Giriş gereklilikleriITU Graduate Program in EnviroBioTech is open to applications from schools of all basic sciences, natural sciences and engineering sciences. Priority will be given to the following disciplines : * environmental sciences & engineering * chemical engineering * food engineering * chemistry * biology * microbiology * bioengineering * molecular biology * genetics Applications for EnviroBioTech Graduate Program basically require the submission of relevant diplomas and transcripts, English language exemption and LES or GRE scores.
Program tanımlarıEnvironmental Biotechnology (EnviroBioTech) is mainly focused on the understanding, manipulation and utilization of the potential of the microbial world for the improvement of environmental quality.
The program will be executed in English. The main research areas deal with population dynamics and modeling of biological systems, anaerobic treatment technologies, nutrient removal, morphological, physiological and phylogenetic characterization of microbial communities in environmental systems and biological treatment technologies for industrial wastewaters. The program consists of 5 core and 23 elective courses, making up a pool of 84 credits.
The Ph.D. Program in EnviroBioTech is an 8 semester program in which, the first 2 semesters are assigned for the courses. The EnviroBioTech Ph.D. student has to complete minimum 24 credits (min. 8 courses), which will be selected out of 13 Ph.D. courses, 5 core courses (if required) and non-credit complementary undergraduate courses (if required). Upon the completion of the courses, the student has to succeed in the qualification examination, in order to propose a project for the thesis. The rest of the program is assigned for the Ph.D. Thesis, which will focus on an innovative scientific and/or technological research in EnviroBioTech fields.
Ph.D. Program in EnviroBioTech
1. Semester
Biological Nitrogen Removal: Theory and Practice
Bulking and Foaming Problems in Biological Treatment Systems
Biochemical Transformations in Anaerobic Treatment
Principles and Application of Ecotoxicology
Microbial Ecology
Modern Scientific Tools in Bioprocessing
Principles of Inhibition in Biological Systems
2. Semester
Microbial Genetics in Environmental Engineering
Mechanism and Design of Biological Phosphorus Removal
Computer Aided Design of Nutrient Removal AS Systems
Special Topics in Environmental Biotechnology
Biofilm Theory and Applications
Bioremediation