Wydział Inżynierii i Technologii Chemicznej
Kierunek:
Technologia Chemiczna
Specjalność:
Innovative Chemical Technologies
Stopień:
drugi
Profil:
Ogólnoakademicki
Tryb:
stacjonarne
Lp.
Rok ak. wejścia planu: 2017/2018
Data aktualizacji: 24-04-2017
Suma
godz.
ECTS
Kod kierunku: T
semestry
I
II
III
W
C
L
K
P
S
W
C
L
K
P
S
E
W
C
L
K
P
S
E
W
C
L
K
P
S
E
A
Przedmioty ogólne
30
2
22
8
22
8
2
3
ST-2_ICT Polish and european legislation in environmental protection
15
1
15
15
1
4
ST-2_ICT Engineering information and data analytics
15
1
7
8
7
8
1
C
Przedmioty kierunkowe
260
20
135
15
60
40
10
75
30
10
10
10
60
15
30
30
10
5
ST-2_ICT Innovative research directions in organic chemistry
30
2
30
30
2
6
ST-2_ICT Innovative and cleaner inorganic technologies
45
3
15
30
15
30
3
7
ST-2_ICT Selected subjects in physical chemistry
50
5
30
10
10
30
10
10
5
E
8
ST-2_ICT Chemical reactors engineering
30
3
15
15
15
15
3
E
9
ST-2_ICT Molecular modeling in catalysis and chemical technology
45
3
15
30
15
30
3
10
ST-2_ICT Chromatographic separation of phytochemicals
30
2
30
30
2
11
ST-2_ICT Phytochemical analysis
15
1
15
15
1
12
ST-2_ICT Calculational methods in chemical engineering
15
1
15
15
1
D
Przedmioty specjalnościowe
570
44
170
30
150
30
30
160
95
30
30
30
55
18
75
120
75
18
30
30
8
13
ST-2_ICT Biofuels and bioresources
45
4
15
30
15
30
4
E
14
ST-2_ICT Functional nanomaterials
30
2
20
10
20
10
2
15
ST-2_ICT Basic of Applied Photochemistry I
15
1
15
15
1
16
ST-2_ICT Heterogeneous catalysis
30
3
15
15
15
15
3
E
17
ST-2_ICT Modern materials for medicine
45
3
15
30
15
30
3
18
ST-2_ICT Technology of novel polymeric materials
30
2
15
15
15
15
2
19
ST-2_ICT Cleaner production and innovations in phosphorus compounds industry
30
2
15
15
15
15
2
20
ST-2_ICT Cosmetic Emulsions – Troubleshooting of products quality and stability
45
3
15
30
15
30
3
21
ST-2_ICT Computer modeling in chemical technology
30
6
30
30
6
22
Selectable courses
ST-2_ICTw Innovative methods in Polymer Chemistry
ST-2_ICTw Basic of Applied Photochemistry II
ST-2_ICTw Experimental methods in catalysis and surface characterization
ST-2_ICTw Electrocatalysis
ST-2_ICTw Delivery Systems for Personal Care
ST-2_ICTw Molecular modeling in drug design
ST-2_ICTw Business strategies for scientists
ST-2_ICTw Innovations in the technology of drugs
ST-2_ICTw Circular Economy In Technology and Waste Utylisation
ST-2_ICTw Technology Of Glass
ST-2_ICTw Modern Technologies In Wastewater And Water Treatment
ST-2_ICTw New Generation Of Composite Materials
ST-2_ICTw Coating Materials In Construction Chemicals
ST-2_ICTw Recycling of plastics
ST-2_ICTw Selected methods of testing chemicals
ST-2_ICTw Elements of physical chemistry of polymers
ST-2_ICTw Microwave-assisted organic synthesis
ST-2_ICTw Polymers in medicine and pharmacy
ST-2_ICTw Drug Delivery Systems
ST-2_ICTw Physicochemistry of aero- and hydrogels
ST-2_ICTw Basic ChemCAD simulations
ST-2_ICTw Concept of biorefinery and platform chemicals
ST-2_ICT PK - Nanomaterials for optoelectronic and biological applications
ST-2_ICT PK - Chemistry of modern polymeric materials
ST-2_ICT FH-MS - Chemical Nanosciences
ST-2_ICT FH-MS - Interactive Physical Chemistry
ST-2_ICT FH-MS - Practical Analytics of Materials
ST-2_ICT FH-MS - Generalized Curriculum in Chemical Process Design
ST-2_ICT ENSCL - Degradation of materials
ST-2_ICT ENSCL - Metallic Alloys
ST-2_ICT ENSCL - Numerical simulation
ST-2_ICT ENSCL - Bioenergy & Biofuels
ST-2_ICT ENSCL - Chemistry of Biomass
ST-2_ICT IPB - Equilibrium Thermodynamics
ST-2_ICT IPB - Microencapsulation techniques and applications
ST-2_ICT IPB - Bioenergy Technologies
ST-2_ICT IPB - Adsorption Separation Processes: from lab to production scale
ST-2_ICTw Technology of monoterpenoid fragrances
270
18
60
30
30
30
120
30
30
30
30
8
30
30
60
8
30
2
E
Przedmioty związane z dyplomami
40
24
10
30
15
2
10
15
22
23
ST-2_ICT Diploma seminar
30
4
30
15
2
15
2
24
ST-2_ICT Master's thesis
10
20
10
10
20
Razem
900
90
327
45
220
78
30
200
192
30
60
18
30
65
30
135
15
150
30
90
30
10
30
45
30
900
395
420
85
Egzaminy
4
3
1
Litera "E" przy liczbie punktów ECTS wskazuje egzamin z danego przedmiotu.
Legenda: W - Wykłady, C - Ćwiczenia, L - Laboratorium, K - Laboratorium komputerowe, P - Projekt, S - Seminarium.
Pobierz ten plan w pliku XLS
Linki do przedmiotów z list
Selectable courses
D10a
ST-2_ICTw Innovative methods in Polymer Chemistry
D10b
ST-2_ICTw Basic of Applied Photochemistry II
D10c
ST-2_ICTw Experimental methods in catalysis and surface characterization
D10d
ST-2_ICTw Electrocatalysis
D10e
ST-2_ICTw Delivery Systems for Personal Care
D10f
ST-2_ICTw Molecular modeling in drug design
D10g
ST-2_ICTw Business strategies for scientists
D10h
ST-2_ICTw Innovations in the technology of drugs
D10i
ST-2_ICTw Circular Economy In Technology and Waste Utylisation
D10j
ST-2_ICTw Technology Of Glass
D10k
ST-2_ICTw Modern Technologies In Wastewater And Water Treatment
D10l
ST-2_ICTw New Generation Of Composite Materials
D10m
ST-2_ICTw Coating Materials In Construction Chemicals
D10n
ST-2_ICTw Recycling of plastics
D10o
ST-2_ICTw Selected methods of testing chemicals
D10p
ST-2_ICTw Elements of physical chemistry of polymers
D10q
ST-2_ICTw Microwave-assisted organic synthesis
D10r
ST-2_ICTw Polymers in medicine and pharmacy
D10s
ST-2_ICTw Drug Delivery Systems
D10t
ST-2_ICTw Physicochemistry of aero- and hydrogels
D10u
ST-2_ICTw Basic ChemCAD simulations
D10v
ST-2_ICTw Concept of biorefinery and platform chemicals
D11
ST-2_ICT PK - Nanomaterials for optoelectronic and biological applications
D12
ST-2_ICT PK - Chemistry of modern polymeric materials
D13
ST-2_ICT FH-MS - Chemical Nanosciences
D14
ST-2_ICT FH-MS - Interactive Physical Chemistry
D15
ST-2_ICT FH-MS - Practical Analytics of Materials
D16
ST-2_ICT FH-MS - Generalized Curriculum in Chemical Process Design
D17
ST-2_ICT ENSCL - Degradation of materials
D18
ST-2_ICT ENSCL - Metallic Alloys
D19
ST-2_ICT ENSCL - Numerical simulation
D20
ST-2_ICT ENSCL - Bioenergy & Biofuels
D21
ST-2_ICT ENSCL - Chemistry of Biomass
D22
ST-2_ICT IPB - Equilibrium Thermodynamics
D23
ST-2_ICT IPB - Microencapsulation techniques and applications
D24
ST-2_ICT IPB - Bioenergy Technologies
D25
ST-2_ICT IPB - Adsorption Separation Processes: from lab to production scale
D26
ST-2_ICTw Technology of monoterpenoid fragrances