Doctoral Programs

Mission

Department of Chemical Engineering; to train engineers who have professional competence, can use technology and knowledge effectively, are responsible and have high self-confidence; Adopting the benefit of society as a principle, it has made it its duty to serve by conducting research at international level and transferring its knowledge to the society.

Vission

To be a Chemical Engineering Department with a modern program and infrastructure, and scientific research that can produce solutions to national and international problems in the fields of chemical engineering.

Purpose of The Program

The aim of the Chemical Engineering Doctorate Program is to train expert engineers and academics who can produce/develop and apply original knowledge by conducting advanced research in the field of science and technology that will meet the current and future needs of the country.

Program Goals

  1. Our graduates will gain the ability to produce and develop knowledge that can contribute to science and technology in their advanced studies in their field.
  2. Our graduates will be able to independently design, project and conclude a research process in the field of science and technology.
  3. Our graduates will be able to present their work in national and international environments, in writing and orally, by observing scientific and ethical values.

Degree Received

Doctorate

Graduation Requirements

In order for students to graduate from the Ph.D. program (except for the Seminar and Specialization Course), students enrolled with a master`s degree must take at least seven courses, with a total of not less than 240 ECTS. Students who do not take the Compulsory courses specified in the Master`s program must first take Compulsory courses. Students who successfully complete their courses are required to pass the proficiency exam, propose a thesis topic, and complete their thesis work, respectively.

Facilities

In the Department`s Research and Development Laboratories there are major devices such as

  • AA Spectrophotometer
  • Nano Particle Size Distribution Analyzer,
  • Zeta Potential Analyzer
  • FT-IR Spectometer,
  • Specific Surface Area and Pore Size Distribution Analyzer,
  • HPLC,
  • Gas Chromatography,
  • Flame Photometer,
  • UV Spectrometer,
  • Photoluminescence Spectrophotometer,
  • Pycnometer,
  • Viscometer,
  • TGA-DSC,
  • Nitrogen Determination Device.

Student Admission to the Program and Education In the admission of students to the program; "Çankırı Karatekin University Postgraduate Education and Examination Regulation" is based on. The relevant regulation can be accessed at https://fbe.karatekin.edu.tr/en-home. Every student enrolled in the Doctoral Program must take the compulsory Scientific Research and Publication Ethics course. The remaining courses are chosen from among the elective courses in line with the recommendations of the advisor. It is possible to take courses from other programs with the approval of the advisor.

Doctoral Courses

 

Type

Code

Course Title

T

P

S

ECTS

Compulsory

KMÜ-600

Seminar

0

0

0

6

Elective

KMÜ-601

Mass transfer with multi-component

3

0

3

6

Elective

KMÜ-602

Multi-phase reactors

3

0

3

6

Elective

KMÜ-603

Advance Chemical Process Control

3

0

3

6

Elective

KMÜ-604

Advanced Seperation Processes

3

0

3

6

Elective

KMÜ-605

Advanced combustion technologies

3

0

3

6

Elective

KMÜ-606

Kinetics of Heterogeneous Reactions

3

0

3

6

Compulsory

KMÜ-700

Lecture On Specialized Field

8

0

0

6

Compulsory

KMÜ-900

Study of Thesis

0

0

0

24

 

Master Courses

Type

Code

Course Title

T

P

C

ECTS

Compulsory

KMÜ-500

Seminar

0

0

0

6

Compulsory

KMÜ-501

Scientific Research and Publication Ethics

3

0

3

6

Compulsory

KMÜ-502

Advanced Chemical Reaction Engineering

3

0

3

6

Compulsory

KMÜ-503

Applied Mathematics in Chemical Engineering

3

0

3

6

Elective

KMÜ-504

Experimental Methods and Data Analysis

3

0

3

6

Compulsory

KMÜ-505

Advanced Chemical Engineering Thermodynamics

3

0

3

6

Compulsory

KMÜ-506

Trabsport Phenomena

3

0

3

6

Elective

KMÜ-507

Chemistry And Technology Of Boron

3

0

3

6

Elective

KMÜ-508

Simulation Of Chemical Processes

3

0

3

6

Elective

KMÜ-509

Design And Modelling Of Energy Systems

3

0

3

6

Elective

KMÜ-510

Fluidized Bed Technology

3

0

3

6

Elective

KMÜ-511

Biofuels Technology

3

0

3

6

Elective

KMÜ-512

Industrial Crystallization

3

0

3

6

Elective

KMÜ-513

Computer Aided Process Control

3

0

3

6

Elective

KMÜ-514

Reliability Engineering

3

0

3

6

Elective

KMÜ-515

Advanced Process Optimization

3

0

3

6

Elective

KMÜ-516

Stimuli Responsive Polymers

3

0

3

6

Elective

KMÜ-517

New Progresses in Filtration

3

0

3

6

Elective

KMÜ-518

Leaching and Its Hydrometallurgical Applications

3

0

3

6

Elective

KMÜ-519

Chemical Product Design

3

0

3

6

Elective

KMÜ-520

Glass-ceramics Science and Technology

3

0

3

6

Elective

KMÜ-521

Nanoscale Probing and Imaging

3

0

3

6

Elective

KMÜ-522

Nano Materials Processes

3

0

3

6

Elective

KMÜ-523

Industrial Applications of Surface Chemistry

3

0

3

6

Elective

KMÜ-524

Green Chemistry Engineering

3

0

3

6

Elective

KMÜ-525

Kinetics of Heterogeneous Reactions

3

0

3

6

Elective

KMÜ-526

Artificial Intelligence in Chemical Engineering

3

0

3

6

Elective

KMÜ-527

Data Analysis and Big Data in Engineering

3

0

3

6

Elective

KMÜ-528

Multivariate Data Analysis in Engineeering

3

0

0

6

Elective

KMÜ-529

Heterogeneous Catalysis

3

0

0

6