Studies for Wineners 2014 English

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STUDIES FOR

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ADDED-VALUE FOR THE FUTURE

IMPRINTpublished by: Montanuniversitt Leoben, Franz-Josef-Strae 18, 8700 Leoben, Austria/Europe Tel. +43 3842 402-0, Fax: +43 03842 402-7012Layout &Editorial Staff: Sophie Zeiler M.Sc., Mag. Christine AdackerPrinted by: Druckexpress TschPicture Copyright: Wilfried Eichlseder (2), Petair/fotolia.com, zmkstudio/fotolia.com, Foto Freisinger, Bernd Fejer (Cover); Foto Frei-singer (page 5 (1)), Foto Freisinger (page 6, 32), 0MV, RAG (page 14), Simon Kraus/fotolia.com, Digishooter/fotolia.com (page 16),Robert Frankl (page 17), MTU Aero Engines GmbH (page 18), Atomic/Mirja Geh (page 20), Abenteuer Erzberg, Maksim Toome/fotolia.com (page 22), Wilfried Eichlseder (page 24 (2)), Maximilian Wunderl (page 26), Loungerie (page 28), Bigshot (page 30); Rest: BerndFejer, Montanuniversitt Leoben

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As a technical university with a unique profile,Montanuniversitt Leoben claims a specialposition in both the Austrian and internati-

onal academic landscape. The study programmesoffered - with their specific focus areas - can onlybe pursued in Leoben. As a result, Montanuniversi-tt graduates are amongst the most sought-afteracademics of all.

As one of the smallest universities in Austria, Mon-tanuniversitt offers students an outstandingly goodinfrastructure and the best possible attention fromacademic staff. Due to its comfortable size, studentsbenefit from the close cooperation with their lec-turers, and any problems can be solved swiftly andefficiently. The concept mass university is foreignin Leoben. Montanuniversitt has been ranked thebest university by HR managers for the sixth timein a row, in a survey carried out by the Austrian ma-gazine Format.

First year of common studies

Studies are based along the value-added chain (page2), from the raw materials and production materials,on to the finished product and to the end of thelife cycle with recycling and disposal. The range ofstudies is complimented by multidisciplinary fieldssuch as Industrial Energy Technology and IndustrialLogistics.The first year of studies, as an introductory phasefor guidance and orientation, is the same for all stu-dents. As a result, students can switch study pro-grammes seamlessly at the end of the first year wi-thout losing any time. In these first two semesters,

particular attention is given to the basic subjects,and all first-year students are brought to a uniformacademic level. In the beginning the curriculum co-fers the following subjects: physics, mathematics,computer applications and programming, chemistry,and mechanics. These courses are held in German.

Available degreesAll study programmes grant a Bachelor of Sciencedegree after seven semesters. This is followed by amore in-depth masters programme (three or foursemesters, depending on the programme) and a sub-sequent masters thesis. Upon successful completi-on of their graduate studies, students receive theacademic title of Diplomingenieur, which is equi-

valent to the qualification of a Master of Science.Afterwards, students can opt for a doctoral degree(six semesters). During their studies, all students arerequired to complete a six-month internship at acompany that is relevant to their fields of studies.

Excellent career prospectsMontanuniversitt has always been closely associa-

ted with industry. Many projects are in cooperationwith various companies, so students are integratedinto a network which provides them with a head-start into the professional world from a very earlystage. Due to the strong practice-oriented style ofinstruction, students are always kept abreast of thelatest developments and rapidly find themselves athome in their vocations.Graduates from Leoben are in greater demand thanever before - industry and the professional world areconstantly in need of more experts.

STUDIES FOR WINNERSIt is the students that shape the future potential of Montanuniversitt Leoben. Their academic excellence

and social competence is a crucial factor for Austrias position in the global competition as a hub forindustry and research.

Montanuniversitt isan open-minded, in-ternational and value-based institution thatfeatures a unique pro-file. It is located in an

attractive high-techregion with globalnetworks to industryand research, and it isdedicated to the unityof excellent teachingand research.

Rector Wilfried Eichlseder

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Pre-registrationttp://starter.unileoben.ac.at/

en/3435/


SERVICES

Admission and enrolmentAt some Austrian universities, different selectionprocedures have been introduced for a variety ofstudy programmes in order to reduce the number offirst-year students embarking on their studies. Ourstudy programmes at Leoben are not affected by thisproblem, all Austrian high school students with apositive result in their final school examination canenrol at Montanuniversitt Leoben.

Admission international studentsWhether you are coming as a regular degree studentor as an exchange student, the International Rela-

tions Office and the Registrars Office are committedto providing you with a meaningful academic andpersonal experience at Montanuniversitt Leoben.For more information on enrolling as an inter-national student, please visit our homepage atwww.unileoben.ac.at/en, providing you with all therelevant information for admission and the prepara-tory steps that need to be taken before your departure.For further questions on the admission process,contact [email protected].

University Preparation Programme

The University Preparation Programme offers inten-sive courses for international (non-EU citizenship)applicants for a place at Montanuniversitt Leoben.Participation in this program is prescribed by a no-tice, if the student cannot prove his/her proficiencyin German and/or if supplementary examinations(e.g. in mathematics, physics, chemistry, descriptivegeometry) are necessary for the equivalence of thesecondary school leaving diploma.E-mail: [email protected]

First common year of studiesThe first year of studies is identical for all pro-grammes, thus first-year students may change theirmajor without losing any time or having to take ex-

tra classes. The first two semesters provide the basicskills and knowledge required to study a technicalsubject, such as chemistry, physics, and mathema-tics. Montanuniversitt has plenty of practice andlaboratory spaces available for all students so thatthere are no waiting times for lab courses.

Mentoring projectRight from the start, Montanuniversitt attachesgreat importance to personal support and mento-ring. In order to facilitate the start into the acade-mic world, first-year students are mentored by olderstudents who will assist them during the orientation

phase.

Austrian Student Union [sterreichische Hoch-schlerschaft - H]The Austrian Student Union is the legal representa-tive body of all students in Austria. The homepage ofthe H Leoben provides valuable tips concerning thebeginning of your first year of studies and studentlife in Leoben.Students are required to pay the H fee of 18,50Euro per semester (as of winter semester 2014/15).http://oeh.unileoben.ac.at

Important contact informationMontanuniversitt LeobenFranz-Josef-Strasse 188700 LeobenAustria, EuropeTel.: +43 3842 402 0www.unileoben.ac.at

Rectors Office: +43 3842 402 7001 orE-mail: [email protected] Office: +43 3842 402 7040 orE-mail: [email protected] Relations: +43 3842 402 7230 orE-mail: [email protected]

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Further information forinternational students andadmission requirements:

[email protected]://www.unileoben.ac.at/ir


Public Relations: +43 3842 402 7221 orE-mail: [email protected] Student Union: +43 3842 402 8101 orE-mail: [email protected]

Campus life and additional services:

Exchange programmes and internationalityMontanuniversitt has a large number of agree-ments with partner universities worldwide, allowingstudents to study abroad for one or two semesters.Studying abroad is not only a great opportunity toacquire a foreign language, but above all promotes

cultural understanding, flexibility, increases yourcompetitiveness when entering the labour market,and is a wonderful personal enrichment. The Inter-national Relations Office supports and counsels allstudents who embark on their studies abroad.Furthermore, Leoben boasts an active internatio-nal community that organises events, conversationclasses as well as trips to surrounding areas. Everyother year, the Festival of Nations takes place withdance, music and international delicacies. This istruly a highlight in Leobens event programme.www.unileoben.ac.at/ir,

[email protected] (EU),[email protected] (Non-EU)

Cafeteria [Mensa]At the cafeteria, students may enjoy a great selec-tion of meals at affordable prices or just have a chatwith fellow students over a cup of coffee in the mo-dern Archduke Johann Building. The meal plan canbe downloaded at http://www.mensen.at.

University LibraryThe University Library includes the Main Library, theLibrary for Geosciences, the RWZ Library (in the RawMaterials and Materials Science Centre), the Poly-mer Engineering Library and the collections at the

different organisational units. The entire collectionof the University Library comprises 265,000 booksand 665 magazine subscriptions. With the launchof its search engine BUGL (German acronym forLibrary and University Complete Bibliography), Mon-tanuniversitt has set new standards for electronicsearches, as the system accesses half a billion docu-ments. The library staff supports students in mattersof literature search and how to use the librarys fa-cilities. Using the library and loaning books is freeof charge.http://bibliothek.unileoben.ac.at/en/334/[email protected]

University Sports Institute Leoben (USI)As a balance to academic life, the USI Leobenoffers a wide range of sports courses and trai-ning for small membership fees. For first-yearstudents, it is a great way to try out new sportsand meet fellow students at the same time.http://usi.unileoben.ac.at, [email protected]

Student SocietiesBesides classes and academic life at the universi-ty, Leoben features active and flourishing student

societies. Students can get involved in study-related,cultural, political or sports clubs and thereby makenew contacts and pursue their interests.

Centre for Languages, Education and CultureBesides their technical training, students are en-couraged to acquire foreign languages and to takeadvantage of the wide range of classes offered bythe Centre for Languages, Education and Culture.The comprehensive offer is rounded off by culturalevents and classes in the field of social competences.http://zsbk.unileoben.ac.at, [email protected]


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As the second biggest city in the province ofStryia, Leoben is a highly interesting place forstudents and researchers. The combination of

university life, research and close cooperations withinternational industry provides great prospects forLeobens future, both as an attractive city for stu-dents, as well as for research facilities. Outside theclassroom, students benefit from the high qualityof life and the citys broad range of sports and lei-sure activities. With its unique study programmes,Montanuniversitt holds a special position which isalso reflected in student life. Mining traditions and

customs are held in high regard and contribute toLeobens rich and active student life.

Events and nightlifeBesides campus life, Leoben also features festiveactivities and events for students such as the LE-Music-Night, when Leobens clubs and bars are tur-ned into small event stages, or major concerts atLeobens main square. A highlight in Leobens eventcalendar is the Gsser fair [Gsser Kirtag]. Thousandsof visitors from near and far come to see the longestfair strip in Austria, where one vending booth islined up after the other, and enjoy a glass of Gsser,

Austrias finest beer, in the Gsser beer tent.

Entertainment and culinary delights

In Leoben, you will often hear about Leobens re-fined water. This statement refers to Gsser beerwhich is brewed in Gss, one of the oldest districtsin Leoben. Beer connoisseurs and history enthusiastscan learn more about the beers origin, history andbrewing in the brewing museum. Visitors will quicklylearn what makes Leobens beer so special: the qua-lity and brewing expertise at its highest level.

Water, fun and relaxationThe water-experience-world Asia Spa combinesfun and relaxation in quite a unique way. Visitors

enjoy the synthesis of sports, fun and fitness on theone hand, and complete relaxation and wellness onthe other. The area comprises 45,000 m, and is onlya few minutes away from the city centre (walkingdistance).

Shopping and cultureShopping has reached a new dimension with theLeobenCityShopping (LCS). Right in the city cen-tre and built within the historic walls of a formerDominican monastery, shopaholics will find a widerange of stores as well as an assortment of cafs andrestaurants on an area of 200,000 m.

Under the slogan rails into the past, 2,000 years ofcity, regional and mining history are reviewed in thecitys MuseumsCenter. The art gallery [Kunsthal-le] is located in the same spacious building, wherespecial annual cultural and historical exhibitionshave attracted thousands of visitors for more thana decade.

250 euro for principal residenceIn order to facilitate the start in a new environment,the city council of Leoben has decided that studentsof Montanuniversitt Leoben who establish their

principle residence in Leoben for the first timereceive support by the city of Leoben in the formof LE-vouchers worth 250 euro. Prerequisite isthe registration for principle residence in Leoben.Each following year, the city of Leoben supports itsstudents with LE-vouchers worth 100 euro, providedthat the students can prove their principle residencein Leoben as of November 1st.

Traditions in Leoben: Students are celebrating

the end of the academic year .

The inner-city shopping centre LCS, LeobenConcerts: Leobens main square has been a

venue for a number of (music) events.

Asia Spa: The wellness oasis is the ideal place to

let an exhausting day at the university draw to

a leisurely end.


WELCOME TO LEOBENBesides campus life, the city of Leoben features a vibrant bar scene as well as asurprising mix of wellness, shopping and culture.

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HOUSING

Student halls "AkademikerhilfeHaus St. Alfons, Gsserstrae 15, 8700 Leoben Sauraugasse 2, 8700 Leoben Schillerstrae 27, 8700 Leoben Schillerstrae 29, 8700 Leoben

E-mail: [email protected].: +43 1 401 76-99www.akademikerhilfe.at

Student halls "Schlgel und EisenSalzlnde 16, 8700 LeobenE-mail: [email protected]

Tel.: +43 3842 43129www.studentenheim.info

Student halls "Berg- und Httenschule LeobenMax-Tendler-Strae 3, 8700 LeobenTel.: +43 3842 44888www.htl-leoben.at

Student halls of the Austrian Student UnionKerpelystrae 129, 8700 LeobenE-mail: [email protected].:+43 660 5610759 (Management)http://heim.oeh-leoben.at

Student halls "Collegium JosefinumErzherzog-Johann-Strae 4, 8700 LeobenTel.: +43 676 87426934E-mail: [email protected]/wb

Student halls "WIST"Roseggerstrae 10, 8700 LeobenE-mail: [email protected].: +43 316 836666-0www.wist.vc-graz.ac.at

Student halls operated by student societies:

Student halls "Studentisches Sozialwerk"Waasenstrae 13, 8700 LeobenTel.: +43 664 3789251http://vereine.unileoben.ac.at/studsozw/

Student halls "Weisses KreuzZellergasse 3, 8700 LeobenE-mail: [email protected].: +43 3842 42886http://vereine.unileoben.ac.at/weisseskreuz/

Student halls "Corps MontaniaJahnstrae 7, 8700 LeobenE-mail: [email protected].: +43 3842 43665www.fit-for-excellence.at

Student halls "Steirisches ErzAm Glacis 15, 8700 LeobenTel.: +43 699 10694322www.corpserz.com

Student halls "Montanistenhilfe Schacht

Max-Tendler-Strae 15, 8700 LeobenE-mail: [email protected].: +43 650 3736599www.corps-schacht.at

Student halls "Steirisches LederSalzlnde 19, 8700 LeobenE-mail: [email protected].: +43 3842437640www.vereine.unileoben.ac.at/stleder/

The following student halls and accommodation facilities are available to students in Leoben. It is recom-mended that applications are made in due time.

Provided by students for stu-dents - the online accommoda-tion service by H Leoben:

http://[email protected]


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LEOBEN & UNIVERSITY CAMPUS

Montanuniversitt is located in the center of

Leoben, right in the heart of the Provinceof Styria. The city can be reached quickly

and easily by train and by car.

Arriving by car:From Graz:On the A9 in the direction of Salzburg/Linz S 35 inthe direction of Bruck/Mur S 6 in the direction ofKlagenfurt/Leoben Exit Leoben East

From Carinthia:S 6 in the direction of Vienna Exit Leoben West

From Salzburg, Linz:

A 9 in the direction of Graz - St. Michael interchan-ge S 6 in the direction of Vienna Exit LeobenWest

From Vienna:S 6 via Semmering Exit Leoben East

Arriving by train:Railway lines Vienna Klagenfurt Villach or Salz-burg Graz; Leoben Main Station, then less than 5minutes on foot to the university.

Leoben


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1st semester

2ndsemester

3rdsemester

4thsemester

5thsemester

6thsemester

7thsemester

8thsemester

9th semester

10thsemester

STRUCTURE OF STUDIES

UNDERGRADUATE STUDIES

Available study programmes Applied GeosciencesMineral Resources Engineering Petroleum Engineering Industrial Energy Technology

Materials Science

Polymer Engineering and ScienceMetallurgyMechanical Engineering Industrial Logistics Industrial Environmental Protection Recycling

Duration: 7 semestersDegree: Bachelor of Science (BSc)

Fundamentals and specialist training, enabling the student to enter professional life

FIRST YEAR OF COMMON STUDIES

Within the bachelors degree, the first year of studies is the same for all students. Foundation courses:computer application and programming, mathematics, chemistry, physics, statistics, mechanics, in-troduction to montanistic sciences.

6-monthinternship

GRADUATE STUDIESAvailable study programmes

Applied GeosciencesMining and Tunnelling Raw Materials Engineering Industrial Management and Busi-ness Administration International Study Program inPetroleum Engineering Industrial Energy Technology

Materials Science Polymer Engineering and Science

MetallurgyMechanical Engineering Industrial Logistics Industrial Environmental Protection Recycling

Duration: 3 or 4 semesters / Degree: Master of Science [Diplomingenieur]

Option: PhD programme, 6 semesters


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Understandingthe earth,preserving it,and benefitingfrom it.

APPLIED GEOSCIENCES

Available degrees:

BSc, Dipl.-Ing. (MSc), Dr. mont. (PhD)

Duration:

7 semesters for the bachelors programme,3 semesters for the masters,

6 semesters for the doctoral programme

Focus:

Principles of geosciences, raw material geo-

logy, economic geology, mineral oil geology,

applied geophysics

Programme Director:

Univ.-Prof. Mag. Dr. Reinhard Sachsenhofer

[email protected].: +43 3842 402 6301

Undergraduate studiesAs a cross between traditional (mining) enginee-ring science and traditional geological studies, thiscourse prepares students for the national and in-ternational labour market, providing specialist skillsin the relevant scientific and technical disciplines,an understanding of geoprocesses and geomaterialswith regard to their significance in technical pro-blem situations. This wide range of activities callsfor an interdisciplinary training in natural sciences

and technology.

Graduate studiesThe masters programme in Applied Geosciencesprovides an intensification and supplementationof the specialist knowledge acquired during thebachelors programme. The modular structure of thisstudy programme allows for specialisations in thefollowing areas:

Applied Geophysics and Petroleum Geology: Thecombined implementation of geological andgeophysical techniques in the search for and ex-ploitation of mineral oil and natural gas deposits.

Raw Materials and Environmental Geology:Exploration of raw material deposits, theassessment and refinement of raw materials,the evaluation of geological risks and geologicalenvironmental risks incurred by human activity,and the rehabilitation of contaminated sites. Petroleum Geophysics: The use of specialgeophysical measuring processes on and offshoreand from the air in order to locate and exploremineral oil and natural gas deposits.

The masters programme is in part taught in English.

Qualification profile/fields of employmentApplied Geosciences are an important interdiscipli-nary subject in the general field of environmentalprotection (spatial acquisition and interpretation ofgeological/geochemical/geophysical data as a basisfor spatial planning, the analysis of geological risks,and environmental impact assessment). Graduatesof Applied Geosciences find professional opportuni-ties on a national and international level, in compa-nies operating in the fields of mining, raw materials,exploration, mineral oil and natural gas, and theirservice environments, in geophysics service com-panies, in construction material and utility materi-al industry, in engineering agencies, in companiesdealing with landfills, recycling, the rehabilitation

of contaminated sites, the construction sector, inprovincial geological services and regional corpora-tions, at universities and research institutions, andas independent civil engineers and consultants.

Applied Geosciences combines science and engineering in a unique way, and is particularly involved inthe exploration of raw materials and assessing their properties, groundwater exploration and protection,securing contaminated sites, as well as assessing geological risks and the geotechnical project planning

for construction projects.


Dipl.-Ing. Gloria Thrschmid, HOT Engineering

GmbH, Leoben:After completing mydegree in Applied Ge-osciences with a spe-cial focus on PetroleumGeophysics, I beganmy career as a petro-leum geologist withTOTAL in Luanda, Angola.

Currently, I work for HOT Engineering as ageoscientist. I travel a lot for various ongoing pro-

jects, measuring drilling cores, for example. Due tothe excellent education I received at Montanuniver-

sitt, I was able to acquire in-depth knowledge,equipping me with the abilities to master a varietyof different tasks.


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Mineral resour-ces are funda-mental for ourmodern indus-trial society andprosperity.

MINERAL RESOURCES ENGINEERING

Available degrees:


Duration:

7 semesters for the bachelors programme,

3 -4 semesters for the masters,6 semesters for the doctoral programme

Programme Director:

Univ.-Prof. Dipl.-Ing. Dr. Peter Moser

[email protected]

Tel.: +43 3842 402 6604

Undergraduate studiesDuring the first four semesters, the bachelors pro-gramme focuses on providing the fundamentals ofengineering and science. The subsequent three se-mesters include a broad range of technical studiescovering the entire spectrum from the extraction ofmineral raw materials, mineral processing, the pro-duction of building materials and ceramic productsup to tunnel construction.

Graduate studies

Building on the bachelors programme in MineralResources Engineering, students may pursue furtherstudies and choose one of three available mastersprogrammes. Many of the courses are held inEnglish.

Mining and TunnellingThis three-semester graduate programme offers thefollowing majors:Mining involves the surface and subsurfaceextraction of mineral resources, application ofdifferent road heading machines, mineral economics,recultivation and the management of raw material

projects.Geotechnics and Tunnelling is concerned withgeotechnical exploration, planning and theinstallation of underground structures, including therelated fields of surveying, geotechnical monitoring,geoinformation, construction contract matters, andconstruction management.Raw Materials and Energy Systems is concernedwith the extraction of energy resources, the usage ofenergy, production and supply. This major is offeredin the form of a joint diploma with cole NationaleSuprieure des Mines in Paris.

Raw Materials EngineeringThis graduate programme also takes three semestersand offers the following majors:Mineral Processing involves the processing of mineraland secondary resources to high-quality products bymeans of physical and chemical processes. Theseinclude comminution, sizing, separation processing,dewatering, dedusting, agglomeration and leaching.Building Materials and Ceramicspursues academictraining in the field of non-metallic inorganicmaterials (construction materials, mineral binders,refractories, ceramics, and glass).Mineral Processing and Energy Systems focuseson the processing of energy resources, the usage

of energy, the production and supply. This major isoffered in the form of a joint diploma with coleNationale Suprieure des Mines in Paris.

International Master of Science in AdancedMineral Resources Development (Joint MasterDegree Programme)

This masters programme is a cooperation withTechnical University Bergakademie Freiberg andthird international university. One semester is spentat each university, the masters thesis is written

throughouth the fourth semester. Central com-ponents of this degree are mineral economics andproject management, mining and environment andmining and techhnology.

Qualification profile/fields of employmentExecutive engineers in the raw materials industry,construction companies, refractory and ceramics in-dustry, plant construction, tunnel construction andin research.

The study programme is concerned with the extraction, processing and subsequent treatment of mineralraw materials and tunnelling.


Dipl.-Ing. Nina Pressler, Imerys Talc Europe, Plan-

ning & Resources De-partment, France:In addition to my stu-dies, I was working athome and abroad in or-der to enhance my the-oretical knowledge withhands-on experience. Inmy current job, I travel alot and support our af-

filiates in every step, from identifying a solution toinstalling the plant and its start of operation. The

profound education covering all aspects from mi-ning to processing provides me with the necessaryskills to master professional challenges.


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Oil and naturalgas will conti-nue to be themost significantresources andenergy sourcesin the years tocome.

PETROLEUM ENGINEERING

Available degrees:

BSc, Dipl.-Ing. (MSc), Dr.mont. (PhD)

Duration:


3 semesters for the masters,


Focus:

drilling technology, oil and gas production

technology, reservoir engineering and cha-

racterisation, business administration

Programme Director:

Univ.-Prof. Dipl.-Ing. Dr. Gerhard Thonhauser

[email protected]

Tel: +43 3842 402 3051

www.petroleumengineer.at

Undergraduate studiesThe bachelors programme Petroleum Engineeringprovides a set of knowledge and technical expertiseat a level expected of international bachelor gradu-ates in this field. Training is given in all focus areassuch as reservoir engineering, drilling engineering,production engineering as well as geosciences andbusiness administration, and provides graduateswith the skills to work in the petroleum industry athome and abroad.

Graduate studies International Study Programme in PetroleumEngineering

The masters programme aims at broadening theexpertise and further developing scientific skills inthe field of petroleum engineering, equivalent to thestandards of masters programmes at Anglo-Ame-rican universities. Students can choose one of thefollowing three focus areas:Drilling Engineering: static and dynamic designsof wellbore constructions, the dynamics of drillingprocesses, planning, monitoring, and assessment of

drilling projectsPetroleum Production Engineering: planning, layout,and maintenance of production systems and natu-ral gas storage facilities, methods for extending theservice lives of oil and gas fields, the utilisation ofgeothermal energyReservoir Engineering: monitoring the quality ofgeological modelling of reservoirs, conduct of fieldstudies

Industrial Management and Business Admini-stration

The masters programme aims at providing gradu-ates with a holistic and scientific approach to pro-blems and finding creative solutions. Well-establis-hed methods and theories in the fields of economicsand business management are taught, with greatemphasis on research. The programme is designedto promote skills and abilities that enable graduatesto resolve practical economic tasks and challengessuccessfully.

Qualification profile/fields of employmentWhile pursuing their studies, students will alreadyhave the opportunity to gain an insight into theirfuture professions in the course of their mandato-ry practical field work. Graduates are prepared for

their employment on drilling rigs and productionsites, and as planning engineers in drilling, reservoirand production engineering as well as in the field ofpipeline and plant engineering. Due to their broadeducation, graduates hold leading positions at alllevels. Leoben Petroleum Engineers work for petro-leum companies, in energy management, in subsur-face engineering, and consulting firms, as well as inresearch and development.

Special featureMontanuniversitt Leoben has become an inter-nationally acclaimed training centre for petroleumengineers. With English as the language of instruc-tion (5th semester onwards) and a variety of ex-change programmes with other leading universities,Leobens excellent reputation continues to be spreadthroughout the world.

Whether on a drilling rig or as a scientist in research and application in computer-oriented simulation -this extensive and versatile programme opens up a wide range of opportunities for graduates in the fieldof petroleum engineering.

Dipl.-Ing. Kerstin Schlagbauer, Statoil ASA,Norway:With lectures held inEnglish and numerous

internships completed,I was optimally prepa-red for my job in Nor-way. The big variety ofstudy areas, as well asthe ability to under-

stand and solve problems fast and independently,provide alumni of Montanuniversitt with the de-cisive competitive edge in the international oil andgas industry.



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INDUSTRIAL ENERGY TECHNOLOGY

Available degrees:


Duration:




Focus:

Sustainability, energy efficiency

Programme Director:

Univ.-Prof. Dipl.-Ing. Dr. Harald Raupenstrauch

[email protected]

Tel.: +43 3842 402 5800

The interdisciplinary study programme Indus-trial Energy Technology is concerned withresearch areas such as innovative energy

technologies, fuel technology, thermal processtechnology, electrotechnology, sustainability, eco-nomic and ecological assessment as well as energymanagement, the energy market and energy legis-lation. The main emphasis is on process engineeringand the raw materials and production industry.

Undergraduate studiesBesides basic training in engineering and science,students acquire knowledge and skills in the fieldsof process technology, energy technology, off-gastreatment, environmental analysis as well as busi-ness and economics. In semester 7, students are re-quired to submit a bachelors thesis.

Graduate studiesIn addition to the compulsory subjects in the fields ofenergy supply, energy use and consumption, energyprocess technology, and energy management, themasters thesis and relevant practical experience in

the industrial sector are essential components of themasters programme. The masters programme aimsat providing

fundamental skills and competences in energytechnology as well as specialist knowledge in theo-ry, methodology and industrial applications as wellas economic thinking, scientific and practical intensification in the fieldof energy technology, with particular emphasis onthe application and use of these skills, comprehensive problem solving skills in the areasmentioned in the field of sustainable energy tech-

nology, the skills to implement innovative, function- and

cost-optimised solutions for technical problemsthat are also environment-friendly,

an overview and the combination of single dis-ciplines by integrating a range of comprehensiveinterdisciplinary fields.

Qualification profile/fields of employmentThere is a high demand for energy technology engi-neers with comprehensive skills and expertise world-wide. The masters programme generally preparesstudents to know and execute all technical activitiesand tasks in research, approach development, pro-duct development, production, planning, distributi-

on, commissioning, service and maintenance as wellas to operate facilities and plants as a specialist, ina leading position or even in the executive manage-ment. The fields of activity for energy engineers are

general energy supply of industry, with specialfocus on sustainability and environmental com-patibility

development and supply of renewable and alter-native energy resources

energy conversion and industrial energy use with

high efficiency development and utilisation of innovative energy

technologies economic and ecological assessment of energy

efficiency and supply optimisation energy management energy oriented, sustainable distribution and

planning operations.

Considering that the worldwide demand for energy is continuously rising, it is of great importance toprovide students with the necessary skills to identify and utilise energy saving potentials in the field ofenergy technology.

A large proportionof primary energyconsumption - inEurope approx. 30percent- accountsfor industry.

Thus, the environ-mentally-friendly

and cost-effectivesupply, transportand use of energyare key require-ments for todaysindustries.

Dip.-Ing. Farzad Jafari Gol, OMV E&P, Austria:The versatile subjectscontained in this degree

convinced me to studyIndustrial Energy Tech-nology. The scope co-vered is immense, fromthe automobile industryto hydropower, renew-able energy and even

fossil fuels. In addition toin-depth technical knowledge, I was also able to ac-quire vital skills in economics. Therefore, I can nowsolve technical problems with regard to their finan-cial feasibility. Due to the broad spectrum taught,

alumni can choose from a variety of branches whereto pursue a career in.



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MONTAN

UNIVERSITT


19/32

Materials havehad and willcontinue to havea decisive im-pact on the so-cial and econo-mic developmentof mankind.

MATERIALS SCIENCE

Available degrees:

BSc, Dipl.-Ing (MSc)., Dr.mont. (PhD)

Duration:


3 semesters for the masters + internship,


Focus:

Metals science and materials testing, materials

physics, ceramic materials, nano and bioma-

terials, functional materials, materials forelectronics

Programme Director:

Univ.-Prof. Dipl.-Ing. Dr. Christian Mitterer

[email protected]

Tel.: +43 3842 402 4220

Materials science is the study of the corre-lation between the micro- and nanoscopicstructure and the macroscopic properties

of structural and functional materials.

Undergraduate studiesThe bachelors programme takes seven semesters.During the first four semesters the focus lies on thebasics of engineering and on natural sciences. Theessential knowledge of materials science, the pro-

perties of metallic and ceramic materials, are alsocovered in this time. In semesters five to seven, theemphasis is on properties and on the processing ofmaterials such as metals and their alloys, ceramicmaterials, polymeric materials, composites, as wellas semiconductor materials. Students acquire anunderstanding of the solid-state-physical pheno-mena of these material classes, as well as materialstesting and cutting-edge methods for examinationand analysis. At the end of semester seven, the ba-chelor programme is finalised with a bachelors the-sis on a materials science related topic.

Graduate studiesWithin the masters programme, two semesters arereserved for classes, and one semester is set asidefor the masters thesis. The programme is designedto enhance the students skills acquired during thebachelors studies and to specialise in certain coreareas. The following elective modules are offered:metallic materials

materials physics ceramic materialsmaterials for electronics physics of functional materials

Additionally, students can choose to focus on one ofthe following areas: biomaterials,modeling and simulation, polymeric materials,materials and energy technolgy

project and quality management.In the masters thesis, a research question in thefield of materials science is addressed. The thesiscan be completed at a university department or incooperation with a company relevant to the field ofresearch.

Qualification profile/fields of employmentThe job prospects for graduates of materials sciences

are exceptionally good. Whether at home or abroad,the demand for materials science engineers exceedsthe actual supply. Fields of employment for materi-als scientists are immensely varied and widespread.Besides basic research, materials scientists areconcerned with the development of materials andmaterial combinations with enhanced qualitiesas well as with the testing of materials. Moreover,materials scientists are essential in the fields of ap-plied technology and materials consultation, and

they are also involved with materials failure ana-lysis. Consequently, the entire range of industrieswhich manufacture, process and use materials isopen to materials scientists. These include the steeland light metal industry, the automotive industry,the aerospace and aviation sector, semiconductorsand microelectronics, communications technology,environmental protection, medical technology, andnano-technology.

Materials with custom designed properties play a key role in times of diminishing resources, rising ecolo-gical demands on production, recycling and energy efficiency of products.

Dipl.-Ing. Dr. RonaldSchnitzer, BhlerWelding, Austria:

The study of MaterialsScience enables oneto understand physi-cal correlations andphenomena. The pro-found basic trainingI received during the

course of my studies has been very helpful and be-neficial for my professional career. When choosingthis programme, you can be sure that excellent jobprospects lie ahead of you.



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MONTAN

UNIVERSITT


21/32

Our modernworld oftechnology isinconceivablewithout poly-mers.

POLYMER ENGINEERING AND SCIENCE

Available degrees:


Duration:




Focus:

Chemistry of polymeric materials, materials

science and testing of polymers, polymer and

composite processing, injection moulding of

polymers, design and production in polymerand composite materials

Programme Director:

Univ.-Prof. Mag. Dr. Wolfgang Kern

[email protected]

Tel.: +43 3842 402 2301

Graduates of the study programme PolymerEngineering and Science are trained to ma-ster all the applicable areas of development,

application, processing, and testing in polymer en-gineering, as well as the field of composite materi-als, and how to put them into effect successfully intheir profession later on. In the course of the studyprogramme, the most important specialist areas ofpolymer science and engineering along the value-added chain are taught. As a result, the programme

features a holistic character almost unique in Europeand even on a worldwide scale.

Undergraduate studiesThe seven-semester bachelors programme consists offour semesters of basic training, with supplementaryclasses in organic chemistry, fluid dynamics, machineelements, and materials science.In the subsequent three semesters, students are fa-miliarised with the chemistry of polymers, the phy-sical properties of polymers and elastomers, and thetesting of polymeric materials. Considerable attentionis paid to the processing and shaping of polymers and

composites, including plastics processing machinesand tools, drive technology, instrumentation andcontrol. As a fourth core discipline, the design andproduction of components of polymers and polymerbased composites is taught, such as fibre reinforcedpolymers and polymer-metal composites. A supple-mentary course covers the economic and businessmanagement principles of polymer engineering. Abachelors thesis is to be submitted as part of thebachelors programme.

Graduate studies

The masters programme (three semesters) furtherbroadens the students knowledge and provides spe-cial scientific advanced training for the profession.In-depth study is provided in one of the followingmajors:

polymeric materials development and cha-racterisation production technology and component design polymer lightweight construction

as well as a masters thesis.

A compulsory internship of 90 work days (undergra-duate studies) and 30 work days (graduate studies)at relevant companies complements the academictraining.

Qualification profile/fields of employmentThe professional prospects for the graduates in Po-lymer Engineering are excellent. The production ofpolymeric materials is growing more significantlythan any other material every year. Polymer engineersare in particular demand in large and medium-sizedcompanies in the plastics and rubber processing in-dustry (automotive industry, electrical engineering/electronics, medical technology, sports articles, ae-rospace industry, etc.). Excellent career opportunities

are also offered by polymer producing companies andthe producers of machinery and systems for polymerprocessing.

Innovative components made from polymer- and component based materials are key elements of life-saving security systems, refinded electronics, functional sports equiptment, engeryefficient traffic sys-tems and sustainable engergy.

Dipl.-Ing. Klaus Brzezowsky, MSC & MBA, Headof Development, NextGeneration Recycling-maschinen GmbH, Aus-tria: Innovative poly-mer materials and thefamiliar environmentat Montanuniverisittmade Polymer Enginee-

ring and Science theperfect choice for me. The degree provides compre-hensive training and lays a solid foundation for apromising career in the growing polymer industry. Ithas become impossible to imagine daily life withoutpolymers. This requires increasing focus on polymer-recycling, sustainability and environmental capabi-lities.



22/32


MONTAN

UNIVERSITT


23/32

Metallic mate-rials are foundin all areas ofeveryday lifeand are closelylinked to thedevelopment ofcivilisation.

METALLURGY

Available degrees:BSc, Dipl.-Ing. (MSc), Dr. mont. (PhD)

Duration:




Focus:

Primary and secondary extraction of metals,

sustained process development, down stream

processing, and materials technology of metals

Programme Director:

Univ.-Prof. Dipl.-Ing. Dr. Peter Schumacher

[email protected]

Tel.: +43 3842 402 3301

Undergraduate studiesThe first two semesters are identical to the first yearof studies for all bachelors programmes. The secondyear of study provides the basic training and skillsfor the bachelors programme; the specialisation insubject-related fields starts in semester five.

Graduate studiesThe following optional subjects are on offer:

Steel Technology: In this option, the basic me-

tallurgical principles of steel technology areconsidered in more detail, and special issues ofmetallurgical process technology are dealt with,as well as the specific manufacturing approachesof high-tech steel products in competition withother materials.Non-ferrous Metallurgy: The extraction of non-ferrous metals such as aluminum, copper, zinc,special metals, rare earth elements etc. are con-tinuously gaining importance in todays society.A particular point of focus here is represented bythe overall metallurgical consideration of primarymetallurgy and the recycling of scrap and resi-

dues, as well as sustainability. Casting Technology: This option provides expertisein casting technology, referring to the immediateproduction of metal components and intermedi-ates from the melt, from solidification to variouscasting processes. Forming Technology/Component Manufacture:The basic principles are taught which allow forthe process-accompanying simulation of sheetand massive working processes under considera-tion of the microstructure in the course of metalforming and the production of new and improved

products. Industrial Management: This option is designed toprovide methodological competence in industrialmanagement techniques and general manage-ment skills as well as interpersonal skills on a ma-nagement level. Thermal Processing: Students are instructed inthe process-related framework conditions of me-tallurgy, such as combustion, high temperature,and heat technologies, as well as energy and en-vironmental engineering.

Qualification profile/fields of employmentActivities of particular interest:

in the management of companies involved with

metal extraction and processing in consultancy with regard to effective use of ma-terials and manufacturing techniques in technical sales in research and development with regard to newprocesses, materials, and products in the planning, project management, and thehandling of construction of metallurgical produc-tion plants in the optimisation of processes in respect of en-

ergy, environmental compatibility, and businessmanagement.

Metallurgy is the science of the development, manufacture, and processing of metallic materials fromthe technical processing, economical, and ecological points of view. This also includes the furtherprocessing into components and process integrated recycling.

Dipl.-Ing. Dr.mont. Katharina Faerber, Pankl Ra-cing, Kapfenberg:Besides the profoundtheoretical know-how,I also gained great in-sight into industrialpractice. Internationa-lity was also of greatsignificance, and I had

the opportunity to doresearch at one of our

partner universities abroad. Even before graduating,I had already received a number of job offers, andeventually decided to take on a job at Pankl Racing,a global player in motor sports. Not only did I enjoymy studies at Montanuniversitt, but they preparedme well for the many day-to-day challenges in theprofessional world.



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MONTAN

UNIVERSITT


25/32

Leoben graduatesfind employmentin all fields ofindustry and atuniversities athome and abroad.

MECHANICAL ENGINEERING

Available degrees:


Duration:


3 semesters for the masters + internship,


Focus:

Advanced mechanical engineering, engineering

and design, production engineering,

mechatronics, heavy machinery

Programme Director:

O.Univ.-Prof. Dr. techn. Paul OLeary

[email protected]

Tel.: +43 3842 402 5301

Creativity and innovation are the drivingforces of mechanical engineering. In orderto meet the enormous innovative power of

our modern industrialised society, basic training,imagination and the ability to quickly respond tonew tasks and challenges are particularly impor-tant for mechanical engineers. From the design andconstruction on to the right choice of materials asthe highest decision-makers, mechanical engineersdetermine the development and implementation of

an idea to the end product.

Undergraduate studiesIn the first four semesters, the emphasis is onscientific and engineering subjects. On this basis,students receive a thorough training in the mostimportant disciplines of mechanical engineeringfrom semesters 5 through 7. The sound knowledge ofengineering forms a solid foundation for a more in-depth training within the masters programme. Thebachelors programme concludes with a (preferably)interdisciplinary thesis in order to enhance creativity,team spirit, and networked thinking.

Graduate studiesThe masters programme gives an overall perspectivefrom the conception of an idea to the final product.Students gain scientific as well as application-ori-ented skills in the fields of development, construc-tion, industrial production technology, automation,mechatronics and heavy machinery, including theconcept of sustainability and further multidiscipli-nary and supplementary subjects. The following ma-

jors are offered: advanced mechanical engineering

engineering and design production engineeringmechatronics heavy machinery

Specialised courses address subjects such as productand process development and materials engineering.In compliance with a modern and comprehensiveeducation in mechanical engineering, fields suchas modelling and simulation as well as lightweightconstruction are covered. Due to this wide selec-tion of options, a great range of career paths andexcellent job prospects are open to graduates.

Qualification profile/fields of employmentMechanical engineers work as product engineers,process developers, planning or design engineers,automation specialists, heavy machinery engineers,quality managers or plant managers in the techni-cal management, and many other fields of activity.The scientific specialisation, in particular within thecourse of the masters thesis, provides the optimumfoundation for subsequent doctoral studies and re-search activities.

The field of activity for mechanical engineers is particularly diverse. It includes research and develop-ment, design, automation, production, sales and marketing, and the maintenance of machinery andsystems. A specialty of Leobens mechanical engineers is their expertise in materials science.

Dipl.-Ing. Dr.mont. Christoph Haberer, HeadGear Manufacturing,Sandvik Mining andConstruction:The Mechanical En-gineering study pro-gramme offers anexcellent academictraining with a widerange of specialisationsavailable. Not only my

studies in Leoben, but also the university environ-ment provided me with an excellent basis for a suc-cessful career in research and business on a nationaland international level."



26/32


MONTAN

UNIVERSITT


27/32

Future chal-lenges lie inthe increasing

complexityand rapidity ofinternationalbusiness activity.

INDUSTRIAL LOGISTICS

Available degrees:


Duration:




Focus:

Logistics engineering, logistics management,

production planning and control, process and

complexity management, optimisation of

logistics systems

Programme Director:

Univ.-Prof. Dr. Helmut [email protected]

Tel.: +43 3842 402 602

Due to constantly changing market conditions,logistics is of particular importance to thesuccess of a company.

Undergraduate studiesThe bachelors programme in Industrial Logisticsaims to prepare students by providing the core skillsexpected of a logistics executive in the fields oftechnical, methodological, and social competence.Following the basic training, a three-semester in-

tensification is provided in the fields of: logistics and logistics technology process management business administration and process manage-ment information technology

Graduate studiesWithin the masters programme, students choose on the basis of a joint compulsory subject range two different fields from a range of focus areas:

logistics management computational optimisation

automation logistics systems engineering

Within the masters studies, a number of lecturesand courses is held in English in order to enhanceinternational exchange.

Qualification profile/fields of employmentTop logisticians are some of the most widely sought-after specialists on both the national and interna-tional labour markets. Their expertise not only in-cludes business management and technical skills,

but also proficiency in the fields of communicationand information technology. Essential preconditionsare competence in project management and certainpersonality features, such as the ability to work inteams. Todays logistics specialist must, more thanever, have knowledge of process management in or-der to secure the optimisation of the entire process.The powerful mix of economics and technology, witha solid basis of natural sciences, enable the Leobenlogistics graduates to meet the challenges of themarket.Industrial logistics specialists are to be found in par-ticular in the fields of material management, supplychain planning and control, industrial purchasing,organization and process management, informati-

on technology, and disposal. Other areas of activityare companies which are involved in warehouse au-tomation, transport and conveyor technology, andcontainer management.Relevant sectors include industrial engineering, pro-duct-optimisation, material flow management, theraw materials industry, the electronics industry andlogistics service providers. The demand for qualifiedpersonnel in the labour market still exceeds supplysignificantly.

Industrial logistics represents the link between procurement markets (supplier), production facilities(plants), and sales markets (customers). The programme provides comprehensive specialist training forthe logistics sector.

Dipl.-Ing. Agnes Bernot, Project Manager, UAE:The perfect combina-tion between theoreti-cal and practical com-ponents of engineeringmakes Industrial Lo-gistics at Montanuni-versitt truly unique.The main focus lies on

questions the industryis confronted with. The

columns of this diverse academic environment arethe excellent quality and the international flair ofMontanuniversitt. In retrospective, my degree wasthe ideal basis for starting an international career.



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UNIVERSITT


29/32

Resourcesare limited,creativity isunlimited.

INDUSTRIAL ENVIRONMENTAL PROTECTION

AND PROCESS ENGINEERING

Available degrees:


Duration:




Programme Director:

Univ.-Prof. Dipl.-Ing. Dr.-Ing. Markus Lehner

[email protected]

http://vtiu.unileoben.ac.at

Tel.: +43 (0)3842/402-5000

Montanuniversitt provides a comprehensiveeducation to prepare the environmental en-gineers of the future for a wide range of tasks .

Undergraduate studiesThe first four semesters provide the basic trainingrequired for technical environmental protection. Be-sides natural sciences, ecological aspects (such as

air chemistry, water/soil ecosystems, waste techno-logy and waste management) are covered as well.Semesters five to seven are concerned with thespecialised technical training in environmental en-gineering. In semester seven, a bachelors thesis isto be submitted.

Graduate studiesThe consecutive masters programme consists ofthree semesters. During semester one and two, com-pulsory subjects, classes in the majors, and electivesare to be taken. The third semester is reserved for themasters thesis. The masters programme concludes

with a Master of Science degree (Diplomingenieur). Process Engineering

Managing the interplay between different processesis one of the tasks of process engineering, as well asconsidering the effects that varied processes have onhumans and the environment. The basis for processengineering as an engineering discipline is the un-derstanding that the large number of processes canbe traced back to a comparatively small number ofbasic operations. Modern process engineering how-ever, is not restricted to the dissecting of processesinto basic operations and describing and analysing

them. It also explores an in-depth understandingof material-specific interconnections, while at thesame time striving to consider processes as a whole(process techniques), to model them, control them,and eventually optimise them as a whole.Waste technology and waste managementDevelopments of the past few years have shownthat in addition to classical waste management, theprocessing of waste for material and thermal usesis becoming increasingly important. An increasingnumber of graduates is finding employment not onlyin the actual sectors of environmental and dispo-sal technology but also in the supply sector, suchas water, energy, and raw material supply and thefields of environment, quality and energy manage-

ment. This trend can be attributed to the fact thatindustrial environmental protection was initially pri-marily concerned with emissions and waste in themost environmentally-compatible manner possible,by appropriate treatment processes. Today, the focusis on recycling and using waste as raw material inhighly industrialised waste processing plants. Pro-duction-integrated industrial environmental protec-

tion attempts to avoid emissions and aims to collectwaste in order to process, provide and use it as anenergy source or raw material.

Qualification profile/fields of employmentThe interdisciplinary and cross-vocational natureof the study programme enables students to findemployment in companies of differing sectors, suchas environmental engineering, waste management,process and systems engineering, supply technology,energy management, environmental management,consulting etc., as well as with public authoritiesand scientific institutions. Their contributions, their

advice and their expert assessments are required inall matters of technical environmental protection.

Environmental engineers are responsible for providing environmentally-compatible technology as well asserving as competent consultants in all environmental issues.

Dipl.-Ing. KatharinaRechberger, RohrdorferProcess and SystemsEngineering, Germany:The friendly atmosphereamong students and theclose contact with pro-fessors and lecturers iswhat I liked most about

studying in Leoben. The programme covers a widerange of fields and is very practice oriented. It servedme as a good starting point to my career and provi-ded me with a broad basis for my tasks in the field ofprocess and systems engineering.



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MONTAN

UNIVERSITT


31/32

To preserve theenvironmentand to securethe supply ofraw materials,recycling is thediscipline of thefuture

RECYCLING

Available degrees:

BSc., Dipl.-Ing. (MSc), Dr. mont.(PhD)

Duration:




Focus:

Raw materials and metal recycling, waste

technology and waste management, physical

metallurgy, materials science of plastics

Programme Direktor:Univ.-Prof. Dipl.-Ing. Dr. Helmut Antrekowitsch

[email protected]

Tel.: +43 (0)3842/402-5201

Recycling is becoming increasingly importantthroughout the world. Beginning at the stageof product design, this course also focuses on

the production, reposition, processing and energe-tic reutilisation of products.

Bachelors degreeThe bachelors degree contains the basics of a techni-cal degree and concentrates on topics including wa-ste management, process technology, metal and poly-

mer recycling and the basics of materials technology.Additionally, economic factors and legal frameworksalso play an important role.Recycling covers a products entire life-cycle, makinga holistic way of thinking and an interest in technicalprocesses considerable advantages. Throughout thecourse recycling processes are combined and interlin-ked with various other disciplines. Besides technicaland economic competences, this requires a syste-matic way of thinking and excellent communicationskills. Yesterdays waste makes up todays valuableraw materials- discipline with enormous potential.

Masters degreeThe MSc. Recycling extends the knowledge acquiredduring the bachelors degree. Excavating and pro-cessing waste from landfills, also known as landfillmining and urban mining, the recovery of mate-rial from products, buildings and waste are main fociof the degree. These are accompanied by the pro-cessing of secondary resources, metal recycling andrecycling-adequate product-design. Business-orien-tated courses provide students with the necessaryknowledge in management, in addition to a varietyof courses designed to broaden the knowledge of the

legal aspects fo recycling.

Qualifications profileThe recycling industry is constantly expanding, andpromises to continue its growth in the future. Thisdegree trains students to be able to take on trickyquestions involved with all stages of the recycling in-dustry. Due to the transdisciplinary property of thisdegree, recycling engineers have career opportunities.The fields of activity include:

Disposal and collection logistics Material and energetic use of secondary mate-rials (metals, polymers, construction materials,glass, paper, etc.) and the respective plant engi-neering methods

Recycling in the metal and polymer producingand processing industry Legal aspects of product development Consulting

To guarantee sustainable production methods and a competitive market in the future, waste, recyclablematerials and scrap (cars, electronics, etc.) must become valuable secondary raw-materials.

Dipl.-Ing. Dr.mont. Christian Hoy, MontanwerkeAustria: The Austrian and European industry islinked to the availabilityof resources. In compar-ison to other continents,Europe has limited ac-cess to primary resour-ces, making recycling avital factor in becomingless strategically depen-dent. The training I re-ceived to become a re-

cycling engineer at Montanuniversitt Leoben is an

ideal precondition to being able to solve questionsaround the recycling industry, and the entire value-added chain.



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C Academy of SciencesJahnstrassse 12

D Peter Tunner BuildingPeter-Tunner-Strasse 5

H Polymer EngineeringOtto-Glckel-Strasse 2

IAcademy MontanuniversitaetPeter-Tunner-Strasse 15

MZATPeter-Tunner-Strasse 19

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TTZ: Technology Transfer CentreRWZ: Raw Materials and Materials CentreIZW: Materials Innovation CentreIZR: Raw Materials Innovation CentreZAT: Centre of Applied Technology

Main BuildingFranz-Josef-Strasse 18

Documents

Studies for Wineners 2014 English