UNIVERZITET U GRACU

 

htpp//www.kfunigraz.ac.at/chewww/chemie.html

 

Curriculum für das Bachelorstudium

Chemie

 

Dieses Curriculum wurde vom Senat der Technischen Universität Graz in der Sitzung vom 18.06.2007

und vom Senat der Karl-Franzens-Universität Graz in der Sitzung vom 30.05.2007 genehmigt.

Das Studium wird als gemeinsames Studium (§ 54 Abs. 9 UG 2002) der Karl-Franzens-Universität

Graz und der Technischen Universität Graz im Rahmen des NAWI Graz Projektes angeboten.

§ 1 Allgemeines

Das naturwissenschaftliche Bachelorstudium Chemie umfasst sechs Semester und besteht

aus einem Studienabschnitt. Der Gesamtumfang beträgt 180 ECTS-Credits/-

Anrechnungspunkte. Absolventinnen und Absolventen schließen mit dem akademischen Grad

„Bachelor of Science", abgekürzt „BSc“, ab.

 

 

Aufbau des Studiums, Prüfungsfächer

Im Bachelorstudium Chemie sind folgende Prüfungsfächer zu absolvieren:

Prüfungsfach ECTS-Credits*)     

Allgemeine und Naturwissenschaftliche Grundlagen               16

Grundlagen der Chemie                                                           18

Analytische Chemie                                                                  29

Anorganische Chemie                                                              15

Organische Chemie                                                                  20

Physikalische Chemie                                                               14

Biowissenschaften                                                                    13

Technologische Chemie                                                            13

Wahlfachkataloge gemäß § 5b                                                  18

Freie Wahlfächer/Freie Wahllehrveranstaltungen                     12

Projektarbeit für Bachelorarbeiten                                             12

Summe                                                                                   180

 

 

Lehrveranstaltungen der Studieneingangsphase SSt**) Typ ECTS-Credits*)

 

 

Physik                                                                 3,00 VO 4

Übungen aus Physik                                           1,00 UE 1

Mathematik I                                                       2,25 VO 3

Übungen aus Mathematik I                                 1,00 UE 1

Mathematik II                                                      1,50 VO 2

Übungen aus Mathematik II                                1,00 UE 1

Einführung in das Chemiestudium                       0,75 VU 1

Allgemeine Chemie                                            4,50 EV 6

Stöchiometrie                                                     1,00 UE 2

Einführung in die Laboratoriumspraxis               0,75 VO 1

LU aus Allgemeiner Chemie                               5,33 LU 4

Übungen aus Allgemeiner Chemie                     1,00 UE 1

Chemische Informatik                                         1,50 VU 2

Risiko und Sicherheit in der Chemie                   1,50 VO 2

Summe 26,08 31

*) ECTS-Credits (TU Graz), ECTS-Anrechnungspunkte (KFU)

**) SSt (TU Graz), KSt (KFU)

 

Semester mit ECTS-Credits*)

Fachgebiet Lehrveranstaltung

SSt**) Typ ECTS-Credits*) I II III IV V VI

Pflichtfächer

Allgemeine und Naturwissenschaftliche Grundlagen

 

Physik+)                                                                                   3,00 VO 4 4

Übungen aus Physik+)                                                 1,00 UE 1 1

Mathematik I+)                                                                      2,25 VO 3 3

Übungen aus Mathematik I+)                                 1,00 UE 1 1

Mathematik II+)                                                                    1,50 VO 2 2

Übungen aus Mathematik II+)                               1,00 UE 1 1

Allgemeine Mikrobiologie                          1,50 VO 2 2

Präsentationstechnik für Chemiker            1,00 SE 1 1

Zwischensumme Allgemeine und Naturwissenschaftliche Grundlagen 12,25 15 9 4 2

Grundlagen der Chemie

Einführung in das Chemiestudium+) ()                         0,75 VU 1 1

Allgemeine Chemie+)                                                                 4,50 EV 6 6

Stöchiometrie+)                                                                               1,00 UE 2 2

Einführung in die Laboratoriumspraxis+)                  0,75 VO 1 1

LU aus Allgemeiner Chemie+)                                           5,33 LU 4 4

Übungen aus Allgemeiner Chemie+)                           1,00 UE 1 1

Risiko und Sicherheit in der Chemie+)                        1,50 VO 2 2

Chemische Informatik+)                                                            1,50 VU 2 2

Zwischensumme Grundlagen der Chemie        16,33 19 19

 

 

Analytische Chemie

Grundlagen der Analytischen Chemie                                                                        3,00 VO 4 4

LU aus Analytischer Chemie                                                                                       8,00 LU 6 6

Seminar zu den LU aus Analytischer Chemie                                                             1,00 SE 1 1

Instrumentelle Analytik                                                                                                2,25 VO 3 3

LU aus Instrumenteller Analytik                                                                                  4,00 LU 3 3

Molekulare Analytik und Spektroskopie                                                                      3,00 VO 4 4

Seminar zu den LU aus Molekularer Analytik und Spektroskopie                              3,00 SE 3 3

 

 

Semester mit ECTS-Credits*)

Fachgebiet Lehrveranstaltung

SSt**) Typ ECTS-Credits*) I II III IV V VI

LU aus Molekularer Analytik und Spektroskopie                                         4,00 LU 3 3

Qualitätssicherung und Statistik                                                                 1,50 VU 2 2

Zwischensumme Analytische Chemie                                                        29,75 29 11 2 10 6

Anorganische Chemie

Anorganische Chemie I                                                                              3,00 VO 4 4

Anorganische Chemie II                                                                             3,00 VO 4 4

LU aus Anorganischer Chemie                                                                  8,00 LU 6 6

Seminar zu den LU aus Anorganischer Chemie                                          1,00 SE 1 1

Zwischensumme Anorganische Chemie                                                     15,00 15 8 7

Organische Chemie

Grundlagen der Organischen Chemie                                                      4,50 VO 6 6

LU aus Organischer Chemie                                                                    12,00 LU 9 9

Seminar zu den LU aus Organischer Chemie                                          2,00 SE 2 2

Chemie der Naturstoffe                                                                            2,25 VO 3 3

Zwischensumme Organische Chemie                                                      20,75 20 6 14

Physikalische Chemie

Physikalische Chemie I                                                                            3,00 VO 4 4

Rechenübungen aus Physikalischer Chemie I                                         1,00 UE 1 1

Physikalische Chemie II                                                                           3,00 VO 4 4

Rechenübungen aus Physikalischer Chemie II                                        1,00 UE 1 1

LU aus Physikalischer Chemie 4,00 LU 3 3

Seminar zu den LU aus Physikalischer Chemie                                     1,00 SE 1 1

Zwischensumme Physikalische Chemie                                                 13,00 14 5 9

Biowissenschaften

Biochemie I                                                                                               3,75 VO 5 5

LU aus Biochemie I                                                                                   5,33 LU 4 4

Biochemie II                                                                                              1,50 VO 2 2

Einführung in die Biotechnologie                                                              1,50 VO 2 2

Zwischensumme Biowissenschaften                                                        12,08 13 5 8

Technologische Chemie

Anorganisch-chemische Technologie                                                      3,00 VO 4 4

Organisch-chemische Technologie                                                          1,50 VO 2 2

LU aus Technischer Chemie                                                                    4,00 LU 3 3

Makromolekulare Chemie                                                                         1,50 VO 2 2

Lebensmittelchemie und -technologie                                                      1,50 VO 2 2

Zwischensumme Technologische Chemie                                               11,50 13 4 4 5

Summe der Pflichtfächer 1. bis 6. Semester 130,66 138 28 28 28 29 20 5

Summe der Wahlfachkataloge gemäß § 5b                                              18 9(10) 9(8)

Summe der Freien Wahlfächer/Freien Wahllehrveranstaltungen

gemäß § 5c                                                                                                12,00 12 2 2 2 1 1(0) 4(5)

Projektarbeit für Bachelorarbeiten                                                               0,5 12 12

Summen Gesamt 180 30 30 30 30 30 30

+) Lehrveranstaltungen der Studieneingangsphase

*) ECTS-Credits (TU Graz), ECTS-Anrechnungspunkte (KFU)

**) SSt (TU Graz), KSt (KFU)

(1) Diese Lehrveranstaltung wird mit „mit Erfolg teilgenommen“ bzw. „ohne Erfolg teilgenommen“ beurteilt.

-9 -

§ 5b Wahlfachkataloge

Aus einem der beiden Wahlfachkataloge sind Lehrveranstaltungen im Umfang von 18 ECTSCredits/-

Anrechnungspunkten zu wählen. Es können maximal 10 ECTS-Credits/-

Anrechnungspunkte für Laborübungen geltend gemacht werden, davon maximal 1 Projektlabor.

Semester mit ECTS-Credits*)

Wahlfachkatalog I: Chemie und Chemische Technologien

SSt**) Typ ECTS-Credits*) I II III IV V VI

Anorganisch-Chemische Technologien II                                                                                                   1,33 VO 2 2

Chemisch-Technologisches Seminar                                                                                                          2,00 SE 2 2

Hauptgruppenverbindungen und Spektroskopie                                                                                         1,00 UE 1 1

Heterocyclensynthese                                                                                                                                  2,00 VO 3 3

Kampfstoff oder Pestizid                                                                                                                              1,00 SE 1 1

Katalyse, Strukturen und Übergangsmetalle                                                                                                1,33 VO 2 2

LU und Exkursion Chemische Technologie                                                                                                 3,00 LU 3 3 (3)

Materialchemie                                                                                                                                              2,66 VO 4 4

Mineralische Rohstoffkunde                                                                                                                          1,33 VO 2 2

Nomenklatur chemischer Verbindungen                                                                                                       1,33 VO 2 2

Physikalische Chemie                                                                                                                                    2,00 LU 2 2

Angewandte Aspekte der physikalischen Chemie                                                                                        2,00 VO 3 3

Präsentationstechniken II                                                                                                                              1,00 SE 1 1

Projektlabor Chemie (Bachelor)                                                                                                                    5,00 LU 5 (5) 5

Trenntechniken                                                                                                                                             2,00 VO 3 3

Umwelt- und Lebensmittelanalytik                                                                                                                1,33 VO 2 2

Zwischensumme Wahlfachkatalog I: Chemie und Chemische Technologie                                                 30,31 38 19 19

Semester mit ECTS-Credits*)

Wahlfachkatalog II: Biochemie und Biotechnologie

SSt**) Typ ECTS-Credits*) I II III IV V VI

Bioanalytik                                                                                                   2,25 VO 3 3

Bioprozesstechnik                                                                                        2,25 VO 3 3

Einführung in Strukturbiologie                                                                      2,00 VO 3 3

Genetik und Gentechnik                                                                              2,25 VO 3 3

LU aus Biochemie II                                                                                     4,00 LU 4 4

LU aus Biotechnologie                                                                                 6,00 LU 6 6

Seminar zu den LU aus Biotechnologie                                                       2,00 SE 2 2

LU aus Molekularbiologie                                                                            3,00 LU 3 3

Seminar zu den LU aus Molekularbiologie                                                  1,00 SE 1 1

Präsentationstechniken II                                                                            1,00 SE 1 1

Verfahrenstechnik                                                                                        3,00 VO 4 4

Zellbiologie                                                                                                  1,50 VO 2 2

Zwischensumme Wahlfachkatalog II: Biochemie und Biotechnologie 30,25 35 18 17

*) ECTS-Credits (TU Graz), ECTS-Anrechnungspunkte (KFU)

**) SSt (TU Graz), KSt (KFU)

 

 


 

UNIVERZITET Sv.CIRILO I METODIJE ,TRNOVO, SLOVAČKA

KATEDRA ZA HEMIJU

 

http://fpv.ucm.sk/katedry/chemia

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Faculty of Chemistry

University of Warsaw, Poland

http://www.chem.uw.edu.pl/index_en.php

 

BACHELOR PROGRAM, Chemistry - 2008/2009
First Semester



E - exam, Z - pass/no pass with a grade
A - mandatory course, B - extended course
To accumulate 60 ECTS students have to take mandatory courses and electives.

 

Mandatory Classes

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

1.

  Matematyka "A"

90

30 E

60 Z

 

  

  

11

2.

  Physics A

60

30 E

30 Z

 

 

8

3.

  General Chemistry -prof.Jaworski

75

45 E

 

30 Z

 

6,5

or

  General Chemistry - prof. Orlik

75

45 E

 

30 Z

 

6,5

4.

  Workplace Safety and Ergonomics

4

 

 

 

 

0,5

5.

  Protection of Intellectual
  Property Rights

4

 

 

 

 

0,5

6.

  Physical Education

30

 

30

 

 

 

 

  Total (mandatory)

263

 

 

 

 

26,5

 

Electives

 

 

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

7.

  General Chemistry*

75

45 E

 

<  30 Z >

 

8

8.

  Matematics "0"

120

30 E

90 Z

 

  

  

11

9.

  Matematics B

105

45 E

60 Z

 

 

12

10.

  Physics B

75

45 E

30 Z

 

 

9

11.

  Foreign Language

60

 

60 Z

 

 

2

12.

  Philosophy

15

15 Z

 

 

 

1

13.

  History of Chemistry

15

15 Z

 

 

 

1

 

 

BACHELOR PROGRAM, Chemistry - 2008/2009
Second Semester



E - exam, Z - pass/no pass with a grade
A - mandatory course, B - extended course
To accumulate 60 ECTS students have to take mandatory courses and electives.

 

Mandatory Classes

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

1.

  Mathematics A

90

30 E

60 Z

  

  

9

2.

  Physics A

90

30 E

30 Z

 

30 Z

8

3.

  General Chemistry

90

 

30 Z

 

60 Z

7

4.

  Fundamentals
  of Analytical Chemistry

30

30 E

 

 

 

3

5.

  Computers
  in Chemical Laboratory

30

 

 

 

30 Z

2

6.

  Physical Education

30

30 Z

 

 

 

 

 

  Total (mandatory)

360

 

 

 

 

29

 

Electives

 

 

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

7.

  Mathematics B

90

30 E

60 Z

 

 

10

8.

  Physics B

105

45 E

30 Z

 

30 Z

10

9.

  Chemistry of Bioelements

30

30 E

 

 

 

2

10.

  Foreign Language

60

 

60 Z

 

 

2

11.

  Philosophy

15

15 Z

 

 

 

1

12.

  General Electives*

 

 

 

 

 

 

Students should accumulate 8-11 ECTS choosing General Electives denoted *

 

BACHELOR PROGRAM, Chemistry - 2008/2009
Third Semester



E - exam, Z - pass/no pass with a grade
A - mandatory course, B - extended course
To accumulate 60 ECTS students have to take mandatory courses and electives.

 

Mandatory Classes

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

1.

  Fundamentals
  of Analytical Chemistry A

75

 

30 Z

 

45 Z

6

2.

  Physical Chemistry I A

75

30 E

15 Z

 

30Z

6,5

3.

  Organic Chemistry I

75

45 E

 

30Z

 

6,5

4.

  Introduction
  to Quantum Chemistry*

45

15 E

  

15 Z

15 Z

3,5

5.

  Physical Education

30

 

30 Z

 

 

 

 

  Total (mandatory)

300

 

 

 

 

22,5

 

Electives

 

 

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

6.

  Fundamentals
  of Analytical Chemistry B

90

 

30 Z

 

60 Z

7

7.

  Physical Chemistry I B

120

30 E

30 Z

 

60 Z

10

8.

  Foundations
  of Quantum Chemistry*

45

15 E

 

15 Z

15 Z

3,5

9.

  Computers in Chemical
  Laboratory
  and Programming Laboratory**

30

 

 

 

30 Z

2

10.

  Basics of Programming**

30

 

 

 

30 Z

2

11.

  New Materials in Chemistry

30

30 Z

 

 

 

 

2

12.

  Foreign Language

60

 

60 Z

 

 

2

13.

  General Electives**

 

 

 

 

 

 


Students should choose one of the courses denoted*
Students should accumulate 8-11 ECTS choosing General Electives denoted **ECTS

 

BACHELOR PROGRAM, Chemistry - 2008/2009
Fourth Semester



E - exam, Z - pass/no pass with a grade
A - mandatory course, B - extended course
To accumulate 60 ECTS students have to take mandatory courses and electives.

 

Mandatory Classes

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

1.

  Physical Chemistry I A

60

15 E

15 Z

 

30 Z

5

2.

  Organic Chemistry I A

90

 

 

 

90 Z

6

3.

  Inorganic Chemistry I

30

30 E

 

 

 

3

4.

  Fundamentals
  of Spectroscopy A

35

15 E

  

?

20 Z

3

5.

  Introduction
  to Instrumental Analysis A

35

15 E

 

 

20 Z

3

6.

  Physical Education

30

 

 

 

 

 

7.

  Trainings for Students

3 weeks

 

 

 

 

3

 

  Total (mandatory)

280

 

 

 

 

23

 

Electives

 

 

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

8.

  Introduction
  to Instrumental Analysis B

45

15 E

 

 

30 Z

3.5

9.

  Physical Chemistry I B

105

15 E

30 Z

 

60 Z

8.5

10.

  Organic Chemistry I B

135

15 E

 

 

120 Z

9.5

11.

  Numerical & Statistical
  Methods in Chemistry I

30

15 Z

 

 

15 Z

2

12.

  Chemical Metrology

30

30 Z

 

 

 

2

13.

  General Electives

 

 

 

 

 

 

14.

  Foreign Language

60

 

 

60 Z

 

2

 

BACHELOR PROGRAM, Chemistry - 2008/2009
Fifth Semester



E - exam, Z - pass/no pass with a grade
A - mandatory course, B - extended course
To accumulate 60 ECTS students have to take mandatory courses and electives.

 

Mandatory Classes

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

1.

  Identification
  of Organic Compounds A

35

15 E

  

 

20 Z

3

2.

  Chemical Technology*

90

30 E

  

 

60 Z

7

3.

  One of the Profiled
  Lectures**

30

30 E

  

 

 

2

4.

  Biochemistry A

50

30 E

 

 

20 Z

4.5

5.

  Inorganic Chemistry I A

60

15 E

 

 

45 Z

4.5

 

  Total (mandatory)

265

 

 

 

 

21

 

Electives

 

 

 

No

Przedmiot

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

6.

  Identification
  of Organic Compounds B

90

30 E

 

15 Z

45 Z

7

7.

  Basic Biotechnology*

90

30 E

 

 

60 Z

7

8.

  Biochemistry B

75

30 E

 

 

45 Z

6

9.

  Inorganic Chemistry I B

120

30 E

 

 

90 Z

9

10.

  Numerical and Statistical
  Methods in Chemistry II

30

15 Z

 

 

15 Z

2

11.

  Chemistry and Technology
  of Polymers

30

30 Z

 

 

 

2

12.

  Fundamentals of Solid State
  Physico-chemistry

30

30 Z

 

 

 

2

13.

  Contemporary Power Sources

30

30 Z

 

 

 

2

14.

  Organic Synthesis

30

30 Z

 

 

 

2

 

Students should choose one of the lectures denoted *
Students should pass one of the profiled lectures **: Chemistry and Technology of Polymers, Contemporary Power Sources, New Materials in Chemistry, New Materials - Synthesis, Characterization and Application

 

BACHELOR PROGRAM, Chemistry - 2008/2009
Sixth Semester



E - exam, Z - pass/no pass with a grade
A - mandatory course, B - extended course
To accumulate 60 ECTS students have to take mandatory courses and electives.

 

Mandatory Classes

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

1.

  Preparation
  for the Bachelor Exam

120

 

 

120

 

10

2.

  Introduction
  to Crystallography A

30

15 E

15 Z

  

 

3

3.

  Certified English
  Exam (B2 level)

 

 

 

 

 

2

 

  Total (mandatory)

150

 

 

 

 

15

 

Electives

 

 

 

No

Subject

Hours

Lectures

Tutorials

Prosem.

Laborat.

ECTS

4.

  Nuclear Chemistry

60

30 E

 

 

30 Z

4

5.

  Introduction
  to Crystallography B

45

15 E

30 Z

  

 

4.5

6.

  Inorganic chemistry II*

90

30 E

 

 

60 Z

6

7.

  Physical Chemistry II*

90

30 E

 

 

60 Z

6

8.

  Organic Chemistry II*

90

30 E

 

 

60 Z

6

9.

  Statistical Thermodynamics*

60

30 E

30 Z

 

 

5

10.

  Group Theory in Chemistry*

30

15 Z

15 Z

 

 

3

11.

  Preconcentration
  and Separation Methods

30

30 Z

 

 

 

2

12.

  Bioorganic Chemistry

30

30 Z

 

 

 

2

13.

  Fundamentals
  of Biophysical Chemistry

30

30 Z

 

 

 

2

14.

  New Materials - Synthesis
  Characterization & Application

30

30 Z

 

 

 

2

Students are required to choose one of the lectures and laboratories denoted *

 


 Department of Chemistry

Faculty of Science

University of Debrecen, Hungary

http://www.unideb.hu/Erasmus/beutaz.htm

 

Chemistry, BSc

 

Objectives and Perspectives

Bachelor of Chemistry degrees are awarded to students who have a good grounding in the core areas of chemistry: inorganic, organic, physical, biological and analytical chemistry; and in addition the necessary background in mathematics and physics, while also possessing basic knowledge in several other more specialized areas of chemistry. They build up practical skills in chemistry during laboratory courses in inorganic, organic and physical chemistry. The development of generic skills in the context of chemistry which are applicable in many other contexts and attaining a standard of knowledge and competence will give them access to second cycle course units or degree programs (such as MSc and further on PhD). Such graduate will have the ability to gather and interpret relevant scientific data and make judgments that include reflection on scientific and ethical issues. They will communicate information, ideas, problems and solutions to informed audiences and have skills which fit them for entry-level graduate employment in the general workplace, including the chemical industry.

  Requirements

 

Duration of studies: 6 semesters

 

Number of teaching (contact) hours: 1,800

 

Number of required ECTS credits: 180

 

  Compulsory subjects

Credits

General and scientific foundations (mathematics, physics, informatics, environmental science, management, quality assurance)

28

General chemistry (principles of chemical disciplines, calculations, and laboratory practice)

8

Inorganic chemistry

10

Physical chemistry (inclusive colloid chemistry and radiochemistry)

28

Organic chemistry (inclusive biological chemistry and biochemistry)

29

Analytical chemistry (inclusive spectroscopic methods and separation techniques)

22

Applied chemistry (inclusive chemical technology, environmental technology, and macromolecular chemistry)

20

Practical chemistry module (applied spectroscopy, project work, and bachelor thesis)

20

Elective subjects

 

Optional courses (e. g. reaction kinetics, environmental analytical chemistry, application of radioactive isotopes, pharmaceutical chemistry, bioinorganic chemistry, green chemistry, etc.)

15

  Graduate Study Opportunities

 

MSc programs in development

·  Chemistry

·  Chemical Engineering

·  Molecular Biology

 

Background

The Institute of Chemistry consists of five departments (Inorganic and Analytical Chemistry, Physical Chemistry, Organic Chemistry, Colloid and Environmental Chemistry and Applied Chemistry) and two academic research groups (homogeneous catalysis; carbohydrate chemistry) with more than 50 staff members of high scientific and teaching qualifications. The Institute is equipped with state-of-the-art scientific instruments (for instance, several NMR and mass spectrometers, X-ray diffractometer, UV-VIS and IR spectrophotometers, GC and LC instruments also coupled with MS, etc)