GOAL

The aim of the Environmental Engineering Department Master's Program is; to provide students to have a deeper theoretical and professional knowledge for a comprehensive professional activity; basic subjects of environmental engineering (water and wastewater treatment processes, prevention and control of air pollution, disposal and control of solid wastes, soil pollution and control, disposal and control of hazardous wastes), protection of environmental ecosystems, environmental safety of the national economy, they develop practical suggestions by conducting studies (project and research) in the field of environmental expertise, control and audit activities. In addition, this program is to help graduate students improve their personal qualities, specialize in specific environmental problems and improve their academic progress.

#

Code

Name

Type

Hours

Credit

ECTS

T

P

SЕМЕSТER I (Fall Semester Courses)

FBE-501

Use of Computer Technologies

C

1

2

2

6

CMB-501

Water Chemistry

C

3

0

3

6

CMB-5XX

Elective

E

3

0

3

6

CMB-5XX

Elective

E

3

0

3

6

CMB-5XX

Elective

E

3

0

3

6

TOTAL

13

2

14

30

SЕМЕSТER II (Spring Semester Courses)

FBE-502

Scientific Research Methods

C

1

2

2

6

CMB-502

Seminar

C

0

3

2

6

CMB-5XX

Elective

E

3

0

3

6

CMB-5XX

Elective

E

3

0

3

6

CMB-5XX

Elective

E

3

0

3

6

TOTAL

10

5

13

30

SЕМЕSТER III

FBE-800

Thesis (Interim Report)

C

0

0

0

20

FBE-801

Scientific Research Internship

C

0

2

0

10

TOTAL

0

2

0

30

SЕМЕSТER IV

FBE-800

Thesis

C

0

0

0

10

CMB-802

Industrial Activity internship

C

0

2

0

10

FBE-888

Scientific Research (Proceeding/Article)

C

0

0

0

5

FBE-899

State Exam and Thesis Defense Exam

C

0

0

0

5

TOTAL

0

2

0

30

GENERAL TOTAL

23

11

27

120

 

 

COURSES

Semester

Code

Name

Type

Hours

Credit

ECTS

T

P

FALL

FBE-501

Use of Computer Technologies

C

1

2

3

6

CMB-501

Water Chemistry

C

3

0

3

6

CMB-503

Biotechnological Methods in Environmental Engineering

E

3

0

3

6

CMB-505

Modeling of Environmental Engineering Problems

E

3

0

3

6

CMB-507

Removal Methods of Industrial Air Pollutants

E

3

0

3

6

CMB-509

Atmospheric Air Pollution and Its Modeling

E

3

0

3

6

CMB-511

Aerobic and Anaerobic Wastewater Treatment Processes

E

3

0

3

6

CMB-513

Treatment and Reuse of Wastewater

E

3

0

3

6

CMB-515

Cleaning Methods of Contaminated Soil

E

3

0

3

6

CMB-517

Advanced Environmental Engineering Microbiology

E

3

0

3

6

CMB-519

Advanced Environmental Engineering Ecology

E

3

0

3

6

CMB-521

Mining Wastes, Management and Recovery Processes

E

3

0

3

6

CMB-523

Treatment of Water and Wastewater with Electrochemical Processes

E

3

0

3

6

CMB-525

Process Chemistry in Water and Wastewater Treatment

E

3

0

3

6

SPRING

FBE-502

Scientific Research Methods

C

1

2

3

6

CMB-502

Seminar

C

0

3

3

6

CMB-504

Fundamentals of Environmental Engineering Processes

E

3

0

3

6

CMB-506

Removal of Resistant Organics from Water and Wastewater

E

3

0

3

6

CMB-508

Solid Waste Management and Treatment of Leachate

E

3

0

3

6

CMB-512

Environmental Modeling of Ecosystems

E

3

0

3

6

CMB-514

Advanced Membrane Processes in Environmental Engineering

E

3

0

3

6

CMB-516

Industrial Process Waste Recovery Methods

E

3

0

3

6

CMB-518

Nitrogen and Phosphorus Removal Processes from Wastewater

E

3

0

3

6

CMB-522

Adsorption and Ion Exchange Processes

 

 

 

 

 

CMB-524

Control and Removal of Hazardous Wastes

E

3

0

3

6

CMB-526

Groundwater Pollution and Modeling

E

3

0

3

6

CMB-528

Pollution and Modeling of Surface Water Resources

E

3

0

3

6

CMB-532

Eutrophication and Control in Aquatic Ecosystems

E

3

0

3

6

CMB-534

Multiple Criteria Decision Making Analysis in Environmental Engineering

E

3

0

3

6

CMB-536

Special Topics in Environmental Engineering

E

3

0

3

6

CMB-538

Kinetics of Environmental Engineering Processes

E

3

0

3

6

 

 

PREPARATORY PROGRAM

Code

Name

Type

Hours

Credit

ECTS

T

P

CMB-541

Basic Topics in Environmental Engineering-I

Compulsory

3

0

3

6

CMB-542

Basic Topics in Environmental Engineering-II

Compulsory

3

0

3

6

CMB-543

Environmental Engineering Chemistry and Process Laboratory

Compulsory

0

3

3

6

https://lee.manas.edu.kg/en/mastera/master_of_environmental_engineering