Major fields of study
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Transcript of Major fields of study
U P BNIVERSITY OLITEHNICA OF UCHAREST
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CUPRINS
UNIVERSITY POLITEHNICA OF BUCHAREST / p. 4
Rector`s Message
Short history
Established in 1818
Bucharest - Sightseeing Tour
Why study in Bucharest?
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... 6
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... 10
Sport and leisure
International co-operation
The map of the campus
Carrying out research
Valorization of research
... 16
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FACULTY OF ELECTRONICS, TELECOMMUNICATIONS
AND INFORMATION TECHNOLOGY / p. 32
FACULTY OF MECHANICAL ENGINEERING
AND MECHATRONICS / p. 34
FACULTY OF ELECTRICAL ENGINEERING / p. 22
FACULTY OF POWER ENGINEERING / p. 24
General Information
Governing body of university
Rector`s Office
Educational efficiency
Programming of research
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FACULTY OF AUTOMATIC CONTROL AND
COMPUTER SCIENCE / p. 28
FACULTY OF MATERIAL SCIENCE
AND ENGINEERING / p. 48
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FACULTY OF ENGINEERING AND MANAGEMENT
OF TECHNOLOGICAL SYSTEMS / p. 38
FACULTY OF BIOTECHNICAL SYSTEMS
ENGINEERING / p. 42
FACULTY OF TRANSPORTS / p. 44
FACULTY OF AEROSPACE ENGINEERING / p. 46
FACULTY OF APPLIED CHEMISTRY AND
MATERIALS SCIENCE / p. 52
FACULTY OF ENGINEERING TAUGHT IN
FOREIGN LANGUAGES (FILS) / p. 56
FACULTY OF APPLIED SCIENCES /p.58
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U P BNIVERSITY OLITEHNICA OF UCHAREST
University POLITEHNICA of Bucharest isthe largest and the oldest technical
university, among the most prestigiousuniversities in Romania.
of our institution, gained inmore than 185 years through the efforts ofthe most important nation's schoolmasters,as well as of students' generations, is notthe only convincing reason. Today, theUniversity POLITEHNICA of Bucharest isundergoing a continuous modernizationprocess, being involved in a permanentdialogue with great universities in Europeand all over the world.
of the University POLITEHNICAof Bucharest has been thought over as amingling of education, research andinnovation, which represents a key towardsa knowledge based society and economy.Creating knowledge mainly by scientificresearch, giving it out by education andprofessional training, its dissemination byinformation technologies, and the use oftechnological innovation are elements thatdefine the university distinctiveness.
The University POLITEHNICA of Bucharestwants to be present among the universities
The tradition
The mission
in Europe able to design and optimizeprocesses that lead to a knowledge basedsociety, to reaching the goals on thesustainable economic growth, to betterjobs, to stronger economic and socialcohesion, in comply with the provisions ofthe 2002 European Council in Lisbon andthe 2002 European Council in Barcelona.
Consistent to the fundamental role playedby universities and student organizations inthe Higher Education European Scenedevelopment, the University POLITEHNICAof Bucharest commits itself to prioritiessuch as the development of the highereducation quality at European level, studiesre-organization by adopting a system basedon cycles whose implementation hasstarted in 2005, support of students andteaching staff mobility abroad, achievementof the partnership with students in view ofdecision making, and bringing thecontinuous education to reality.
In order to face these complex challenges,the University POLITEHNICA of Bucharest isplanning a sound educational and research-development policy with the participation ofthe entire community.
Our professors and students mobility touniversities in the European Union, as wellas the incoming staff, research programs
Rector's Message
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involving our university, doctoral thesesjointly supervised by our universityprofessors and those from Europeanuniversities, Erasmus (Socrates) andLeonardo da Vinci programs that ourinstitution takes part in, master's studiesorganized together with Europeanuniversities, visiting professors invited tohold courses and give lectures representsome of the facts proving the UniversityPOLITEHNICA of Bucharest integration inthe European system of education.
Seriousness, the deepness of the approachand the quality of the academic programshave also led, year by year, to theacknowledgment of our professors andstudents performances abroad, in additionto the recognition of the engineer diplomaissued by the University POLITEHNICA ofBucharest.
The heritage left by our predecessorsdetermine the present academic communityto get involved in many scientific researchprograms and projects that confer it notonly appreciation and professionalreputation, but also the quality of itsteaching steps and the premise of itsparticipation in realizing an informationsociety within the higher educationEuropean space through knowledgecreation.
The engineering profession hascontinuously transformed and adapted tothe new demands of society, but being anengineer, one who knows and is able tomake life more comfortable has remainedunchanged.
Nowadays, it is inconceivable, that a personshould survive without all the things putnear at hand by an engineer. A place to live,every day food, the goods in our home,medicines and cosmetics, water, electricand thermal power, machines andequipments, communication means, cars orairplanes, as a matter of fact the wholematerial conception is the work and resultof an engineer's thinking.
Rector,Prof. ,M.Eng.PhD
Ecaterina ANDRONESCU
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U P BNIVERSITY OLITEHNICA OF UCHAREST
Short history
University POLITEHNICA of Bucharest(UPB) is the most important technical
university in Romania. Its traditions areconnected to the founding of the first highertechnical school in 1818 by GheorgheLazar. Born in Avrig, Gheorghe Lazarstudied in Sibiu, Cluj and Vienna.In 1817-1818 he endeavoured to convincethe local noblemen of the need forsupporting a modern national school in theRomanian Language.
Thus, on 24 March 1818, by a Royal Edict,the premises of Saint Sava Abbey wereconverted into the new school. Later, in1832 this school was reorganised,including four cycles, in accordance withthe provisions of Organic Ordinance.Among other faculties, the one dealing withexact sciences included courses such asapplied trigonometry, geodesy, mineralogy,engineering graphics, descriptive geometry,mechanical elements applied to ordinarymachines, principles of building roads andbridges, elements of architecture, etc. Thegraduates were obliged either to work forthree years for the state, or to return thegrant received.
In 1862, the ruler Alexandru Ioan Cuza hadestablished by another Royal Decree a setof rules for the organisation of civilengineers, the hierarchy of engineers or
conductors, their salaries, the conditions foradmission and promotion, were clearlydefined.
An important figure in the „School ofBridges, Roads and Mines” was GheorgheDuca. As early as 1887, he analysed thecontent of courses, finding the weaknessesof the school, as well as the best solutionsto improve its academic level. In thosetimes, a substantial condition was theseverity imposed on the conduct ofstudents, in addition to evaluation. Studentsobtaining insufficient results, or having anerratic course attendance, were quicklyremoved from the school.
Indeed, at the beginning, the preparatoryyear had no admission tests. Starting with1881, an admission test had beenintroduced; the top priority was the qualityof candidates, the number of the selectedones being less important.
Gheorghe Duca tried and succeded to bringthe best professors to the „National Schoolof Bridges and Roads”; among them, weshould mention David Emanuel (ElementaryMathematics), Spiru Haret (Higher Algebraand Analytical Geometry), C.M. Mironescu(Statistics and Engineering Graphics),Constantin Istrati (Physics), or AnghelSaligny (Bridges and Roads). Moreover,Gheorghe Duca himself was considered the
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greatest authority in railways at the end of19-th century.
This was perhaps a turning moment, whenit was clearly demonstrated that Romaniawas capable of achieving on its own whathad been deemed likely to be obtained onlyabroad, namely the training of highlyqualified science and engineeringspecialists.
The year 1890 also represented amomentous point, when at the NationalSchool of Bridges and Roads a newcommission was set up. Its main role wasto issue equivalency certificates for theengineering diplomas obtained abroad, thustransforming this national school into amodel for evaluating higher technicalstudies.
Nicolae Vasilescu-Karpen was appointeddirector of the School in February 1920. Asa direct result of his endeavours, thegovernement approved the establishment ofPolytechnic Schools in Romania, conceivedas higher education institutions, similar touniversities, having as their final aimengineering training under the Ministry ofPublic Works.
No surprise, the first Polytechnic Schoolwas set up by transforming the „NationalSchool of Bridges and Roads” into the„Polytechnic School of Bucharest”. In thisinitial stage it consisted in four sections:
a. Civil Engineering; b. Mechanics andElectricity;c. Mines and Metallurgy; d. The IndustrialSection.
In this period, in addition to the PolytechnicSchool, there were Institutes for Engineerswithin Universities. For instance, theUniversity of Bucharest hosted an institutefor electrical engineering, an institute forindustrial chemistry and another one foragricultural and food chemistry.
Another important corner stone was thedecree 3799 of 1938 stating that highereducation could be provided only byUniversities, Polytechnic Schools, orAcademies for Commercial Studies.
As a direct result, the Academy of HigherAgricultural Studies, The Academy ofArchitecture, The Institute of IndustrialChemistry and Agricultural and FoodChemistry, respectively, were introduced inthe frame of „Bucharest POLITEHNICA”.
The change of name from „PolytechnicSchool of Bucharest” into „POLITEHNICA ofBucharest” was accompanied by otherchanges as well. Thus, POLITEHNICAdepended on the Ministry of NationalEducation (instead of the Ministry for PublicWorks), the former director became Rectorof POLITEHNICA, the different sectionsbecame Faculties, their presidents in turn,became Deans etc.
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U P BNIVERSITY OLITEHNICA OF UCHAREST
Established in 1818
Between 1938 and 1948 POLITEHNICAof Bucharest had seven faculties: Civil
Engineering, Electromechanics, Metallurgy,Industrial Chemistry, Silviculture, Agronomyand Architecture.
Another important transformation tookplace in 1948, when several faculties oreven specialities became independent, oreven moved to other towns. So, a lot ofuniversities, institutes or faculties have theirroots in the old „POLITEHNICA ofBucharest”.
Thus, the following establishments, wereinitially faculties or departments atUniversity POLITEHNICA of Bucharest: TheUniversity for Civil Engineering Bucharest;Silviculture Faculty Brasov; The AgronomyInstitute Bucharest; The School of MinesPetrosani; The University for Gas and OilPloiesti; The Architecture InstituteBucharest; Faculty for Food ChemistryGalati; Faculty for Textile Industry Iasi.
The name for our school was „ThePolytechnic Institute of Buchatest”. Today, onthe resolution of the Senate (November1992), The Polytechnic Institute of Bucharestturned into University POLITEHNICA of
Bucharest, preserving the name„POLITEHNICA”, proudly used by generationsof students.
With more than 180 years of existence,UPB represents one of the fundamental andprestigious institutions of Romanian highereducation, being the main source for thetechnical specialists of Romania. Illustriouspersonalities such as Gogu Constantinescu,Elie Carafoli, Costin D. Nenitescu, knownworld-wide by the scientific community,were professors at the UniversityPOLITEHNICA of Bucharest.
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Bucharest - Sightseeing Tour
Romanian Atheneum
The Village Museum
Museum of Romanian Peasant
The National Bank of RomaniaNational Theater
The Old Court (Curtea Veche)
The Parliament Palace
Central University Library
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U P BNIVERSITY OLITEHNICA OF UCHAREST
Bucharest it is the greatest Romanian citywith a lot of extra curricular resources.
Romanian legend has it that the city ofBucharest was founded on the banks of theDambovita River by a shepherd namedBucur, whose name literarily means “joy.” Inthe 15th century, the princely court of VladTepes (thought to have been the inspirationfor Bram Stoker's Dracula) was establishedhere and by the end of the 17th century, thecity had become the capital of the provinceof Walachia. In 1862, Bucharest became thecapital of Romania.
Remodeled in the late 19th century byFrench and French-trained architects, thecity features large neoclassical buildings,fashionable parks, and even its very ownArc de Triomphe on the elegant SoseauaKiseleff, an avenue longer than the famedChamps-Elysees and home to the city'smansion district.
Bucharest is laden with historical charm –from the streets of the Old City Center, whichare slowly being restored, to the grandarchitecture of the Royal Palace and the lushgreen of Cismigiu Park. The city also claimsa large number of museums, art galleries,exquisite Orthodox churches and uniquearchitectural sites.
Why study in Bucharest? Old Historical Center of Bucharest
Perhaps the city’s unique charm can be best
observed in the area known as Lipscani,
which consists of a jumble of streets
between Calea Victoriei, Blvd. Bratianu, Blvd.
Regina Elisabeta and the Dambovita River. A
once-glamorous residential area, the old city
center is now slowly being refashioned into
an upscale neighborhood.
At the beginning of 1400s, most merchants
and craftsmen - Romanian, Austrian, Greek,
Bulgarian, Serbian, Armenian and Jewish -
established their stores and shops in this
section of the city. Soon, the area became
known as Lipscani, named for the many
German traders from Lipsca or Leiptzig.
Other streets took on the names of various
old craft communities and guilds, such as
Blanari (furriers), Covaci (blacksmiths),
Gabroveni (knife makers) and Cavafii Vechi
(shoe-makers).
The mix of nationalities and cultures is
reflected in the mishmash of architectural
styles, from baroque to neoclassical to art
nouveau.
Today, the area is home to many art
galleries, antique shops and coffeehouses.
Lipscani District
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General Information
Name in Romanian:
Universitatea POLITEHNICAdin Bucure ti
Address:
313, Splaiul Independentei, sector 6,RO-060042, Bucharest, ROMANIA
Website:
www.upb.rohttp://admitere.upb.ro
Public Relations Department
Tel./Fax: + 40 (21) 402 9465e-mail: [email protected]
International Cooperation Department
Tel./Fax: + 40 (21) 402 9872e-mail: [email protected]
Governing body of university
Rector:
Ecaterina ANDRONESCU, Professor
Tel: + 40-21-318 1000Fax: + 40 -21-318 1001E-mail: [email protected]
Vice-Rector for Undergraduate Education:
Adrian Alexandru BADEA, Professor
Tel: + 40-21-402 95 44 / 93 41E-mail: [email protected]
Vice-Rector for Postgraduate Education:
Corneliu BURILEANU, Professor
Tel: + 40-21-402 98 27E-mail: [email protected]
Vice-Rector for International Relationsand Partnerships:
Marian GHEORGHE, Professor
Tel: + 40-21-402 96 92E-mail: [email protected]
Vice-Rector for Scientific Research:
Serban RAICU, Professor
Tel: + 40-21-402 92 78E-mail: [email protected]
Scientific Secretary:
Iulian RIPOSAN, Professor
Tel: + 40-21-402 95 30E-mail: [email protected]
Vice-Rector for Financial Problems:
Mihai Octavian POPESCU, Professor
Tel: + 40-21-318 10 03E-mail: [email protected]
Vice-Rector for AdministrativeInformation Systems:
Nicolae TAPUS, Professor
Tel: + 40-21-402 98 27E-mail: [email protected]
Rector`s Office
+ 40 (21) 318 10 00+ 40 (21) 318 10 [email protected]
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U P BNIVERSITY OLITEHNICA OF UCHAREST
Content of curricula
University POLITEHNICA of Bucharestorganizes in its 13 faculties:
undergraduate studies in 15 fields with 66curricula (distinct specializations);
M.Sci. studies in 15 fields with 97curricula (distinct specializations);
Ph.D. studies in 19 fields.
All studies and their corresponding curriculaare approved either by Governmentdecisions or orders of the minister ofeducation. The content (syllabus) of eachprogram of studies is designed at the levelof faculties and chairs.
Likewise, the general and specialtycompetences (corresponding to eachprogram of studies) are set up by theDean's Council and finally approved byuniversity Senate; the same is valid for thestandards regarding education infundamental topics.
Each chair (through the professorsassigned to a given discipline) elaborates
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Educational efficiency “Subject Identification”; there are stated thecompetences resulted from a givendiscipline, its content, the evaluationprocedures, and the number of credits, aswell as bibliography.
The content of each program of studieshave to be presented in the self-evaluationreports.
Student admission
Principles of the recruitment policy
University POLITEHNICA of Bucharestmakes public its offer regarding educationprograms, simultaneously wit the beginningof the academic year, by:
the university site;
periodical publications (booklets,pamphlets, journals, guides for admissionin higher education institutions);
presentation of the university insecondary schools;
educational fairs and exhibitions.
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University POLITEHNICA of Bucharestpromotes selection criteria based
Communication with the interested partiesis permanent.
Starting with the academic year2006/2007, the interested candidates mayapply for on-line enrollment; the validity issubsequently validated by presenting thedue documents.
Admission for studies in UniversityPOLITEHNICA of Bucharest is open tograduates from secondary schools, havinga baccalaureate diploma, for “ ”;admission to M.Sci or Ph.D. studies impliesa previous engineer diploma.
Admission in each cycle of studies iscontrolled by criteria established byuniversity Senate, within correspondingregulation guides.
onscholar performances and the equal-chances principle.
Admission procedures
licen]\
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U P BNIVERSITY OLITEHNICA OF UCHAREST
Programming of research
The scientific research, traditionally, is
one of the components of the activity
that, without doubt, offered national and
international visibility and prestige to
University POLITEHNICA of Bucharest. It
represents the main process of knowledge
and innovation that makes possible the
dynamics of the essential values of the
education activities of our university.
That is why, the strategic orientations of
scientific research at all levels-
departments, research centers, faculties,
university- corresponds to the fields and the
specializations of the technical university
and post-university education present and
provisioned.
The general objective that we find in all the
long term strategies of the Senate of UPB
and of the Councils of faculties is
represented by the stimulation of science
progress, of technology and innovation in
Romania, for the raise of economic
attractiveness with an emphasis on the
continuous professional training, on the
improvement of the research infrastructure,
the articulation of major programs of
research, the promotion of organizational
excellence, the improvement of the social
life quality and of the public awareness of
CDI field in the context of European Union
accession and of the globalization, as
economic and social phenomenon.
The national priorities to which the CDI
activities from our university are
subordinated, through the conceived
strategies, address to the technologies of
the information society, energy, health,
environment, transportation and the
territory fitting out, security and food safety,
biotechnologies, the processes, the
products and materials, the fundamental
aspects of the social-economic life.
This is the reason for which we appreciate
that the research programming is integrated
within the national priorities, and the
accomplishments at national level are
significant. The Synthesis of research
Reports presented in the Senate of UPB
regarding the research activities in 2004,
2005, 2006, and the Reports to CNCFIS
regarding the financing indicator IC 6 in
2004, 2005, and 2006 which are presented
in the ANNEX constitute convincing
arguments of the research relevance on
national level.
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The involvement of the university research
potential in accomplishing scientific
research projects with international
financing (PC 5 and 6, Leonardo da Vinci,
Marie Curie, NATO, PHARE, Erasmus,
COST, EUREKA, bilateral agreements, etc)
had the role of placing University
POLITEHNICA of Bucharest on the first
position in Romania as number of won
projects and also as attracted money. It is
enough to mention that the main fields of
the won projects in PC 6, for example (37
projects, out of which 5 as coordinators)
cover the entire 7 priorities of PC 6, with a
special accent on the information
technology, nanosciences -
nanotechnologies and special materials,
knowledge based society, energy-
environment and sustainable development.
The constant participation of our university
professors to ascertain the strategies
suitable to the research programs from
PNCD II and PNCD III and to the themes of
CNCSIS grants (within the commission of
Engineering Sciences) represents a
supplementary reason for the participation
at setting up the research strategies at
national level.
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U P BNIVERSITY OLITEHNICA OF UCHAREST
running of CNCSIS projects, as well as for
research “platfor ms”.
As shown before, in UPB there are several
research “platfor ms”; we have assured a
transparent access to all information
regarding acquisitions carried out within
every “platfor m”, namely:
QEVMAT –Computing equipment;
QEVMAT –Laborator y apparatus and
installations;
QEVMAT –Defectoscopy;
QEVMAT –Mobile Laborator y
Applied Sciences –Laborator y for
Structure of matter;
Applied Sciences –Optical str ucture;
Material Science and Engineering;
Establishing the properties of metallic
materials;
Material Science and Engineering –
Laboratory –Material Science;
Computing equipment; software;
software for mechanics.
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Carrying out research
The UPB research has human resources
- 1592 academic staff, out of which 520
professors and 340 readers, 258 doctoral
supervisors (at 2356 doctoral students), of
which 678 in the system with frequency, 47
permanently employees in research and
another 679 on determined period, creating
at the end of 2006 a total of 1902 person x
month- material resources (in the 62
chairs/departments and the 38 research
centers) that registered a significant raise
as a result of the bigger and bigger
resources attracted by the research
activities, of 58,6 million RON in 2006, and
by the financing obtained in the six
“platfor ms “of for mation-research.
Doubtlessly, the commissions for internal
endorsement brought their contribution in
improving the research reports; in a similar
manner, the Senate Council for Scientific
Research has oriented many research
endeavors towards multi-disciplinary
research, especially inter- and trans-
disciplinary ones (i.e. such efforts were
made on the above mentioned “platfor ms”).
The use of IT in all research activities has
been manifest, especially with regard to the
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Valorization of research
The results regarding scientific research
have been analyzed by taking into account:
the financial resources involved; the value
demonstrated by publications; the number
of Ph.D. theses submitted; the use within
the socio-economic environment of the
results obtained.
Examining the financial resources
involved, we have monitored the dynamics
of total values (quite significant in 200 as
compared with 200 and especially 200 ),
but also the structure of expenditures,
focusing on expenses for investments.
With regard to the value demonstrated by
publications, we checked the papers
published in ISI journals or in indexed data
bases, books in print at international
publishing houses, the important treaties or
monographs, communications given at
significant international conferences in
every field.
Examining the Ph.D. theses submitted, it
was difficult to draw a clear-cut conclusion,
about whether the results obtained would
produce effects for the development of new
a)
b)
c)
8
7 6
research areas, at least in a predictable
future, in the domain of Ph.D. supervisor.
d) University POLITEHNICA of Bucharest
consequently participated to National
research Fair. UPB has presented its
involvement in scientific research, in the
frame of FP6, in 2007 and FP7 in Brussels;
the concrete steps taken for making the
scientific park, meant to facilitate
technologic transfer, were also presented at
this event.
Young researchers, under 35, authors of ISIpapers have received prizes; the annualawards "Jn Tempore Oportuno" and "OperaOmnia" have stimulated research workersand increased the visibility of the university.
18
U P BNIVERSITY OLITEHNICA OF UCHAREST
Sport and Ieisure
Sports is an active, formative, compen-sative and recreational component in thelearning-teaching process and brings itscontribution, by specific means, to theshaping of the students` personality andthe preserving of a healthy body and activemind`s condition of both students and staff.
Physical education is compulsory in theengineering curricula (during the first andsecond year). In this respect, UPB providesexcellent sporting opportunities for thestudents. There are two well-equippedSport Halls (in the „New Site” and in „Leu”Complex, respectively), eight tennis courtsand other facilities.
University POLITEHNICA has in itsadministration a number of 28 halls ofresidence, where a number of around11,500 students receive properaccommodation. The halls of residence aresituated in walking distance of theUniversity (the „New Site”).
Hostels and Canteens
On UPB camps there are also two studentcanteens, several snack bars, thus assuringthe catering, either on a whole month
Rewards for the best students
At the end of courses, based on the gradespreviously obtained during all years ofstudies, in a certain profile and/orspecialisation, the best graduate is declaredtop of his/her graduation class of aparticular section, receiving all the honoursfrom his/her colleagues, as well as animportant financial reward. The prizes areawarded in a special festivity organised bythe University Senate.
Each year, around 7000 Romanian studentstake advantage of a system of grantscovered by the state budget. The criteria forobtaining scholarships are basically theprofessional ones; however, some grantsare also awarded according to a socialprocedure.
Foreign students from EU benefit fromErasmus grants, while other overseasstudents often receive grants from theRomanian Ministry of Education, Researchand Youth.
Scholarships
system, or „à la carte”. Student clubs,discos in the campus offer possibilities forenjoying the spare time.
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Enrollment of foreign students
Foreign citizens who want to take studies inour University, must present a „LETTER OFACCEPTANCE”.
This document is granted only by theMinistry of Education and Research ofRomania and is obtained upon application.(The application form is available at theRomanian Embassy in the country of theresident).
The applicant must send along with his/herapplication:
Photocopy or authenticated copy of thecertificate of studies;Authenticated copy of his/her birthcertificate;Medical certificate;Authenticated copy of the passport;The list of the results of the completedstudy years (Academic Transcripts) forpost graduate studies applicants or forthose wishing to continue studies begunin other countries.
If the applicant receives the „LETTER OFACCEPTANCE”, he/she will be informedabout present tuition fees and theconditions to carry out, in order to havehis/her visa granted for studies in Romania.
1.
2.
3.4.5.
One may study in English, French, Germanor Romanian.
In each case he/she must prove thecorresponding skills either by a document(i.e. TOEFL for English) or by passing a testwith our teachers.
The Ministry of Education, Research andYouth of Romania appoints some otherUniversities to teach Romanian language forthose who want to take academic studies inour University.
S LTUDENT IFE
20
A
L
R
Our university is a full member in severalacademic organisations, the main onesbeing Conference of European Schools forAdvanced Engineering Education andResearch (CESAER), InternationalAssociation of Universities (IAU), EuropeanUniversity Association (EUA), AgenceUniversitaire de la Francophonie (AUF) etc.However, UPB paid a special attention tobilateral co-operation agreements (around150 accords in 2007) with similaruniversities, mainly from Europe, Japan, orthe United States of America.
Also, University POLITEHNICA of Bucharestis an active participant to projects such asCOPERNICUS, PECO, 6th FRAME; the WorldBank has funded many research projectsand development plans for new facilities inUniversity POLITEHNICA of Bucharest.
UPB participates in many scholarlyEUROPEAN programs such as LIFELONGLEARNING (ERASMUS or LEONARDO)based on the approved ERASMUSUniversity Charter 2007 – 2013.You will find more information about thisprogram at the following linkhttp://www.pub.ro/romana/BPCE-UPB_eng/index.html
International co-operation
U P BNIVERSITY OLITEHNICA OF UCHAREST
SocratesErasmus
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313,
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Splaiul Independen ei,]
The Map of the Campus
The Campus of the University POLITEHNICA of Bucharest is split in threedistinct locations:
I. The Campus
II. The Campus
III. The Campus
NOUL LOCAL
POLIZU
LEU
Sectorsituated at the address No. 313 Splaiul
Independentei, 6, Bucharest, with access both from Splaiul Independenteiand from Iuliu Maniu .
situated at the address No.1-3 Iuliu Maniu ,6, Bucharest.
situated at the address No.1-7 Gheorghe Polizu ,1, Bucharest.
Avenue
Avenue
Street
Sector
Sector
I. The Campus
1. Electric Engineering EA2. Automatics and Computing ED3. Energetics EI4.
D5. Mechanic Engineering CG6.
7. The Science and Engineering of theMaterials JA
8. Transports JE9. FILS JA
10. Applied Sciences BN
NOUL LOCAL hosts thefollowing faculties:
BlockBlock
- Block
BlockBlock
- Block CD
BlockBlock
BlockBlock
Biotechnical Systems Engineering
--
-
-
--
--
Faculty of Engineering andManagement of Technological Systems
II. The Campus
1. Aerospace Engineering A2. Applied Chemistry and Science of the
Materials L
POLIZU hosts the followingfaculties:
–Block
Block- The faculty owns also a building onNo.149 Calea Victoriei
-
III. The Campus
1. Electronics, Telecommunications andthe Technology of Information A
LEU hosts the faculty:
–Block
AutomobileAccess
AutomobileAccess
AutomobileAccess
Auto
mob
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Acc
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Iuliu
Maniu
Ave
nue
22
313, Splaiul Independentei,RO-060042, BucharestTel: +40-21- 402 91 49Fax: +40-21-318 10 16www.electro.pub.ro
Dean:Claudia POPESCU, ProfessorTel: +40-21-402 91 29E-mail: [email protected]
Staff:Total academic staff: 287Full professors: 32
F E EACULTY OF LECTRICAL NGINEERING
Within the old National School forRoads and Bridges, the chair of
Electromechanics was set up in 1921; tillearly '50, several faculties have emergedfrom this initial nucleus. Today the Facultyof Electrical Engineering offers highereducation curricula in theoretical andapplied Electrical Engineering, mainly in thefield of low frequency, low voltage, mediumand high currents, including:electromagnetic field and electric circuits,electromagnetic energy conversion andsources, metrology, electrical machines andapparatus, electric drives and motioncontrol, power electronics, CAD forelectrical engineering, management inelectrical industries.
The Faculty of Electrical Engineering isaffiliated to the Romanian Consortium ofElectrical Engineering Faculties, a NationalAcademic Network for all the seventeenfaculties with an electrical engineeringprofile.
Electrical Engineering
Engineering and Management
Applied Engineering Sciences
Electrical SystemsP ower Electronics and Electrical DrivesInstr umentation and Data Aquisition
Economic Engineering in Electricaland Electronics Fields
Applied Infor matics for ElectricalEngineering
Industrial
Major fields of study
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
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Electromagnetic field theory andcomputational methods; modelling ofnonlinear magnetic materials;electromagnetic compatibility; the moderntheory of electrical circuits; distributedparameter circuits as VLSI models; thesimulation and modelling of the analogcircuits; the symbolic circuit analysis;signal processing; neural networks.
Electromechanical switching devices;testing techniques and digital controlsystems for testing; PWM staticconverters; sensors and transducers;electric measurements; biological andmedical measurements; reliability andmaintainability of electronic and electricalproducts.
Mathematical models of electricmachines and drives; motion controlincluding digital control techniques;numerical and experimental modelling ofmaterials in electro-magnetic fields;electric conduction in polymers;biomedical engineering modelling ofelectrophysiological phenomena.
Analytical and numerical methods inboundary value problems; probabilisticmodels in reliability studies; stochastic
Major research area phenomena statistics; functional analysisapplied in electro-technics; fractal theory;perturbations and symptotic analysis;biometrics; complex analysis in technicalapplications.
Chair of Theoretical Electrotechnics
Chair of Electric Machines, Materialsand Electric Drive Systems
Chair of Electrical Measurements,Electrical Apparatus and StaticConverters
Head: Florea HANTILA, Professor
Fax: +40-21-402 91 44
Head: Alexandru MOREGA, Professor
Head: Florin IONESCU, Professor
Address: Splaiul Independentei 313,EB Building
Tel: +40-21-402 91 44
E-mail: [email protected]
Address: Splaiul Independentei 313,EA Building
Tel: +40-21-402 91 25Fax:+40-21-318 10 16
Address: Splaiul Independentei 313,EB Building
Tel: +40-21-402 96 63Fax:+40-21-318 10 16E-mail: [email protected]
Chairs
24
313, Splaiul Independentei,
Tel: +40-21-402 94 33Fax: +40-21-318 10 15E-mail: [email protected]
www.energ.pub.ro
RO 060042, Bucharest
Dean:George DARIE, ProfessorTel: +40-21-402 94 33E-mail: [email protected]
Staff:Total academic staff: 180Full professors: 18
The Power Engineering Faculty has beenfounded in 1950, being now the largest
in the country among other eight similarfaculties. During its half-century activity, thePower Engineering Faculty (PEF)continuously shaped its training system,according to the needs of modern powerengineering and to its environmental andeconomical aspects.
Active research programs, based onscientific co-operation contracts withspecialized industry units mark the activityof the teaching staff in the faculty. Thefaculty is equipped with research hardware
resources and the industrial laboratorieswithin the faculty give the students theopportunity of a direct contact with realinstallations. Among these facilities weshould mention the gas-fired CogenerationPower Plant, the High Voltage Laboratorywith outdoor test platform modeling life-sizeoverhead transmission lines of 110...750kVand the Laboratory of Hydraulic Machines.
At present, the total number ofundergraduate students is about 2000; also,in the last years PEF has awarded 22 PhD.For training purposes, lectures, applicationclasses, experimental work and designactivities are organized. In the last twodecades new laboratories have beenfounded in PEF, for teaching purposes,research work or industrial tests. Typicalexamples are: Industrial ThermalEquipment, Power Process Modeling,Hydraulic and Pneumatic Equipment.
F P EACULTY OF OWER NGINEERING
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25
Power Engineering
Engineering and Management
Electrical P ower SystemHydroenergeticsTher moenergeticsNuclear P ower Engineering and NuclearTechnologies
Management of Energy
Engineering
Applied Infor matics for PowerEngineering
Economic Engineering in ElectricalPower Systems and Electronics Fields
Environment Protection and Engineeringwithin Industry
Applied Engineering Sciences
Industrial
Environment Engineering
Major fields of study
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
26
Major research area
Electric power transmission and distribution;high voltage engineering (fundamentals);electromagnetic compatibility; compacthigh-voltage installations; transientelectromagnetic fields; transmission lineinsulation optimization.
Thermal power plants and nuclear powerstations; environmental engineering; districtheating; co-generation; heat transfer andheat exchangers; reliability and maintenanceof power systems; computer aided powerengineering.
Hydro power plants; hydraulic andpneumatic equipment and turbo machinery;applied hydraulics, non-Newtonian fluids;cavitations; turbulence and boundary layeropen channel hydraulics; loose boundaryriver mechanics; biofluid dynamics;industrial ventilation and air conditioning;mixture flow and its technical applications;mass transfer.
Power system analysis and control; FACTSand IA in power systems and dispersedgeneration; power quality.
F P EACULTY OF OWER NGINEERING
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Chair of Power Plants and IndustryPower EngineeringHead: Horia NECULA, ProfessorAddress: Splaiul Independentei 313,
EH BuildingTel: +40-21-402 94 01
+40-21-402 96 38Fax: +40-21-402 94 01E-mail: [email protected] Page: http://www.cce.energ.pub.ro
Chair of Hydraulics, Hydraulic Machineryand Environment EngineeringHead: Eugen Constantin ISBASOIU,
ProfessorAddress: Splaiul Independentei 313,
ELA BuildingTel: +40-21-402 95 23
+40-21-402 92 82Fax: +40-21-402 98 65E-mail: [email protected] Page:http://www.hydrop.pub.ro
Chair of Electric Power EngineeringSystemsHead: Constantin BULAC, ProfessorAddress: Splaiul Independentei 313,
EI BuildingTel: +40-21-402 94 46
+40-21-402 91 65Fax: +40-21-402 94 46E-mail: [email protected] Page: http://www.el.poweng.pub.ro
Chairs
28
313, Splaiul IndependenteiRO 060042, BucharestTel: +40-21-318 10 14
+40-21-402 94 94www.acs.pub.ro
The Faculty of Automatic Control and
Computer Science prepares graduates
able to work in the following fields: the
structure and architecture of computer
systems, microprocessors-based systems,
system software, application software
systems (students from computer science
specialization) and control system
engineering, computer controlled
processes, robots and flexible systems,
system communications, industrial
automatics and industrial informatics (for
the students of automatic control and
applied informatics specialization).
The actual curricula is the result of more
than 30 years of expertise and evolution,
during which it has suffered many
adjustments and updates, closely following
the progress registered in Systems and
Computer Science. Given the
accomplishment of the courses carried out
at the Faculty of Automatic Control and
Computer Science, the diplomas got here
are compatible with those of the most
prestigious universities from all over the
world.
In the Faculty of Automatic Control and
Computer Science the scientific research
activity, as well as that of design, consulting
and expertise is developed mainly in the
faculty's chairs, but also inside the scientific
research centers; within our faculty,
research results represent important criteria
in evaluating the professional skills of the
teaching staff, and as a matter of
consequence it is granted with a great deal
of attention.
Staff:Total academic staff: 300Full professors: 25
Dean:Dumitru POPESCU, ProfessorTel: :+40-21-318 10 14E-mail: [email protected]
F A CACULTY OF UTOMATIC ONTROL AND
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Major fields of study
Computers and Information Technology
• Computers
Automatic Control and
Applied Informatics
Automatic Systems Engineering
•
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
C SOMPUTER CIENCE
30
F A CACULTY OF UTOMATIC ONTROL AND
Parallel and Distributed Systems; Paralleland Distributed Program-ming; AdvancedCompiling Tech-niques; DistributedDatabases; Graphics Systems;Geographical Information SystemsDesign (GIS); Operating Systems; ExpertSystems on Representation networks;Computer Networks; Advanced ComputerArchitecture.
Systems Theory; Robust Systems;Dynamic Systems Modeling; Identificationand Simulation; Signal Processing;Control Systems Design; Computer AidedControl Systems Design;
Automation and ManagementManufacturing Systems; AdvancedProcess Control; Intelligent ControlTechniques; Bioengineering; IntelligentControl of Industrial Robots; ConcurrentEngineering.
Real Time Systems; Computer IntegratedManufacturing Systems; Data Acquisition;Transmission and Industrial InformaticsSystems; Experimental Data Processingand Automatic Diagnosis.
Major research area
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C SOMPUTER CIENCE
Chair of Automatic Control andSystem Engineering
Chair of Control Engineering andIndustrial Informatics
Chair of Computer Science andEngineering
Head: Ioan DUMITRACHE,Address: Splaiul Independentei 313,
ED BuildingTel: +40-21 -402 91 67E-mail: [email protected]
Head: ,Address: Splaiul Independentei 313,
ED BuildingTel: +40-21-402 92 69E-mail: [email protected]
Head: Nicolae TAPUS,Address: Splaiul Independentei 313,
ED-EF BuildingTel: +40-21-402 94 16E-mail: [email protected]
Professor
Radu DOBRESCU Professor
Professor
Chairs
32
F E TACULTY OF LECTRONICS, ELECOMMUNICATIONS
Bd. Iuliu Maniu 1-3, BucharestTel: +40-21-402 46 18http://www.electronica.pub.ro
Staff:Total academic staff: 328Full professors: 29
Dean:Teodor PETRESCU, ProfessorTel: +40-21-402 46 18E-mail: [email protected]
The Romanian teaching in the fields ofElectronics and Telecommunications
began in 1920, within the former PolytechnicSchool of Bucharest. These subjects becamea new specialty, Telephony-Telegraphy, in1924, within the ElectromechanicalDepartment, and later evolved in the Electro-communication section (1929). In 1953, theFaculty of Electronics was founded as abranch of the Electromechanical Department,including sections of Electronics, Radio-communications and Telephony-Telegraphy.Two years later, the name was changed intoFaculty of Electronics andTelecommunications and in 2004 into thepresent one.The Faculty of Electronics andTelecommunications is situated in a 20000marea, within the Leu campus. The campusoffers modern facilities, easily accessible forall the students. The faculty is lodged in twobuildings situated in the center of thecampus. Other important buildings are: theStudent Accommodation Center, with about500 comfortable rooms, the Sports Hall, theMedical Center, three restaurants etc.The Faculty of Electronics andTelecommunications offers to itsundergraduate and graduate students aunique mixture of educational advantages.Senior faculty members, with outstandingresearch reputation, teach bothundergraduate and graduate courses in theareas of Electronics, Microelectronics,Computing Engineering and
2
Telecommunications.The courses are focused on the vocationalapplication of the acquired knowledge andare designed to meet the eduactionalrequirements of today’s high technologysociety.As a consequence of the strong links withRomania’s business environment, both ourmanagement and teaching stuff have becomeaware of the high level of the recruitmentdemands in today’s IT market. That is whyour main aim is to offer to our graduates abroad knowledge base, including not onlyskills in technology-based subjects, but alsorelevant economical and managerialbackground.
Major fields of study
Electronics Engineering andTelecommunications
Computers and Information Technology
I Engineering and Management
• Applied Electronics• Telecommunications Technologies and
Systems• Telecommunications Networks and
Software• Microelectronics, Optoelectronics and
Nanotechnologies
• Information Engineering
• Economic Engineering in Electrical andElectronics Fields
ndustrial
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B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
Information Theory, Electronic
Instrumentation and Systems, Artificial
Intelligence, Image Processing,
Computing Engineering, Digital Signal
Processing, Speech Technology,
Human Computer Dialogue,
Optoelectronics, VLSI Circuits and
Systems, Semiconductor Device
Advanced Modeling and Simulation,
Microsystems, Microprocessors and
Microcomputers, Software and
Systems for Telecommunications,
Data Transmission Networks,
Microwave and Optical
Communications, Mobile and Satellite
Communications, Multimedia
Systems, Algorithms and Systems for
Telecommunication Signal Processing,
Quality and Reliability Assurance.
Major research area
Chair of Electronic Technologyand Reliability
Chair of Electronic Devices, Circuitsand Apparatus
Chair of Telecommunications
Chair of Applied Electronics andInformatics Engineering
Head: Paul SCHIOPU, Professor
Head: Adrian RUSU, Professor
Head: Silviu CIOCHINA, Professor
Head: Dan Alexandru STOICHESCU, Professor
Address: Bd. Iuliu Maniu 1-3Tel: +40-21- 402 46 71E-mail: [email protected]
Address: Bd. Iuliu Maniu 1-3Tel: +40-21-402 46 27E-mail: [email protected]
Address: Bd. Iuliu Maniu 1-3Tel: +40-21-402 46 34E-mail: [email protected]
Address: Bd. Iuliu Maniu 1-3Tel: +40-21-402 48 38E-mail: [email protected]
Chairs
AND NFORMATION ECHNOLOGYI T
34
313, Splaiul Independentei,RO 060042, BucharestTel./Fax.: + 40-21-318 10 19www.mecanica.home.ro
Staff:Total academic staff: 177Full professors: 19
Dean:Tudor PRISECARU, ProfessorTel./fax: +40-21-318 10 19E-mail: [email protected]
The Faculty of Mechanical Engineeringand Mechatronics was initially a part
of the Faculty of Electromechanics,which was set up in 1921 within thePolytechnical School. At its inaugurationthe faculty had the following sections:Machine-building, Airplanes, andConstruction Equipment.
From this group some new facultieshave emerged in time; the last one wasthe faculty of Aerospatial Engineering, in1963. Nowadays, The Faculty ofMechanical Engineering educatesstudents to graduate as engineers in thefields of Thermal Engines, Classical &Nuclear Thermo-mechanical Equipment,Air Conditioning & CryogenicTechnology, Hydraulic and PneumaticEquipment, Precision Mechanics,Mechatronics, Industrial ProcessEquipment.
F M EACULTY OF ECHANICAL NGINEERING AND
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Mechanical Engineering
Applied Engineering Sciences
Mechatronics and Robotics
Engineering and Management
• Thermal Systems and Equipments• Hydraulic and Pneumatic Systems• Precision Mechanics and
Nanotechnologies• Equipments for Industrial Processes
• Optometrics
• Mechatronics
• Economic Engineering in MechanicalField
Industrial
Major fields of study
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
MECHATRONICS
36
Major research area
Air conditioning, heat pumps andcryogenic engineering, finite timethermodynamics, gas flow and heattransfer, renewable energy.
Friction phenomena at low and very lowvelocities, selective transfer of material infriction joints, seals and hydrodynamicclutches, viscous pumps, squeeze-filmdampers, mechanical face seals.
Ignition and kernel flame development,flame propagation, combustion of leanand biomass - mix-tures, FLUENTmodeling of burning and emissionprocess, BOOST and HYDSIM modelingof engine internal process, variable valvestiming, engine dynamics.
Multiphase flow concerning the nuclearreactors; controlling and monitoringpower systems operation; radiative heattransfer inside the steam boilers furnacesand under vacuum conditions; thermalstress analysis for mechanical partsunder pressure; finite volumes and finiteelements method applied to some of theabove-mentioned directions, underNASTRAN license; CFD applied tocombustion systems and turbo-machinery by FLUENT software.
Microtribology; high precision hydro andpneumatic systems; opticalopto-electronical and audio-videoequipment; robotics and microrobotics;electronic packaging; computerperipherals; bio-medical equipment.
Polymer processing equipment(especially extrusion processing),pressure vessels, mixing devices,superposition of the effects produced bydifferent loads for linear and nonlinearmaterials, (fatigue under creepconditions, structure buckling undergroups of loads etc.) crushing equipment,rotary drum equipment.
F M EACULTY OF ECHANICAL NGINEERING AND
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Chair of Engineering Termodynamic
Chair of Machine Elements and Tribology
Head: Alexandru DOBROVICESCU,Professor
Head: Andrei TUDOR, Professor
Address: Splaiul Independentei 313,CG Building
Tel: +40-21-402 93 39E-mail: [email protected]
Address: Splaiul Independentei 313,CG Building
Tel: +40-21-402 94 11E-mail: [email protected]
Chair of Internal Combustion Engines
Chair of Classical & Nuclear ThermalEquipment
Head: Constantin PANA, Professor
Head: Lucian MIHAESCU, Professor
Address: Splaiul Independentei 313,CG Building
Tel: +40-21- 402 94 51E-mail: [email protected]
Address: Splaiul Independentei 313,FA Building
Tel: +40-21-402 91 58E-mail : [email protected]
Chair of Precision Mechanics
Chair of Process Equipment
Head: Nicolae ALEXANDRESCU, Professor
Head: Valeriu JINESCU, Professor
Address: Splaiul Independentei 313,HC Building
Tel: +40-21-402 91 15E-mail: [email protected]
Address: Splaiul Independentei 313,CI Building
Tel: +40-21-402 91 93E-mail: [email protected]
Chairs
MECHATRONICS
38
F E MACULTY OF NGINEERING AND ANAGEMENT
313, Splaiul Independentei,RO 060042, BucharestTel: +40-21-402 93 02Fax: +40-21-402 95 20www.imst.pub.ro
Staff:Total academic staff: 271Full professors: 32
Dean:Gheorghe AMZA, ProfessorTel: +40-21-402 94 57E-mail: [email protected]
Faculty of Engineering and Managementof Technological Systems EMTS
(formerly Faculty of Machine BuildingTechnology) set up in 1962. Previously, thisProfile belonging to the Faculty ofMechanical Engineering. At its beginnings,EMTS offered two fields of specialization:Technology of Machine Building andMachine Tools. From 1976 has beenintroduced a new field of study WeldingEquipment and Technology.
After 1990 other fields of study have beenintroduced: Economic Engineering,Industrial Robots, Quality Engineering andManagement, Nonconventional Systemsand Technologies.
It is noteworthy to mention that theLaboratory of Materials Strenght has theoldest heritage in our university. Indeed, alaboratory with the same Profile wasestablished a century ago, by the renownedcivil engineer A. Saligny, one of the mostimportant Romanian personalities.
Since its birth, EMTS has benefited from thescientific contribution of eminent Professors.Professor Emil Botez was founder of theRomanian school of machine tools. ProfessorCostache Popovici was founder of profile ofMachine Building Technology. ProfessorZoltan Duca made the first Romaniantheoretical studies on the field of CuttingTools.Professor Gheorghe Buzdugan is one of themembers of the Romanian Academy,president of Romanian Academy forTechnical Sciences, famous for hisfundamental studies about material strengthand the theory of mechanical vibrations.
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OF ECHNOLOGICAL YSTEMST S
Major fields of study
Industrial Engineering
anagement
Mechatronics and Robotics
••
•• Quality Engineering and Management• Nanotechnologies and Nonconventional
Systems
•
• Robotics
Manufacturing EngineeringMachine-tools and ManufacturingSystemsWelding Engineering
Industrial Business EngineeringIndustrial Engineering and M
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
40
F E MACULTY OF NGINEERING AND ANAGEMENT
Major research area
Besides the academic education, EMSThas organised six research centres,
financially independent, specifics to facultyprofile:• National Research Centre for
Technological Systems PerformancesOPTIMUM (CNCPST Optimum);
• Centre for Management and EngineeringResearch & Training for Virtual IndustrialEnterprises (PREMINV)
• Centre for Advanced Technologies andNew Materials (CTANM NationalInstruments Accredited Training Centre);
• Computer Aided Design (AutoDeskTraining Centre);
• Centre for Materials Analysis and WeldingEngineering (CAMIS).
• Training Centre for Quality Assurance(CPAC).
The faculty is also hosting specificacademic structures created during severalEuropean programs: Network Headquartersfor University Enterprise OrganizationsCooperation (including the university's owndepartment), Network Headquarters forPromoting the Continuing Education -CEPEC (including the university's owndepartment).
Also, the faculty has numerous projects forother European educational programs suchas ERASMUS, PHARE, LEONARDO daVINCI, COPERNICUS.
The Machine and Manufacturing SystemsChair is the organizer of InternationalConference on Manufacturing SystemICMaS (since 1974 as National Conferencefor Machine Tools).
Together with prestigious researchinstitutes, EMST is the initiator of theInternational Conference “NewTechnologies: Present and Perspectives”.
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OF ECHNOLOGICAL YSTEMST S
Chairs
Chair of Machine ManufacturingTechnology
Chair of Machine and ManufacturingSystems
Head: Cristian DOICIN, ProfessorAddress: Splaiul Independentei 313,
CE BuildingTel: +40-21-402 93 73E-mail: [email protected]
Head: Eugen STRAJESCU, ProfessorAddress: Splaiul Independentei 313,
CE BuildingTel/ fax: +40-21-402 94 20E-mail: [email protected]
Chair of Materials Technology andWelding
Chair of Materials Strength
Head: Gabriel DUMITRU, ProfessorAddress: Splaiul; Independentei 313,
CE BuildingTel: +40-21-402 93 37Fax: +40-21-402 95 22E-mail: [email protected]
Head: Horia GHEORGHIU, ProfessorAddress: Splaiul Independentei 313,
CA BuildingTel: +40-21-402 92 04E-mail: [email protected]
Chair of Mechanisms and Robots TheoryHead: Barbu GRECU, ProfessorAddress: Splaiul Independentei 313,
JC BuildingTel: +40-21-402 96 32E-mail: [email protected]
42
F B SACULTY OF IOTECHNICAL YSTEMS
313, Splaiul Independentei,RO 060042, BucharestTel: +40-21-402 96 48Fax: +40-21-318 10 18www.isb.pub.ro
Staff:
Total academic staff: 80Full professors: 11
Dean:Gigel PARASCHIV, ProfessorTel: +40-21-402 96 49E-mail: [email protected]
The Faculty for AgriculturalEngineering was set up in 1962, by
separation from the Faculty ofMechanical Engineering. However, thedevelopment in scientific and technicalpreoccupations made it necessary thechange of name (1995) into the Facultyfor Engineering of BiotechnicalSystems. The new name is justified bythe fact that besides higher education inthe field of machinery and equipmentfor agriculture and food processing, thestudents receive other knowledge aswell (installations for biotechnologies,equipment for environmentalprotection).
Mechanical Engineering
Environment Engineering
• Machines and Equipment forAgriculture and Food Processing
Rural
• Biotechnological and EcologicalSystems Engineering
• Engineering for SustainableDevelopment
Major fields of study
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
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ENGINEERING
Vehicle-terrain interactions; physical andmechanical properties of seeds andfruits; expert systems for intelligentautomatic control of grain silos storing;modeling of the cereal harvestingcombines; automatic control for cerealharvesting combines; tractors and othermobile agricultural units.
Mechanical vibrations; acoustics andnoise control; rotor dynamics; chaoticsystems; vibrations in aeroelastic media.
Major research area
Chair of Biotechnical Systems
Chair of Mechanics
Head: Ladislau DAVID, Professor
Head: Ion STROE, Professor
Address: Splaiul Independentei 313,D Building
Tel: +40-21-402 96 37
Address: Splaiul Independentei 313,BN Building
Tel: +40-21-402 92 50
Chairs
44
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
F TACULTY OF RANSPORTS
313, Splaiul Independentei,RO 060042, BucharestTel: +40-21-402 95 68Fax: +40-21-318 10 12E-mail: [email protected]
Staff:Total academic staff: 135Full professors: 13
Dean:Corneliu Mihail ALEXANDRESCU,ProfessorTel: +40-21-402 95 68E-mail: [email protected]
Automotive Engineering
Transport Engineering
Mechanical Engineering
Engineering in Electronics andTelecommunications
• Transport Engineering
• Vehicles for Railway Transport
• Remote Control and Electronics inTransports
Traffic and
Major fields of study
The Faculty of Transports has beenfounded in 1948; nowadays, the
faculty provides education forengineers in the following fields: RoadVehicles, Railway Vehicles, TransportTechniques, Remote Controls andElectronics in Transports. The numberof students is about 2300.
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Automotive Transmission Systems;Automotive Tyres; Automotive Controland Testing Systems; AutomotiveElectronics and Electric Vehicles;Automotive Noise and Vibrations;Automotive Body Structures.
High-Speed Rail Vehicles.
Transport Networks Optimisation;Trains Traffic assisted by computers;Optimisation of railway stationstechnologies; Modern transporttechnologies; Multimodal transport.
Remote control and electronics fortransports; Data transmission andtransport automation; Transportsystems engineering.
Major research area
Chairs
Chair of Automotive EngineeringHead: Cristian ANDREESCU, ProfessorAddress: 313, Splaiul Independentei,
JC BuildingTel: +40-21-402 95 49E-mail: [email protected]
Chair of Railway Vehicles
Chair of Transport Technics and Logistics
Chair of Remote Control and Electronicsin Transports
Head: Ioan SEBESAN, ProfessorAddress: 313, Splaiul Independentei,
JH BuildingTel: +40-21-402 95 10E-mail: [email protected]
Head: Mihaela POPA, Assoc. ProfessorAddress: 313, Splaiul Independentei,
JE BuildingTel: +40-21-402 95 50E-mail: [email protected]
Head: Iulian BADESCU, ProfessorAddress: 313, Splaiul Independentei,
JE BuildingTel: +40-21-402 96 53E-mail: [email protected]
46
F AACULTY OF EROSPACE NGINEERINGE
Aerospace EngineeringAerospace ConstructionsPropulsion SystemsEquipment and Board InstrumentsEngineering and Management inAeronautics
•
•
•
•
•
1, Gh. Polizu Str., BucharestTel/Fax: +40-21-318 10 07www.aero.pub.ro
Staff:Total academic staff: 98Full professors: 12
Dean:Virgil STANCIU, ProfessorTel: +40-21-402 38 12E-mail: [email protected]
The Romanian contribution to pioneeringin Aviation is substantial and has a
worldwide recognition. Names as TraianVuia (first complete flight with on boardmeans, 1906), Henri Coanda (first jetengine used for propulsion in Aviation,1990) and Aurel Vlaicu (an original andinventive airplane with high performances,1910) are well known to the aviation world.
The higher education in aviation started in1928, when Prof. Elie Carafoli opened thefirst course on Aeronautics at thePolytechnic school in Bucharest. He alsobuilt the first wind tunnel in South-EasternEurope (1931), still in operation.
The specialization of Aviation existing atPolytechnic of Bucharest during the period1933-1971, became the Faculty ofAerospace Engineering in 1971, with 180-200 students entrance number per year.To become an aerospace engineer fouryears of study are required. A sixth year foradvanced studies is also provided.
The engineers trained in the Faculty ofAerospace Engineering of UniversityPOLITEHNICA of Bucharest are educated tobe open minded, able to adapt themselvesto any new technical and scientificrequirements, as well as to problems
related to engineering management,wherever they have to work.
Our graduate students have proved theircapabilities in the field of aviation, as wellas in the other industries related to finemechanics, environmental protection, windenergy, medical industry, computer aideddesign, industrial management etc.
Major fields of study
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
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Major research area Chairs
The academic staff of the faculty ofAerospace engineering is one of thehighest scientific and technical level. Itincludes members of prestigiousinternational academics (for exampleProfessor Elie Carafoli was president ofthe International Academy of Astronauticsin 1974 - 1976).
The previous president of the RomanianAcademy (the highest scientific institutionin Romania) was Prof. Virgiliu NicolaeConstantinescu, from our Chair ofAerospace Sciences (bearing now thename ”Elie Carafoli”).
“Elie Carafoli”, Chair ofAerospace ScienceHead: Sterian DANAILA, Professor
Head: Adrian STOICA, ProfessorAddress: 1-7, Gh. Polizu Str., 010737,
sector 1, Bucharest, RomaniaTel: +40-21-402 39 67Fax: +40-21-318 10 07E-mail: [email protected]
Head: Ionel SIMION, ProfessorAddress: 313, Splaiul Independentei, 060042
Sector 6, Bucharest, RomaniaTel: +40-21-402 91 36Fax: +40-21-402 91 08E-mail: [email protected]
Address: 1-7, Gh. Polizu Str., 010737,sector 1, Bucharest, Romania
Tel: +40-21-402 39 67Fax: +40-21-318 10 07E-mail: [email protected]
“Nicolae Tipei”, Chair of AeronauticalSystems Engineering
Chair of Descriptive Geometry andEngineering Graphics
48
The traditions of metallurgical education
are linked to the development of ferrous
and non-ferrous metallurgy in Romania.
Thus, soon after the coming out of the first
metal works in Banat, on January 23rd
1729 the first School of Mines and
Metallurgy was founded at Oravita, which
was transferred after 60 years in Resita.
The first independent course of Metallurgy
was introduced only in 1842 at Iasi. In our
university (former National School for
Roads and Bridges) engineering diplomas in
Metallurgy were conferred starting with
1881. Since 1920, the university has been
renamed Polytechnic School of Bucharest,
comprising four faculties including a
Metallurgy department. In 1948 the
Polytechnic School of Bucharest became
the Polytechnic Institute of Bucharest, the
Metallurgy department being preserved.
In 1990 the name of the faculty was
changed into the Faculty of Materials
Science and Engineering(FMSE).
FMSE offers programs of studies and
research for both undergraduate and
postgraduate students. The full-time student
body in the faculty amounts to about 1000.
The faculty adopted the credit system,
according to ECTS, starting with 1997-
1998 academic year.
313, Splaiul Independentei,RO 060042, BucharestTel/Fax: +40-21-318 10 17www.sim.pub.ro
Staff:Total academic staff: 127Full professors: 17
Dean:Rami SABAN, ProfessorTel/fax: +40-21-318 10 17E-mail: [email protected]
F M SACULTY OF ATERIAL CIENCE AND
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ENGINEERING
Material Engineering
Applied Engineering Sciences
Engineering and Management
Environment Engineering
Material EngineeringEngineering in P roducing MetallicMaterials
Engineering in P rocessing MetallicMaterials
Medical Engineering
Economic Engineering in Chemistr yand Materials Industry
Engineering and Environment P rotectionin Industry
Industrial
Major fields of study
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
50
The scientific research in the frameworkof the Faculty of Materials Science andEngineering is developed through theresearch centers such as CEMS,CCEEMS, BIOMAT.
Research and Expertise Center for SpecialMaterials-CEMS (1994)(Scientific Manager: Prof. Dr. Eng. NicolaeCONSTANTIN)
Research Center for Biomaterials-BIOMAT (2002)(Scientific Manager Prof. Dr. Eng. SimonaZAMFIR)
Research and Expertise Center forEco-Metallurgy-CCEEM (2001)(Scientific Manager: Prof. Dr. Eng. CristianPREDESCU)
Fundamental and applicative researchesconcerning the metallic materialselaboration processes and technologies,steel, cast iron, ferroalloys, non-ferrousmaterials and alloys, compositematerials, ecologizing the processes ofthe metallurgic fields of the ferrous andnon-ferrous metallic materialselaboration.
Fundamental and applicative researchesconcerning the metallic materialprocessing technologies by casting,rolling, forging, moulding,
Fundamental researches regarding thepollution control and prevent in theengineering systems.
Fundamental and applicative researchesconcerning the fine structure of materials,on the real possibilities of improvement ofmaterials functional characteristics bythermo-chemical treatments, on theimprovement of the materials tribologiccharacteristics, on the biocompatiblematerials;
Biocompatible Materials, High-StrengthAluminium Alloys, Amorphous andNanocristalline Materials, Corrosion,Powder Metallurgy, Composites;Rare, Disperse, Light and Heavy Metals,Interfaces between Ceramic particles andFibers, Metallic Matrix CompositesMaterials, Degassing and Modification ofNon-Ferrous Alloys, Radioactive Metals;
Casting design and solidification ofmaterials, Materials and proceedings formoulding;
Recycling technologies for rationalproduction of metallurgical products.
Major research area
F M SACULTY OF ATERIAL CIENCE AND
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ENGINEERING
Chairs
Chair of Materials Science and PhysicalMetallurgy
Chair of Engineering and Management forMetallic Materials Elaboration
Chair of Materials Processing andEco-Metallurgy
Head: Georgeta COSMELEATA, ProfessorTel: +40-21-402 96 43
E-mail: [email protected]
Head: ,Tel: +40-21-402 95 14Fax: +40-21-318 10 17E-mail:[email protected]
Head: ,Tel: +40-21-402 95 43Fax: +40-21-318 10 17
Fax: +40-221-318 10 17
Mihai BUZATU Professor
Florin STEFANESCU Professor
52
F A CACULTY OF PPLIED HEMISTRY AND
1-7 Gh. Polizu St., sector 1,Bucharest, 011061, RomaniaTel: +40-21-402 39 34
+40-21-402 39 27Fax: +40-21-311 17 96www.chim.pub.ro
Staff:Total academic staff: 316Full professors: 37
Dean:Horia IOVU, ProfessorTel: +40-21-402 39 22E-mail: [email protected]
The Faculty of Industrial Chemistry wasestablished in 1867 as an integrated
part of the Polytechnic School, foundedin 1818.
The development of industrial chemistryeducation was made possible by thecompetent activity of a large number ofwell-known scientists such as EmanuelBacaloglu (the first Romanian chemistmember of the Romanian Academy), AlfonsSaligny, Constantin Istrati (Members of theRomanian Academy), ConstantinAlimasteanu, Grigore Pfeiffer, Emil Balaban,Paul Staehlin, V. Bianu, Eugen Chirnoaga,Stefan Minovici, Ion Atanasiu, Isaac Blum.
The school of industrial chemistrycontinued its development thanks to thecontribution of outstanding personalitiessuch as Negoita Danaila, Costin Nenitescu,Emilian Bratu, Serban Solacolu, Petre Spacu(Members of the Romanian Academy),Tudor Ionescu, Iosif Drimus, MargaretaAvram, Raul Mihail, Solomon Sternberg,Radu Dinescu.
The Faculty of Applied Chemistry andMaterials Science is now one of the majorplayers in the field of higher education,
Major fields of study
Chemical Engineering
Engineering and Management
Environment Engineering
Engineering of Inorganic Substancesand Environment Protection
Science and Engineering of OxideMaterials and Nanomaterials
The Chemistr y and Engineering ofOrganic Substances andPetrochemistry Science andEngineering
F ood Chemistry and BiochemicalTechnologies
Engineering and Infor matics forChemical and Biochemical Processes
Economic Engineering inMaterials Industry
Engineering and EnvironmentProtection in Chemical
Industries
Polymer
Chemical and
andPetrochemical
Industrial
research and development, being integratedinto the University POLITEHNICA ofBucharest, the largest state university inRomania.
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M SATERIALS CIENCE
The Faculty of Industrial Chemistry is notonly a high-class educational institution,but also an important centre of research,development, know-how andtechnological transfer and it aims to meetthe highest international standards forresearch in chemical science andengineering. The long-term collaborativeresearch and partnerships concluded withvery well-known universities and researchinstitutes all over the world have led to theestablishment of both the traditional andnew multidisciplinary research topics ofgreat interest for academic world as wellas the global market:
Applied coordinative chemistry (non-conventional methods for nanomaterialspreparation, coordination compounds),
Major research area
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of studyseparations in aqueous systems by ionflotation, inorganic rings and polymers,hybrid organic-inorganic materials, ionexchange processes, molten saltschemistry, nuclear chemistry;
Mass transfer phenomena in multiphasesystems, chemical and biochemicalprocess analysis and design, processsystem engineering, integrated reactionand separation units, metabolic cell-process modelling, systemic andsynthetic biology;
Heterocyclic compounds, chemistry ofanulenes and cyclic systems,enantioselective syntheses, organo-metallic chemistry, non-stableintermediates (ketenes, carbenes), flashpyrolises, sono-chemistry;
Sensors and separation methods basedon supramolecular chemistry principles,electrochemical analysis methods,bioanalysis, magnetic fluids;
Chemical thermodynamics, equations ofstate, measurements and modeling ofphase equilibrium at low and highpressures, applied spectroscopy,
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theoretical and applied electrochemistry,electrochemistry of molten salts,electrochemistry for a cleanerenvironment, flow injection analysis,rechargeable batteries, conductivepolymers, electro-chemical engineering,corrosion protection, bio-electro-chemistry;
Nanomaterials, composite materials,biomaterials, phase equilibriumrelationships in oxide systems, modellingof oxide solids, magnetic,semiconductors and dielectric, ceramics,glasses, thermo-mechanical ceramics,inorganic binders, vitroceramics.
Removal of the organic pollutants fromwastewater by adsorption, catalyticoxidation and photochemical oxidation,removal of chromium from wastewaters,chromium recovery from solid wastes,waste gases purification, preparation andtesting of bio-adsorbents used for themetals retention from wastewaters,adsorption on active carbon and porouspolymers of the organic compounds fromwastewaters;
Pure substances and purification,inorganic products and fertilizers,solid/liquid phase equilibrium andcrystallization, alumina electrolysis andaluminum production;
Ring-opening and ionic polymerisation,radical polymerisation in heterogeneoussystems, macromere syntheses, polymercomposites, oxidation of liquidhydrocarbons, corrosion inhibitors, dyesfor non-conventional uses;
Risk management, sustainabledevelopment, critical infrastructures, andhuman resources in processindustries.
F A CACULTY OF PPLIED HEMISTRY AND
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M SATERIALS CIENCE
Chair of Inorganic Chemistry
Chair of Organic Chemistry
Chair of Applied Physical Chemistry andElectrochemistry
Chair of Inorganic Chemical Technologyand Environmental Protection
Chair of Technology for OrganicSubstancesand Polymer Science
Address: 1-7 Gh. Polizu st., I BuildingTel: +40-21-402 39 86Head: Cornelia GURAN, ProfessorE-mail: [email protected]
Address: 1-7 Gh.Polizu st., A BuildingTel: +40-21-402 39 05Head: Luminita PARVULESCU, ProfessorE-mail: [email protected]
Address: 1-7 Gh.Polizu st., E BuildingTel: +40-21-4023988Head: Dan GEANA, ProfessorE-mail: [email protected]
Address: 1-7 Gh.Polizu st., C BuildingTel: +40-21-402 38 24E-mail: [email protected]: Cristina COSTACHE, Professor
Address: 149 Calea VictorieiTel: +40-21-402 27 01Head: Ioan CALINESCU, ProfessorE-mail: [email protected]
ChairsChair of Science and Engineering of OxideMaterials
Chair of Chemical and BiochemicalEngineering
Chair of Analytical Chemistry andInstrumental Analysis
Chair of General Chemistry
Chair of Economic Engineering
Address: 1-7 Gh. Polizu st., I BuildingTel: +40-21-402 38 74Head: Dorel RADU, ProfessorE-mail: [email protected]
Address: 1-7 Gh. Polizu st., A, F BuildingTel: +40-21-402 38 83Head: Grigore BOZGA, ProfessorE-mail: [email protected]
Address: 1-7 Gh.Polizu st., L BuildingTel: +40-21-402 38 86Head: Gheorghe NECHIFOR, ProfessorE-mail: [email protected]
Address: 1-7 Gh. Polizu st., L BuildingTel: +40-21-402 39 28Head: Ioana DEMETRESCU, ProfessorE-mail: [email protected]
Address: 1-7 Gh. Polizu st., L BuildingTel/fax: +40-21-402 38 18Head: Prof. Victor Corneliu RADU, ProfessorEmail: [email protected]
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F E TACULTY OF NGINEERING AUGHT IN
is a school of engineering inthe frame of University
POLITEHNICA of Bucharest, where allteaching activities are entirely performedin foreign languages.At present, FILS is functioning through threelinguistic streams:
The main target of the faculty of Engineeringin Foreign Languages is to train engineerswith a sound professional background,aimed to work for Romania, but in aninternational environment, especially asinterface with foreign investors. Also, FILSis open for students from abroad, that arenot so in the position to learn Romanianlanguage before starting the academicactivities. The curricula is of 4 years ofstudy, the graduates being awarded theDiploma of engineer that is recognizedabroad.Graduates are offered Master degree(M.Sc.) after 1.5 years of study.
English streamFrench streamGerman stream
FILS
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
English Stream
This branch of FILS has beenset up in 1990.
Computers and Information Technology
Electronics Engineering andTelecommunications
Mechanical Engineering
Chemical Engineering
Materials Engineering
Information Engineering
Applied Electronics
Mechanical Engineering
Chemical Engineering
Materials Science
Moreover, FILS offers several postgraduatecourses (advanced studies, 1.5 years) inthe field of Medical Engineering and aMaster of Business Administration.
Many undergraduate students havebenefitted from stages abroad, especiallyfor their diploma projects. It has beenproved that all graduates from FILS havesuccessfully found attractive engineeringjobs in research and development,production or marketing.
313 Splaiul Independentei,RO-060042 BucharestTel: +40-21-402 98 89Fax: +40-21-402 91 11www.ing.pub.ro
Dean:Adrian VOLCEANOV, ProfessorTel: +40-21-402 95 90Fax: +40-21-402 91 11E-mail: [email protected]
Academic staff:from other faculties ofPOLITEHNICA University
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F LOREIGN ANGUAGES
Ordinateurs et Technologies del'Information
Electronique et Télécommunications
Génie Mécanique
Ingénierie des matériaux
Génie chimique
T echnologies de l'information
Electronique appliquée
Génie Mécanique
Science des Matériaux
Une double diplôme en Génie des SystèmesIndustrielles et délivré en collaboration avecINP Toulouse pour une formation de typeMaster.
Dès le début de ses activités, la FilièreFrancophone a accordé une grandeimportance aux liens avec l'industrie. Lespartenaires privilégiées ont été, en premierlieu, les entreprise françaises ayant desrelations avec la Roumanie ou lesentreprises franco-roumaines. Par ailleurs,la Filière Francophone est membre de laChambre de Commerce et Industriefrançaise en Roumanie.
Filière Francophonedu FILS
Studiengänge:
Elektronik und Nachrichtentechnik
Maschinenbau
Wirtschaftsingenieurwesen
Angewandte Elektronik
Maschinenbau
Wir tschaftsingenieurwesenFachrichtungElektrotechnik
Wir tschaftsingenieurwesenFachrichtungMaschinenbau
Deutsche Abteilung
Chair of Engineering in ForeignLanguages
Chair of Communication in ModernLanguages
Head: Dan Luca SERBANATI, Professor
Head: Dana Sorana URS,Associate Professor
Address: 312, Splaiul IndependenteiTel: +40-21-402 91 97
Head: Aurelian LECA, ProfessorAddress: 312, Splaiul IndependenteiTel: +40-21-402 94 75
Address: 312, Splaiul IndependenteiTel: +40-21-402 98 89
UNESCO
Chairs
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F A SACULTY OF PPLIED CIENCES
Staff:Total academic staff: 205Full professors: 28
Dean:Constantin UDRISTE, ProfessorTel: :+40-21-402 91 50E-mail: [email protected]
313, Splaiul Independentei,RO-060042 BucharestTel:+40-21-402 94 89Fax: +40-21-318 10 01www.mathem.pub.ro
Tel:+40-21-402 91 02Fax: +40-21-402 91 20www.physics.pub.ro
The education in Mathematics andPhysics has been basic for the
training of Romanian higher technicalstaff during all its history in Bucharest,even since "Royal Academy of St. SAVA"(1694) and the first Romanian "HigherTechnical School" (1818). At the "St.SAVA College" (1832) one of the fouroffered curricula was in "Exact Sciences".The first experimental lab equipment ofPhysics and Chemistry and Geometricaland Mechanical Instruments were boughtin 1833 and the first Physics Laboratorywas created in 1850.
The present curricula have been offered:since 1955 - Engineering Physics -within the Faculty of Electronics andsince 1991 - Engineering Mathematics -within the Faculty of ElectricalEngineering. They have beencontinuously improved. Starting with1994, Advanced Study Programs in"Technical Physics", Fotonics", OpticalTechnologies", "Dynamical Systems,Differential Geometry and Optimization","Models in Decision Theory, Risk andForecasting" have been organized.
Major fields of study
Applied Engineering SciencesEngineering Mathematics andInformatics
Engineering Physics
B.Sc. (Engineer - 4 years)M.Sc. (1.5 years)PhD (3-4 years)
Level of study
Major research area
Analytical and numerical methods inboundary value differential equationsproblems, probabilistic models inreliability studies, stochastic phenomenastatistics, applied functional analysis,fractal theory, optimization, perturbationsand asymptotic analysis, biometrics,complex analysis in technicalapplications, differential geometry,geometrical dynamics modelling,
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statistical analysis of experimental data,nonlinear dynamics and chaos,mathematical economics, systems andcontrol theory;
Optoelectronics, laser and plasma,superconductivity, interaction laser -substance, scanning laser confocalmicroscopy, atomic force microscopy,magnetism, condensed state physics,liquid crystals, holography, holograminterferometry, optical processing ofinformation, holographic manufacturing,holographic techniques in visual arts,physical models in social and humansciences.
There are three Research Centres, namely:FOCUM ("Academic Centre for OpticalEngineering and Photonics");
CC SFA ( Scientific Research Centre inApplied Physics");
CMMPI ("Centre for Microscopy-Microanalysis and InformationProcessing ).
Chair of Mathematics II
Chair of Mathematics III
Chair of Physics II
Head: Gheorghe OPRISAN, ProfessorAddress: 313, Splaiul Independentei,
BN BuildingTel: +40-21-402 91 52E-mail: [email protected]
Head: Dan LARIONESCU, ProfessorAddress: 313, Splaiul Independentei,
BN BuildingTel: +40-21-402 93 53E-mail: [email protected]
Head: Gheorghe CATA-DANIL, Professor
Head: Paul STERIAN, ProfessorAddress: 313, Splaiul Independentei,
BN BuildingTel: +40-21-402 91 02Fax: +40-21-402 91 20E-mail: [email protected]
Chair of Physics I
Address: 313, Splaiul Independentei,BN Building
Tel: +40-21-402 91 02Fax: +40-21-402 91 20E-mail: [email protected]
Chairs
Chair of Mathematics IHead: Valeriu PREPELITA, ProfessorAddress: 313, Splaiul Independentei,
BN BuildingTel: +40-21-402 92 88E-mail: [email protected]
