Kimya Mühendisliği Tezli Yüksek Lisans Diploması

• Ability to apply basic mathematics, science and engineering knowledge to the problems of Chemical Engineering.
• Ability to identify, formulate and solve engineering problems related to chemical engineering, and to select and apply appropriate analysis and modeling methods for this purpose.
• Ability to design a complex system, process, device under realistic constraints and conditions using appropriate analysis and modeling techniques of engineering knowledge, and apply modern design methods for this purpose.
• Evaluation of engineering problems in the context of global and local scale and evaluation of solutions with respect to health, security, and environmental issues.
• Information on project management and practices in business life such as risk management and change management; awareness about entrepreneurship, innovation and sustainable development.
• Ability to design experiments, conduct experiments, collect data, analyze and interpret results for the investigation of complex engineering problems or research specific to Chemical Engineering.
• For analysis and solution of complex problems in engineering applications the ability to develop, select and use the necessary modern techniques and tools.
• Ability to perform interdisciplinary and interdisciplinary teamwor.
• Ability of independent and creative thinking, initiative taking, and entrepreneurship.
• Appreciate lifelong learning, following recent developments in science and modern topics, and creating an awareness about sustainable development.
• Ability of taking personal and independent decisions, and ideas and expressing them in a verbal and written fashion using clear and concise language both in the Native language and in English.
• To have concuisness of professional and ethical responsibility.
• To follow modern national and international issues.
• Having a quality consciousness and being sensitive to social problems, giving importance to environmental health and safety and being aware of the legal consequences of engineering applications.

• Grading and Evaluation:The table below provides the detailed information about the local grades and coefficients.
• Score Grades Coefficients90-100 AA 4,0085-89 BA 3,5080-84 BB 3,2575-79 CB 3,0070-74 CC 2,7565-69 DC 2,5060-64 DD 2,0050-59 FD 1,5049 and below FF 0,00The lowest grade to be successful in a course is (CC) 2,75.
• Required courses of program must be completed successfully. Elective courses may be replaced with another course.
• 1.Evaluating, interpreting, and applying knowledge, as well as gaining the ability of in-width and in-depth access to it, through scientific research utilizing their background on mathematics, science and engineering
• 2.Completion of knowledge using limited data, applying and integrating it with the knowledge out of various disciplines by using scientific methods
• 3.Identifying, formulating, implementing, and developing innovative methods for the solution of problems related to Chemical Engineering; being aware of as well as researching and learning the novel and emerging applications of their profession
• 4.Designing and implementing analytical-models and experiment based research of Chemical Engineering processes, as well as interpreting and solving complex issues encountered during these processes
• 5.Being in and leading disciplinary and interdisciplinary teams as effectively, developing solution methods for complex issues encountered during processes, taking initiative and responsibility in team work.
• 6.Presenting the results of studies in written and verbal format, with a systematic and concise manner, in national and international environments, inside or outside of the chemical engineering field
• 7.Understanding and contributing to the health, ethical values, safety, social, environmental and judicial dimensions of Chemical Engineering applications, being aware of limitations in chemical engineering applications

Requirements and assessment for graduate programs:1. In order to apply to the masters program with thesis, candidates must have a bachelors degree and a minimum score of 60 standard points and 60 or more over 100 in the type of score indicated by the related master / arts related to the program applied for from ALES or equivalent international examinations grade average.2. Current transcripts are based on the average of candidates who may be graduated on the application date. The student must present the graduation document until the end of the final registration period.3. The institute makes an order considering 50% of the ALES and 50% of the license average and accepts four times the quota of the announced quota.4. Success assessment in masters programs is as follows:The success grade of a candidate applying for a thesis graduate program is the sum of 50% of the score obtained from ALES or the international examinations, 30% of the written exam score, 10% of the graduate grade average and 10% of the interview score . In case of no interview, the written examination is calculated as 40%. In order for the candidate to be successful, the success grade must be at least 60. Candidates who do not attend one of the interview or written examinations are considered to be unsuccessful. The candidates applying for the programa are ranked according to the grade of achievement evaluation mentioned above. By the number of quotas announced, the candidate is declared by the institute for the final registration. If the candidates in the original list fail to register within the following period, the other candidates who have achieved the required success but failed to register due to the quota can register within one week following the registration period according to the points in the order of the quota. If the scores are equal, candidates with higher scores from ALES or equivalent international examinations are considered successful.

Working areas for Chemical Engineers are generally listed as oil refineries , chemical and petrochemical industries, pharmaceuticals and biotechnology, nanotechnology, plastics, natural and synthetic fibers, food, cleaning products, fuel and energy, waste treatment, paper, automotive, electronics, paint, glass, ceramics, metal and coating, process control, , technical sales, consulting, training and research, finance, public sector and universities. Alumni actively work in areas such as product and production management, research and development, process design and optimization, factory organization and management, quality assurance, safety and environmental quality, technical sales, service and marketing, management, occupational safety, quality, expertise and business security consulting services. The graduates receive positions at the universities as academicians as well.

Qualification is continuous