Topic C S L P SI TO CR CD Examination form 1 Differential and with partial

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1 CURRICULUM UNDERGRADUATE Field : CIVIL ENGINEERING Specialization: CIVIL,INDUSTRIAL AND AGRICULTURAL BUILDINGS (CIAB) Specialization: RAILWAYS, ROADS AND BRIDGES (RRB) Specialization: HYDRAULIC STRUCTURES AND WATER DEVELOPMENT ( HSWD) Education form: Civil Engineering - full-time instruction in ENGLISH Study period: 4 years STUDY PROGRAMME Notations: C- course; S- seminar; L- laboratory; P- project; SI- individual study; TO- total hours per week ; CR- ECTS credits granted; CD- condition; E- exam; Co- assessment; ; P/F- passed / failed Specializations: CIAB, RRB and HSWD Semester 1 1 Linear algebra and Analytical *) E geometry 2 Analysis I *) E 3 Engineering graphics I *) Co 4 Mechanics I *) E 5 Surveying E 6 Computer science Co 7 English language I Co 8 Humanity course I Co 9 Descriptive geometry E 10 Physical education (2) (2) TOTAL E+4Co Semester 2 1 Differential and with partial **) E derivates equations 2 Analysis II **) E 3 Engineering graphics II Co 4 Mechanics II **) E 5 Chemistry (Ch) E 6 Physics I **) Co 7 Strength of materials I E 8 English language II Co 9 Humanity course II Co 10 Physical education I (2) (2) 1 P/F 11 Surveying practice 2 weeks x 30 hours 3 Co TOTAL E+5Co+1P/F *) COMPULSORY topics for passing from 1-st to 2-nd year of study **) COMPULSORY topics for passing from 2-nd to 3-rd year of study

2 Semester 3 1 Physics II E 2 English language III Co 3 Humanity course III Co 4 Civil engineering materials Ch **) E 5 Strength of materials II (SmII) **) E 6 Structural analysis I E 7 Architecture and urban planning Co 8 Hydraulics **) E 9 Physical education (2) (2) TOTAL E+3Co Semester 4 1 English language IV Co 2 Structural analysis II (SaII) **) E 3 Engineering geology Co 4 Elements of elasticity and theory of SmII E plates 5 Computer aid drawing Co 6 Wood structures E 7 Construction machines Co 8 Reinforced and prestressed concrete I E 9 Enterprise economic E 10 Physical education II (2) (2) 1 P/F TOTAL E+4Co+1P/F **) COMPULSORY topics for passing from 2-nd to 3-rd year of study Semester 5 1 Soil mechanics (Som) E 2 Dynamics and Earthquake engineering elements (DE) SaII E 3 Finite Element Method introduction Co 4 Transport engineering E 5 Reinforced and prestressed concrete E II(RpcII) 6 Equipment for buildings Co 7 Building design I E 8 Sanitary engineering Co TOTAL E+3Co Specialization: CIAB Semester 6 1. Reinforced concrete structures I RpcII E+P 2. Building design II E+P 3. Steel structures I E 4. Foundation engineering Som E+P 5. Structural reliability and risk analysis DE E 6. Environmental engineering Co 7. Composites and associated materials Co 8 Practice 4 weeks x 30 hours 7 Co TOTAL E+3Co+3P

3 Semester 7 1. Reinforced concrete structures II E+P 2. Steel structures II E+P 3 Construction engineering I E 4 Masonries mechanics E 5 Construction management I E 6 Traditional and modern finishing works for buildings Co 7 Computer methods in civil engineering Co TOTAL E+2Co+2P Semester 8 1. Steel structures III E+P 2. Building design III E+P 3. Construction management II E+P 4. Construction engineering II E+P 5 Underground works Co 6. Marketing E TOTAL E+1Co+4P Specialization: RRB Semester 6 1 Roads I E+P 2 Bridges design basis E+P 3 Steel structures E+P 4 Foundation engineering Som E+P 5 Environmental engineering Co 6 Concrete bridges I RpcII E 7 Practice 4 weeks x 30 hours 7 Co TOTAL E+2Co+4P Semester 7 1 Roads II E 2 Railroads I E+P 3 Construction management I E 4 Construction engineering E 5 Concrete bridges II E+P 6 Hydraulic structures Co 7 Computer methods in civil engineering Co TOTAL E+2Co+2P Semester 8 1 Roads maintenance E 2 Tunnels engineering E+P 3 Railroads maintenance Co 4 Steel bridges E+P 5 Construction management II E 6 Railroads II E+P 7 Underground works Co TOTAL E+2Co+3P

4 Specialization: HSWD Semester 6 1 Advanced hydraulics E 2 Hydraulic machines Co 3 Steel structures Co 4 Foundation engineering Som E+P 5 Environmental engineering Co 6 Rock mechanics E 7 Advanced sanitary engineering E+P 8 Steel hydraulic structures E 9 Practice 4 weeks x 30 hours 7 Co TOTAL E+4Co+2P Semester 7 1 Hydrology and hydrogeology E 2 Construction management I Co 3 Construction engineering E 4 Computer aid drawing Co 5 Waterways and harbours E+P 6 Hydraulic structures I E 7 Computer methods in civil engineering E+P TOTAL E+2Co+2P Semester 8 1 River basin planning Co 2 Hydraulic structures II E+P 3 Hydro systems E+P 4 Groundwater and seepage E 5 Hydraulic structures earthquake design DE E 6 Construction management II E+P 7 Underground works Co TOTAL E+2Co+3P

5 Domaine: Génie Civil Spécialité: CONSTRUCTIONS CIVILES, INDUSTRIELLES et AGRICOLES (CCIA) Spécialité: CHEMINS DE FER, PONTS et CHAUSSEES (CFPC) Spécialité: AMENAGEMENTS ET CONSTRUCTIONS HYDROTECHNIQUES (ACH) Formation: Ingénieur en Génie Civil - formation entièrement dispensée en Français Durée de la formation : 4 ans PROGRAMME D'ETUDES Notations: C- cours; S- séminaire; L- travaux pratiques; P- travaux dirigés ; TP- travail personnel;to- total heures hebdomadaires; CR- nombre de crédits ECTS; CP- prérequis; E- examen; Co- colloque; P- projet; A/R- admis / refusé Spécialités : CCIA, CFPC et ACH Semestre 1 contrôle des 1 Algèbre linéaire et Géométrie *) E analytique 2 Analyse I *) E 3 Dessin technique I *) Co 4 Mécanique I *) E 5 Topographie E 6 Utilisation des ordinateurs Co 7 Langue française I Co 8 Sciences humaines I Co 9 Géométrie descriptive E 10 Education physique (2) (2) TOTAL E+4Co Semestre 2 contrôle des 1 Equations différentielles et dérivées partielles **) E 2 Analyse II **) E 3 Dessin technique II Co 4 Mécanique II **) E 5 Chimie (Ch) E 6 Physique I **) Co 7 Résistance des matériaux I E 8 Langue française II Co 9 Sciences humaines II Co 10 Education physique I (2) (2) 1 A/R 11 Pratique topographique 2 semaines x 30 heures 3 Co TOTAL E+5Co+1A/R *) Disciplines OBLIGATOIRES pour le passage de la 1ère à la 2ème année d études **) Disciplines OBLIGATOIRES pour le passage de la 2ème à la 3ème année d études

6 Semestre 3 1 Physique II E 2 Langue française III Co 3 Sciences humaines III Co 4 Matériaux de construction Ch **) E 5 Résistance des matériaux II (RmII) **) E 6 Analyse des structures I E 7 Eléments d'architecture Co 8 Hydraulique **) E 9 Education physique (2) (2) TOTAL E+3Co Semestre 4 1 Langue française IV Co 2 Analyse des structures II (AsII) **) E 3 Géologie pour l'ingénieur Co 4 Eléments d'élasticité et théorie des plaques RmII E 5 Infographique Co 6 Constructions en bois E 7 Machines pour les constructions Co 8 Béton I E 9 Economie du bâtiment et législation E 10 Education physique II (2) (2) 1 A/R TOTAL E+4Co+1A/R **) Disciplines OBLIGATOIRES pour le passage de la 2ème à la 3ème année d études Semestre 5 1 Mécanique des sols (Ms) E 2 Dynamique et éléments de Génie sismique(dgs) AsII E 3 Introduction de la méthode des Co éléments finis 4 Voies de communications E 5 Béton II (BII) E 6 Equipements pour les bâtiments Co 7 Bâtiments I E 8 Génie sanitaire Co TOTAL E+3Co

7 Spécialité CCIA Semestre 6 1. Ouvrages en béton armé I BII E+P 2. Bâtiments II E+P 3. Constructions métalliques I E 4. Fondations Ms E+P 5. Fiabilité des structures et analyse de DGs E risques 6. Génie de l'environnement Co 7. Matériaux composites et associés Co 8 Pratique 4 semaines x 30 heures 7 Co TOTAL E+3Co+3P Semestre 7 1. Ouvrages en béton armé II E+P 2. Constructions métalliques II E+P 3 Procédés généraux de constructions I E 4 Mécanique des maçonneries E 5 Management de la construction I E 6 Finissages traditionnels et modernes pour les Co bâtiments 7 Informatique appliquée au génie civil Co TOTAL E+2Co+2P Semestre 8 1. Constructions métalliques III E+P 2. Bâtiments III E+P 3. Management de la construction II E+P 4. Procédées généraux de constructions II E+P 5 Constructions souterraines Co 6. Marketing E TOTAL E+1Co+4P Spécialité CFPC Semestre 6 1 Routes I E+P 2 Bases du calcul des ponts E+P 3 Constructions métalliques E+P 4 Fondations Ms E+P 5 Génie de l'environnement Co 6 Ponts en béton I BII E 7 Pratique 4 semaines x 30 heures 7 Co TOTAL E+2Co+4P

8 Semestre 7 1 Routes II E 2 Chemins de fer I E+P 3 Management de la construction I E 4 Procédés généraux de constructions I E 5 Ponts en béton II E+P 6 Constructions hydrotechniques Co 7 Informatique appliquée au génie civil Co TOTAL E+2Co+2P Semestre 8 1 Entretien des routes E 2 Tunnels E+P 3 Entretien des chemins de fer Co 4 Ponts métalliques E+P 5 Management de la construction II E 6 Chemins de fer II E+P 7 Constructions souterraines Co TOTAL E+2Co+3P Spécialité ACH Semestre 6 1 Approfondissement d'hydraulique E 2 Machines hydrauliques Co 3 Constructions métalliques Co 4 Fondations Ms E+P 5 Génie de l'environnement Co 6 Mécaniques des roches E 7 Approfondissements de génie sanitaire E+P 8 Constructions métalliques E hydrotechniques 9 Pratique 4 semaines x 30 heures 7 Co TOTAL E+4Co+2P Semestre 7 1 Hydrologie et hydrogéologie E 2 Management de la construction I Co 3 Procédées généraux de constructions I E 4 Informatique appliquée au génie civil Co 5 Voies navigables et ports E+P 6 Constructions hydrotechniques I E 7 Aménagements de rivières et digues E+P TOTAL E+2Co+2P

9 Semestre 8 1 Gestion des eaux Co 2 Constructions hydrotechniques II E+P 3 Aménagements hydrauliques E+P 4 Irrigations et drainages E 5 Génie sismique de structures DGs E hydrauliques 3 6 Management de la construction II E+P 7 Constructions souterraines Co TOTAL E+2Co+3P

10 Domaine: INSTALLATIONS Spécialité: INSTALLATIONS POUR LES CONSTRUCTIONS Formation: Ingénieur en Installations - formation entièrement dispensée en FRANCAIS Durée de la formation : 4 ans PROGRAMME D'ETUDES Notations: C- cours; S- séminaire; L- travaux pratiques; P- travaux dirigés ; TP- travail personnel;to- total heures hebdomadaires; CR- nombre de crédits ECTS; CP- prérequis; E- examen; Co- colloque; P- projet; A/R- admis / refusé Semestre 1 1 Algèbre linéaire, géométrie analytique et *) E différentielle I 2 Analyse I *) E 3 Dessin technique I Co 4 Chimie *) E 5 Topographie E 6 Utilisation des ordinateurs I Co 7 Langue française I Co 8 Technologie mécanique et organes de Co machines 9 Géométrie descriptive *) E 10 Education physique (2) (2) TOTAL E+4Co Semestre 2 1 Utilisation des ordinateurs II Co 2 Analyse II (AII) **) E 3 Dessin technique II Co 4 Mécanique E 5 Matériaux pour les installations E 6 Physique *) E 7 Résistance des matériaux I *) E 8 Langue française II Co 9 Discipline socio- humaniste I Co 10 Education physique I (2) (2) 1 A/R 11 Conception assistée par ordinateur I Co 12 Ecologie Co 13 Pratique I 2 semaines x 30 heures 3 Co TOTAL E+7Co+1A/R *) **) Disciplines OBLIGATOIRES pour le passage de la 1ère à la 2ème année d études Disciplines OBLIGATOIRES pour le passage de la 2ème à la 3ème année d études

11 Semestre 3 1 Mathématiques avancées AII **) E 2 Langue française III Co 3 Discipline socio- humaniste II Co 4 Utilisation des ordinateurs III Co 5 Thermotechnique I AII **) E 6 Résistance des matériaux II **) E 7 Electrotechnique I AII **) E 8 Eléments d'architecture Co 9 Hydraulique I AII **) E 10 Education physique II (2) (2) 1 A/R TOTAL E+4Co+1A/R Semestre 4 1 Langue française IV Co 2 Thermotechnique II E 3 Hydraulique II E 4 Electrotechnique II E 5 Bâtiments E+P 6 Conception assistée par ordinateur II Co 7 Discipline socio- humaniste III Co 8 Technologie et montage des installations I E 9 Législation pour installations et bâtiments Co 10 Pratique II 3 semaines x 30 heures 3 Co TOTAL E+5Co+1P **) Disciplines OBLIGATOIRES pour le passage de la 2ème à la 3ème année d études Semestre 5 1 Machines hydrauliques E 2 Machines électriques E 3 Installations sanitaires E+P 4 Installation de chauffage I E 5 Thermotechnique des bâtiments Co 6 Appareils thermiques E+P 7 Sources nonconventionnelles d'énergie Co TOTAL E+2Co+2P

12 Semestre 6 1. Installation de chauffage II E+P 2. Installations de ventilation et conditionnement I E 3. Installations électriques I E 4. Installations frigorifiques E+P 5. Installations hydroutilitaires Co 6. Marketing Co 7. Gestion énergétique des processus E industriels 8 Pratique III 3 semaines x 30 heures 4 Co TOTAL E+3Co+2P Semestre 7 E+P 1 Installations de ventilation et conditionnement II Installations électriques II E+P 3 Installations d'alimentation de gaz E 4 Automatisation des installations I E 5 Management et ressources humaines Co 6 Pompes de chaleur E Utilisation de l'énergie nonconventionnelles 7 Semestre 8 en installations E TOTAL E+1Co+2P 1 Assurance de la qualité des installations Co 2 Automatisation des installations II E 3 Réseaux thermiques E+P 4 Technologie et montage des installations II E 5 Gestion économique et financière des Co entreprises 6 Ventilation industrielle E 7 Systèmes électriques et électroniques de mesure Co en installations TOTAL E+3Co+1P

13 POSTGRADUATE STUDIES Year of advanced studies In the academic year a sixth year was introduced, devoted to advanced studies. These studies are open to the best of the graduates of the 5 year program (up to 20% of graduates). The year of advanced studies comprises two semesters of 14 weeks each, with 14 contact hours per week. After academic year , the advanced studies become master s degree studies year (60 90 credits). The following specializations for advanced studies are offered by the programme of the Technical University of Civil Engineering of Bucharest: Field 1.Civil engineering 2.Building services 3. Mechanical engineering 4. Geodesy Specializations of advanced studies 1. Advanced Structural Analysis 2. Building Structure Engineering 3. Special Technologies for Buildings 4. Geotechnical Engineering 5. Construction Engineering 6. Building Management 7. Environmental Engineering 8. Highway and Airport Engineering 9. Railway Engineering for High Speed Trains 10. Bridges and Underground Works 11. Thermal Engineering for Building Services 12. Electrical Engineering for Building Services 13. Hydraulic Engineering for Building Services 14. Building Services Management 15. Atmospheric Protection Engineering 16. Dynamics of Construction Machines 17. Automatization and Robotization of Technological Construction Processes 18. Production Engineering for Technological Equipment 19. Recycling and Recovering Engineering for Building Materials 20. Geographic Information Systems 21. Three-dimensional Systems of Measurement and Positioning Advanced studies are concluded with the presentation and defense of a dissertation. By completing successfully the year, the candidate receives a diploma of advanced studies.

14 DOCTORATE The Technical University of Civil Engineering of Bucharest offers doctorate studies in the following fields: 1. Statics, Dynamics and Stability of Structures 2. Strength of Materials, Elasticity and Plasticity 3. Earthquake Engineering and Safety of Structures 4. Buildings 5. Geotechnical and Foundation Engineering 6. Reinforced Concrete Structures 7. Steel Structures 8. Hydraulic Structures 9. Hydraulics and Fluid Mechanics 10. Water Supply, Sewerage and Waste Water Treatment 11. Land Reclamation 12. Roads and Airfields 13. Railways 14. Construction Management 15. Building Materials 16. Building Services 17. Heat Engineering 18. Machines, Apparatus and Electric Control 19. Electrotechnics 20. Construction Machines and Equipment 21. Technical Mechanics and Vibrations 22. Geodesy, Cartography, Photogrammetry and Remote Sensing 23. Machine Construction Engineering The candidats must have min. 300 credits (Master of engineering). Doctoral work does not imply the attendance of courses for credits. Instead, 3-4 comprehensive examinations, on basic and specialty subjects, have to be passed, and a number of reports have to be elaborated and presented to the Chair to which the scientific supervisor belongs. Finally, a thesis has to be written and publicly defended in order to get a Doctor of Science degree in Engineering (equivalent to Ph.D.). More information in the icon Admission