P.O.1

Define and manipulate concepts of Chemical Engineering

P.O.2

Choosing and applying mathematics, science, and engineering knowledge to Chemical Engineering

P.O.3

Using cutting-edge techniques and tools in the field of chemical engineering

P.O.4

Designing and carrying out experiments, as well as analyzing and interpreting data on engineering design and features

P.O.5

Defining, formulating, and resolving engineering problems

P.O.6

To learn how to use various technical and modern tools for engineering applications.

P.O.7

Capability to collaborate effectively in multidisciplinary research teams

P.O.8

Increasing awareness of continuous learning through the use of modern technology

P.O.9

Discovering new ways to improve existing knowledge

P.O.10

Fluency in English is required for following the literature, presenting technical projects, and writing articles.

P.O.11

To show accountability for professional and ethical behavior

P.O.1

Reaches, evaluates, interprets and applies information by carrying out scientific research in the field of engineering.

P.O.2

Has extensive knowledge about current techniques and methods applied in engineering.

P.O.3

Developing new and / or original ideas and methods; ability to develop innovative solutions in system, component or process designs.

P.O.4

Designing and applying analytical, modeling and experimental research; the ability to analyze and interpret complex situations encountered in this process.

P.O.5

Ability to set up engineering problems, develop methods to solve them, and apply innovative methods in solutions.

P.O.6

The ability to systematically and clearly convey the process and results of their work in national and international.

P.O.7

To be able to work effectively in interdisciplinary and multi-disciplinary teams, to lead such teams and to develop solution approaches in complex situations; the ability to work independently and take responsibility.

P.O.8

Awareness of new and emerging applications of Chemical Engineering, ability to study and learn when needed.

P.O.9

Ability to use information from different disciplines together.

P.O.10

Learning and applying scientific ethics rules in research and publications.

P.O.1

Able to understand, define, formulate and solve advanced Chemical Engineering problems in advance level by using the knowledge of basic science, mathematics and engineering. 

P.O.2

Able to analyze, develop and design by considering the applicability and sustainability dimensions for a system or a process that brings innovation to its field by using advance knowledge.

P.O.3

To solve problem and make a decision that require top level mental processes by analyzing new and complex ideas related to its field, and able to use to develop analytical, modeling and experimental based research.  

P.O.4

Able to work as a team in situations that require solving problems related to its field and understand interdisciplinary interaction that is related to its field.  

P.O.5

Able to perform, search, understand and design original research independently.

P.O.6

Able to publish related to its field in national and/or international peer-reviewed journals, to defend his/her original ideas in the discussion of the issues in its field with experts and able to establish an effective communication at least at the C1 General Level of the European Language Portfolio.

P.O.7

Able to make contribution to the awareness of the society in which they live by offering a solution and development to the social, scientific, cultural and ethical problems that encountering issues related to the field.

P.O.8

Able to improve themselves continually by knowing the importance of lifelong learning.

P.O.9

Able to follow modern topics including the current developments in the field and able to apply these topics in the advance chemical engineering applications. 

P.O.10

Able to develop a new scientific method or technological product/process or use modern engineering methods/techniques and tools effectively in solving problems related to the field.