferences, symposia, and external specialist lectures to build their own expert networks during their studies.

Students are required to have knowledge in the following areas:

Engineering knowledge: The ability to apply theoretical knowledge to specific engineering tasks
Problem-solving skills: The ability to analyze and evaluate problems interdisciplinarily, considering economic and social contexts
Social skills: The ability to work effectively in teams and assess the impact of one's actions

Upon successful completion of the program, graduates will possess the following skills and knowledge:

Broad specialist knowledge in structural engineering or construction technology and management, depending on their chosen specialization, which they can effectively apply in practice. They understand the importance of sustainable thinking and action.
Professional communication skills and the ability to engage in dialogue with all key stakeholders in the construction process.
The capacity to independently analyze and solve problems in their area of responsibility using appropriate methods, contributing to the successful implementation of construction projects.
The ability to collaborate seamlessly with representatives from other professional groups and specialist areas, both independently and as part of or leading a team.
Active engagement with the scientific community of civil engineers.

Current courses - Civil Engineering

Semester 2 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Building Physics - Climate Concepts	ILV	2,0	2,5	M1.02920.20.150
Historische Baukonstruktionen im Kontext der zerstörungsfreien Bauwerkanalyse	SE	2,0	2,0	M1. 02920.00.760
Hydraulic Construction	ILV	2,0	2,5	M1.02920.20.140
Real estate valuation	ILV	2,0	2,0	M1.02920.00.590
Project Work 2 Group 1	PT	2,0	10,0	M1.02920.20.410
Project Work 2 Group 2	PT	2,0	10,0	M1.02920.20.410
Specialization Area: Desgin and Construction	Type	SPPS	ECTS-Credits	Course number
Structural dynamics 1	ILV	2,0	2,0	M1.02921.20.160
Data Processing MC-2	ILV	2,0	2,0	M1.02921.20.180
Finite Elements Method 1	ILV	2,0	2,0	M1.02921.20.170
Plane Bearing Structures 2	VO	1,0	1,0	M1.02921.20.200
Art of Construction Past - Future	ILV	2,0	2,0	M1.02921.20.190
Specialization Area: Project Management	Type	SPPS	ECTS-Credits	Course number
Building Operation MC	ILV	1,5	2,0	M1.02922.20.260
Construction Project Management MC-2	ILV	2,0	2,0	M1.02922.20.210
Construction Economics MC-2	ILV	2,0	2,0	M1.02922.20.220
Facility Management	VO	2,0	2,0	M1.02922.20.250
Principles of Leading	SE	1,0	1,0	M1.02922.20.230
Optional subject	Type	SPPS	ECTS-Credits	Course number
Facade Engineering	ILV	2,0	2,0	M1.02920.00.750
Special Chapters (e.g. Glass, Steel, Membrane Structures)	ILV	2,0	2,0	M1.02920.00.720
Studio Architectural Typology 1	ILV	2,0	2,0	B1.02900.20.160

Semester 4 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Master Thesis Seminar	SE	1,0	4,0	M1.02920.40.400
Master Thesis	MT	0,0	23,0	M1.02920.40.410
Master Examination	DP	0,0	3,0	M1.02920.40.420

Semester 1 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Construction Economics MC-1	ILV	2,0	2,0	M1.02920.10.010
Design Methodology	ILV	1,5	3,0	M1.02920.00.770
Property Evaluation	ILV	1,5	2,0	M1.02920.00.510
Project Work 1 Group 1	PT	2,0	8,0	M1.02920.10.050
Project Work 1 Group 2	PT	2,0	8,0	M1.02920.10.050
Formwork Technology	SE	1,0	1,0	M1.02920.10.020
Particulars in Concrete Construction	ILV	2,0	2,0	M1.02920.00.700
Steel Composite Construction	ILV	2,0	2,0	M1.02920.10.040
Tunnel Construction MC - PM	ILV	1,5	2,0	M1.02920.00.530
Prestressed Concrete	ILV	2,0	3,0	M1.02920.10.030
Specialization Area: Desgin and Construction	Type	SPPS	ECTS-Credits	Course number
Plane Bearing Structures 1	VO	1,0	1,0	M1.02921.10.060
Advanced Mathematics	ILV	2,0	2,0	M1.02921.10.070
Timber Construction MC	ILV	2,0	2,0	M1.02921.10.090
Bearing Structure - Design and Construction	PT	2,0	3,0	M1.02921.10.080
Specialization Area: Project Management	Type	SPPS	ECTS-Credits	Course number
Construction Project Management MC-1	PT	2,0	2,5	M1.02922.10.110
Data Processing MC-1	ILV	2,0	2,0	M1.02922.10.100
Mathematics in Finance	ILV	2,0	2,0	M1.02922.10.140
Quality Management in Construction	VO	1,5	1,5	M1.02922.10.130

Semester 3 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Baudynamik - Modellbildung und Modalanalyse	ILV	2,0	2,0	M1.02920.00.740
Bridge Construction	ILV	2,0	2,0	M1.02920.30.260
Engineering Sociology and Responsibilty	SE	1,0	1,0	M1.02920.30.290
Repair Procedures and Remediation	ILV	2,0	2,0	M1.02920.30.270
Sustainability Strategies in Construction	ILV	1,0	1,0	M1.02920.30.280
Project Work 1 Group II	PT	2,0	8,0	M1.02920.10.050
Project Work 3	PT	1,0	10,0	M1.02920.30.300
Specialization Area: Desgin and Construction	Type	SPPS	ECTS-Credits	Course number
Structural dynamics 2	ILV	3,0	4,0	M1.02921.30.320
Structural Analysis MC	ILV	1,0	1,0	M1.02921.30.340
Fastening Technology and Strengthening of Structures	ILV	2,0	2,0	M1.02921.30.330
Finite Elements Method 2	ILV	2,0	3,0	M1.02921.30.310
Specialization Area: Project Management	Type	SPPS	ECTS-Credits	Course number
Claim Management	ILV	1,0	1,5	M1.02922.30.390
Investment and Financing	ILV	2,0	2,5	M1.02922.30.350
Conflict Management and Negotiation Techniques	SE	2,0	2,5	M1.02922.30.380
Project Development	ILV	2,0	2,5	M1.02922.30.360
Technical Building Management	VO	1,0	1,0	M1.02922.30.370
Optional subject	Type	SPPS	ECTS-Credits	Course number
Abschlussarbeit Recht	ILV	0,0	0,4	M1.02920.70.640
Employment Law	ILV	1,0	1,2	M1.02920.70.600
Environment Protection Law and Environment Impact Assessment	ILV	1,0	1,2	M1.02920.70.630
Public Procurement Law	ILV	1,0	1,2	M1.02920.70.620

Semester 2 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Advanced Pavement and Road Design	ILV	2,0	2,0	M1.02920.00.780
Baudynamik - Modellbildung und Modalanalyse	ILV	2,0	2,0	M1.02920.00.740
Building with UHPC	ILV	2,0	2,0	M1.02910.30.310
Building Physics - Climate Concepts	ILV	2,0	2,5	M1.02920.20.150
Historische Baukonstruktionen im Kontext der zerstörungsfreien Bauwerkanalyse	SE	2,0	2,0	M1. 02920.00.760
Internationale Projektabwicklung aus ganzheitlicher Sicht	ILV	1,5	2,0	M1.02920.00.525
Hydraulic Construction	ILV	2,0	2,5	M1.02920.20.140
Real estate valuation	ILV	2,0	2,0	M1.02920.00.590
Project Work 2	PT	2,0	10,0	M1.02920.20.410
Specialization Area: Desgin and Construction	Type	SPPS	ECTS-Credits	Course number
Structural dynamics 1	ILV	2,0	2,0	M1.02921.20.160
Data Processing MC-2	ILV	2,0	2,0	M1.02921.20.180
Finite Elements Method 1	ILV	2,0	2,0	M1.02921.20.170
Plane Bearing Structures 2	VO	1,0	1,0	M1.02921.20.200
Art of Construction Past - Future	ILV	2,0	2,0	M1.02921.20.190
Specialization Area: Project Management	Type	SPPS	ECTS-Credits	Course number
Building Operation MC	ILV	1,5	2,0	M1.02922.20.260
Construction Project Management MC-2	ILV	2,0	2,0	M1.02922.20.210
Construction Economics MC-2	ILV	2,0	2,0	M1.02922.20.220
Facility Management	VO	2,0	2,0	M1.02922.20.250
Principles of Leading	SE	1,0	1,0	M1.02922.20.230
Optional subject	Type	SPPS	ECTS-Credits	Course number
Build in Scale 1:1	ILV	2,5	4,0	M1.02910.30.520
English 1 - Creativity and Innovation	ILV	2,0	2,0	M1.02920.00.800
English 2 - Communication and Management Skills	ILV	2,0	2,0	M1.02920.00.810
Facade Engineering	ILV	2,0	2,0	M1.02920.00.750
Free elective course 1	ILV	1,0	1,0	M1.02920.00.900
Free elective course 2	ILV	1,5	2,0	M1.02920.00.910
Free elective course 3	ILV	0,5	0,5	M1.02920.00.920
Building Technology 1	ILV	2,0	2,0	B1.02900.30.410
Hydraulic Construction	ILV	2,0	2,0	M1.02920.00.580
Cybernetic Management	ILV	1,5	2,0	M1.02920.00.500
Project Controlling	ILV	1,5	2,0	M1.02920.00.550
Special Chapters (e.g. Glass, Steel, Membrane Structures)	ILV	2,0	2,0	M1.02920.00.720
Studio Architectural Typology 1	ILV	2,0	2,0	B1.02900.20.160
Contract Management	ILV	1,5	2,0	M1.02920.00.560

Semester 4 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Master Thesis Seminar	SE	1,0	4,0	M1.02920.40.400
Master Thesis	MT	0,0	23,0	M1.02920.40.410
Master Examination	DP	0,0	3,0	M1.02920.40.420

Semester 1 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Construction Economics MC-1	ILV	2,0	2,0	M1.02920.10.010
Design Methodology	ILV	1,5	3,0	M1.02920.00.770
Property Evaluation	ILV	1,5	2,0	M1.02920.00.510
PPP and Project Execution Abroad	ILV	1,5	3,0	M1.02920.00.520
Project Work 1	PT	2,0	8,0	M1.02920.10.050
Formwork Technology	SE	1,0	1,0	M1.02920.10.020
Particulars in Concrete Construction	ILV	2,0	2,0	M1.02920.00.700
Steel Composite Construction	ILV	2,0	2,0	M1.02920.10.040
Tunnel Construction MC - PM	ILV	1,5	2,0	M1.02920.00.530
Prestressed Concrete	ILV	2,0	3,0	M1.02920.10.030
Specialization Area: Desgin and Construction	Type	SPPS	ECTS-Credits	Course number
Plane Bearing Structures 1	VO	1,0	1,0	M1.02921.10.060
Advanced Mathematics	ILV	2,0	2,0	M1.02921.10.070
Timber Construction MC	ILV	2,0	2,0	M1.02921.10.090
Bearing Structure - Design and Construction	PT	2,0	3,0	M1.02921.10.080
Specialization Area: Project Management	Type	SPPS	ECTS-Credits	Course number
Construction Project Management MC-1	PT	2,0	2,5	M1.02922.10.110
Data Processing MC-1	ILV	2,0	2,0	M1.02922.10.100
Mathematics in Finance	ILV	2,0	2,0	M1.02922.10.140
Quality Management in Construction	VO	1,5	1,5	M1.02922.10.130

Semester 3 - (Curriculum 2020)

Lecture	Type	SPPS	ECTS-Credits	Course number
Bridge Construction	ILV	2,0	2,0	M1.02920.30.260
Engineering Sociology and Responsibilty	SE	1,0	1,0	M1.02920.30.290
Repair Procedures and Remediation	ILV	2,0	2,0	M1.02920.30.270
Sustainability Strategies in Construction	ILV	1,0	1,0	M1.02920.30.280
Planen und Bauen mit UHPC	ILV	3,0	3,0	M1.02920.00.710
Project Work 3	PT	1,0	10,0	M1.02920.30.300
Specialization Area: Desgin and Construction	Type	SPPS	ECTS-Credits	Course number
Structural dynamics 2	ILV	3,0	4,0	M1.02921.30.320
Structural Analysis MC	ILV	1,0	1,0	M1.02921.30.340
Fastening Technology and Strengthening of Structures	ILV	2,0	2,0	M1.02921.30.330
Finite Elements Method 2	ILV	2,0	3,0	M1.02921.30.310
Specialization Area: Project Management	Type	SPPS	ECTS-Credits	Course number
Claim Management	ILV	1,0	1,5	M1.02922.30.390
Investment and Financing	ILV	2,0	2,5	M1.02922.30.350
Conflict Management and Negotiation Techniques	SE	2,0	2,5	M1.02922.30.380
Project Development	ILV	2,0	2,5	M1.02922.30.360
Technical Building Management	VO	1,0	1,0	M1.02922.30.370
Optional subject	Type	SPPS	ECTS-Credits	Course number
Abschlussarbeit Recht	ILV	0,0	0,4	M1.02920.70.640
Employment Law	ILV	1,0	1,2	M1.02920.70.600
ARGE - Legal Basis and Principles of Operation	ILV	1,0	1,2	M1.02920.70.610
Environment Protection Law and Environment Impact Assessment	ILV	1,0	1,2	M1.02920.70.630
Public Procurement Law	ILV	1,0	1,2	M1.02920.70.620

Good to know

As a graduate engineer in the field of civil engineering, you will find your place in management positions in small companies as well as in industrial groups, mostly at home but often abroad, from the structural engineering office to large construction sites.

Construction planning, construction execution or construction control are the superordinate fields of activity. By passing a subsequent civil engineer or master builder examination you will also acquire the authority to independently manage planning and construction companies.

The possibility of taking up doctoral studies at a technical university in Germany or abroad as a graduate of the master's degree program also opens up academic careers for you.

The fields of activity of civil engineers include planning, construction execution or construction control. Graduates can acquire the authority to independently manage planning and construction companies by taking a civil engineer or master builder examination. There is also the possibility of building on the Master's degree in civil engineering with a doctorate.

GRADUATES ARE ACTIVE IN THE FOLLOWING AREAS

Design and construction
Structural design and statics
Construction industry and management
Construction and project management
Construction and project control
Construction site coordination - Project development
research and development

THE DESIGNATION OF A EUROPEAN ENGINEER (EUR ING)

FEANI is the Federation of European National Engineering Associations. Its Austrian representative is the Austrian Association of Engineers and Architects (ÖIAV).

The civil engineering degree programs of the Carinthia University of Applied Sciences are listed in the FEANI Index and thus provide the necessary basis for an application for the title of a European Engineer (EUR ING).

The FEANI member associations are authorised to award the EUR ING as proof of professional qualifications in the field of engineering across European borders. Especially for professional activities outside of Europe, the EUR ING brings important advantages in the recognition of professional status.

The prerequisite for obtaining the EUR ING is the proven combination of theory and practice through training and professional experience. The quality of EUR ING certification is ensured by a three-stage examination procedure of submitted skills and experience.

Requirements:

At least 3 years of study of an engineering science (INDEX-.study course* or recognised equivalent)
At least 2 years experience in engineering professions
At least 7 years cumulative experience as an engineer through studies and work

The successful completion of the Master's degree program in Civil Engineering subsequently entitles the holder to pursue a doctoral program in accordance with § 6 FHStG (4).

Of course, graduates of the master's degree program in civil engineering can also go into self-employment after passing the civil engineer or master builder exam.

Career Profile

Peter Hebein

Peter Hebein maturierte an der HTL für Tiefbau. Da er nicht gleich arbeiten gehen, sondern sich in diesem Bereich weiterbilden wollte, entschloss er…

Oliver Gusella

Der gebürtige Südtiroler absolvierte den Bachelor, wie auch den Master in Bauingenieurwesen an der FH Kärnten.

Oliver Schwarz

Niederlassungsleiter und Prokurist einer Baufirma im Bereich Hochbau in Wiener Neustadt und für die Regionen Wien, Niederösterreich und Burgenland

Karl Brandstätter

Manager bei Waagner Biro Bridge Services in Dubai, Vereinigte Arabische Emirat

Statements

Learning by Doing - das Berufspraktikum

"Das Berufspraktikum bildet einen sehr wesentlichen Bestandteil des Architekturstudiums im Hinblick auf Praxisorientierung. Hier wird zum ersten Mal über den Studienalltag hinaus das Erlernte von den Arbeitgebern gefordert. Das Gefühl an etwas Realem mitzuarbeiten und bis her Erlerntes einbringen zu können, beflügelt und gibt Anreiz, das weitere Studium umso fokussierter und zielorientierter zu bestreiten. Darüber hinaus gibt es die Möglichkeit die unterschiedlichsten Büros kennen zu lernen. Wieder zurück an der Hochschule wird in einem abschließenden Vortrag, das Wissen mit den Mitstudierenden geteilt. Ich selber habe unterschiedliche Praktika während meines Studiums in der Schweiz und in Vorarlberg absolviert. Dies gab mir die Möglichkeit eines interkulturellen Dialoges und ich konnte meine Fähigkeiten auch mit anderen messen."

DI Elias Molitschnig
Absolvent und Wissenschaftlicher Mitarbeiter im Studiengang Architektur

Auslandspraktikum als Chance nutzen!

"Aufgrund meiner Faszination für die Stadt Barcelona habe ich beschlossen, mein sechsmonatiges Praktikum - das im Lehrplan im 5.Semester des Architekturstudiums vorgesehen ist - beim international agierenden Architekturbüro AZPA (Alejandro Zaera Polo Architecture) in Barcelona zu absolvieren. Ein vor dem Beginn des Praktikums absolvierter Katalanisch-Sprachkurs war dabei ein wichtiger Schlüssel zum Verständnis der katalanischen Kultur. In den sieben Monaten konnte ich nicht nur an umfangreichen Projekten im In- und Ausland und bei Wettbewerben gegen die renommierten Architekten Norman Foster, Souto de Mora, Richard Rogers, Rafael Moneo, David Chipperfield, Dominique Perrault und Nieto Sobejano arbeiten, sondern auch neue Computerprogramme und Tätigkeitsabläufe erlernen. Eine besonders wichtige und entscheidende Aufgabe war die Teamleitung für einen Wettbewerb in Hamburg, bei dem ich die an der Fachhochschule vermittelten Fähigkeiten anwenden konnte und dabei das verantwortungsvolle Umgehen und Handling mit neuen, ungewohnten und nicht immer leichten Situationen als Verantwortlicher kennenlernte. Es sind gerade diese Erfahrungswerte, die das Berufspraktikum, das Teil des Studiums ist, so wertvoll machen."

DI Thomas Harlander
Absolvent

Lehrende aus der Praxis

„Die Lehrenden haben durchwegs einen exzellenten Ruf und auch die externen Mitarbeiter haben allesamt Rang und Namen in der Branche. Besonders schätze ich an diesem Architekturstudium die Kombination aus fundiertem technischem Basiswissen und genügend Raum für Kreativität. Auch ein Bauprojekt in Südafrika bleibt mir in bester Erinnerung. Man kann seine Ideen als Student sehr gut entfalten."

DI Hannes Sampl
Absolvent Master-Studium Architektur
LP Architektur ZT GmbH

Praxisnahe Ausbildung und Kontakte zur Wirtschaft

"Die praxisnahe Ausbildung bildet eine hervorragende Basis für eine individuelle Karriere im Bereich Bauwesen. Durch das 4-monatige Berufspraktikum im Bachelorstudium bekommt man die Gelegenheit, schon während des Studiums ins spätere Berufsleben hineinzuschnuppern. Gastvorträge von Firmen und Exkursionen direkt auf die Baustelle geben einem die Chance mit potentiellen späteren Arbeitgebern in Kontakt zu treten und können das Sprungbrett für die Zukunft sein. Der
praxisnahe Stundenplan und die gegenstandsübergreifenden Projekte während des Studiums bereiten einen bestens für den Berufseinstieg vor."

Dipl. Ing. Birgit Probst
Absolventin

Der perfekte Studienort

„Einer der Gründe mich für ein Architekturstudium in Spittal zu entscheiden, war mit Sicherheit die Schönheit unseres Fachhochschulgebäudes. Das historische Bauwerk ist meiner Meinung nach der ideale Ort um Architektur zu lehren und zu lernen. Ein weiterer Vorzug, den ein Studium in einer kleineren Stadt mit sich bringt, ist das günstige Wohnen. Die Umgebung bietet ein vielfältiges Angebot zur Gestaltung der Freizeit: Im Sommer lädt der Millstättersee zum Baden und Sonnetanken, im Winter das Goldeck zum Schifahren und Snowboarden ein. Trotz seiner Überschaubarkeit spricht eine gute Verkehrsanbindung für Spittal. Vom neu umgebauten Bahnhof aus lassen sich sowohl Villach und Klagenfurt als auch Salzburg und München mit dem Zug in kurzer Zeit erreichen."

DI Jasmin J. Kindler
Absolventin und Wissenschaftliche Mitarbeiterin Architektur

Die persönliche Betreuung steht im Vordergrund

"Im Bachelor-Studium Architektur werden uns Studierenden umfassende Grundlagen der Architektur und des Bauens vermittelt. Wir werden vielseitig inspiriert und profitieren von der persönlichen Betreuung, Unterstützung und dem Engagement der Lehrenden, die ihre diversen Praxiserfahrungen einbringen und unsere kreative Entwicklung bestärken und fördern."

Gerlinde Zuber, Bsc
Absolventin
Bachelor-Studium Architektur

Faculty and Staff - Civil Engineering

Management

Dean of Civil Engineering & Architecture

Austrian grading scheme	Definition
1	EXCELLENT: Outstanding Performance
2	GOOD: Generally good, but with some errors
3	SATISFACTORY: Generally sound work with a number of substantial errors
4	SUFFICIENT: Performance meets the minimum criteria
Successfully completed	Positive Leistung, wo eine genaue Differenzierung nicht tunlich ist.
5	UNSATISFACTORY: Substantial improvement necessary; requirement of further work.
Not completed	Negative performance, where a strict differentiation is not adequate
Recognised	Transfer credits for courses with equivalent learning outcomes (previous education, other university etc.) which were successfully completed.

COURSES & SUMMER SCHOOLS