Izmir Institute of Technology

The undergraduate students can specialize in one of the four areas: Product and Process Engineering, Biotechnology and Bioprocess engineering, Environmental and Energy Technologies, Materials and Surface Science. Besides to the 40-business-day compulsory industry internship, students have been found the opportunity to work in industry on one day a week in a semester by enrolling the COOP program in chemical engineering education at Izmir Institute of Technology.

The research efforts are fundamental in nature, that is, each of the faculty focuses on understanding the basic chemical, physical, and biological phenomena that underlie the engineering research problem under consideration. Also research projects on new grounds in engineering science and development of new technologies are investigated for the solution of important industrial problems.

Materials, Biotechnology, Environmental and Energy Technologies

The undergraduate curriculum which is built on the basic sciences and other branches of engineering to accomplish these objectives is structured in such a way that students can specialize in one of the four areas:Product and Process Engineering,Biotechnology and Bioprocess engineering, Environmental and Energy Technologies, Materials and Surface Science.Besides to the 40-business-day compulsory industry internship,students have been found the opportunity to work in industry on one day a week in a semester by enrolling the COOP program in chemical engineering education.

yes

full time

The research efforts focus on understanding the basic chemical, physical, and biological phenomena that underlie the engineering research problem under consideration. Also research projects on new grounds in engineering science and development of new technologies are investigated for the solution of important industrial problems. Current research topics cover various areas of bioengineering, biotechnology, nanotechnology, pollution control,energy technologies, catalyst reaction engineering,chemical technologies,composite materials, microporous materials, polymer science.

yes

full time

Civil Engineering (PhD)

The teaching is in 100% English. The programme intends to teach the fundementals in basics of transportation, soil mechanics, fluid meachnaics and structural mechanics. THe programme extends its teaching to applications and designs in geotechnical, material, transportation, structural and hydraulics. There are design courses that intend to train students using computer simulation programmes and impropve communication and writtien skills.

The mission of the Department is to carry out innovative research, offer globally competitive education, and disseminate scientific knowledge about the field. Main research areas are damage assessment and safety evaluation of existing structures, vibration characteristics of structures, structural control, structural stability, numerical concrete modeling, response of structures subjected to extreme loads, regional and economical planning, hydrodynamic processes in surface and subsurface flows, solute and chemical transport in surface and subsurface flows, stratified flows

Earthquake Engineering, Hydromechanics and Transport Processes, Material Science and Soil Dynamics

Strauctural analysis, structural dynamics, steel structures, reinforced concrete, materials, transportation, geotechnics, soil dynamics, liqufication, transportation, bridge, tunnels, structural control, structural impacts, earthquake-soil Dynamics, earhquake-structural dynamics, hydrology, hydraulics, water resources engineering, hydropower, surface and subsurface flows and contaminant transport, coastal structures.

yes

full time

The mission of the Department is to carry out innovative research, offer globally competitive education, and disseminate scientific knowledge about the field. Main research areas are damage assessment and safety evaluation of existing structures, vibration characteristics of structures, structural control, structural stability, numerical concrete modeling, response of structures subjected to extreme loads, regional and economical planning, hydrodynamic processes in surface and subsurface flows, solute and chemical transport in surface and subsurface flows, etc.

yes

full time

The department aims to provide the students with basic engineering and informatics skills as well as the most up-to-date knowledge and capabilities of computer science and engineering. Graduates can start to work in industry or may prefer to follow an academic career. They can effectively work and specialize in any profession that requires developing or using information and communication technologies. The department employs the track course selection system in the curriculum which enables the students to specialize in certain areas of computer science and engineering.

http://cs.iyte.edu.tr

The research motto of the department is Trustworthy Intelligent Computing. A trustworthy system does what its legal users expect it to do. Design and implementation of errors must be avoided, eliminated, or somehow tolerated. Intelligent computing aims to integrate systems to perceive, reason, learn, and act intelligently in the real world. Accordingly, our research areas include but are not limited to the following topics: 1)Intelligent Systems 2)Information Systems Management 3)Dependable Components and Systems 4)Computer Vision

http://cs.iyte.edu.tr/?page_id=245

Computer Vision and Artificial Intelligence, Information Systems Management, Dependable Systems

This program consists of at least 7 elective courses in various research fields, seminar and a thesis. Students are encouraged to take courses contributing to their thesis studies. The research in our department mainly focuses on trustworthy intelligent computing. The research areas include but are not limited to the following topics: i) Intelligent systems ii) Information systems management iii) Dependable components/systems iv) Computer vision

part time

Our mission is to create a learning environment where academic research activities and projects are carried out in collaboration with the industry. In this atmosphere we aim to train researchers and engineers who are competent in the discipline, have proficiency in problem solving as well as good communication and organizational skills, committed to life-long learning and ethical values and sensitive to social issues. We also offer our students specialization in a track like software engineering, information management, networks, security etc.

full time

Electronics and Communication Engineering (PhD)

The mission of the Electrical and Electronics Engineering Department is to graduate students who have strong background in fundamental science and engineering, who can think analytically, who have skills to solve engineering problems, who can work in advanced multidisciplinary research projects, and who can be a part of a team. For this purpose, the curriculum allows students to study both Electrical and Electronics Engineering and another science/engineering field at the same time, to practice in the labs, to achieve work experience during internship and co-op.

The mission of the Graduate Program is to graduate students with the knowledge and skills needed to conduct cutting-edge research, to perform engineering work in industry, and to pursuit their academic career. The research subjects include digital communication theory, audio and video processing, biomedical signal processing, nonlinear system theory, artificial neural networks, antennas and microwave system design, photonics and optical systems, optical metrology and fiber optic sensors, wireless networks, computer networks, microelectromechanical systems, nanotechnology.

Telecommunications, Electromagnetics and Optics, Signals and Systems

In a beautiful seaside campus, students can study and receive a Bachelor’s degree of both Electronics and Communications Engineering and another science/engineering field at the same time. This program is one of the few Electronics and Communications Engineering Programs offered by the Universities in Turkey. CO-OP courses are available. Technology and Innovation Center in the campus supports students to start up their own companies.

full time

In a beautiful seaside campus, students can study and receive a Master’s degree of both Electronics and Communications Engineering and another science/engineering field at the same time. This program is one of the few Electronics and Communications Engineering Programs offered by the Universities in Turkey. Technology and Innovation Center in the campus supports students to start up their own companies.

full time

The mission of the undergraduate curriculum is to prepare its graduates to meet the challanges associated with their particular career paths, and to adapt to the rapidly changing technologies.The curriculum is structured to provide the students with technical skills, engineering insights and problem solving abilities, and to prepare its graduates as educated, responsible, environmentally sensible citizens. In addition to teaching, the Departments faculty are actively involved in research sponsored by the public and private sectors.

The major research groups of the department are Heat and Fluid Sciences; Mechatronics and Robotics; and Materials Technologies. Department's focus is to analyse regional and global needs and conduct research in this areas. Thus, faculty members lead many industrial and research projects in their area of interest. Department maintains its role as leading research department in the region based on number of research publications and research grants.

Heat and Fluid, Mechatronics and Robotics, Materials Technology

Education in Mechanical Engineering Department is research-based. Students are given individual/team projects starting from first year to graduation. The aim is to improve the students skill in conducting research, creative thinking, writing and presentation. Students have the opportunity to get specialised in the field of their interest with elective courses. Senior students take Engineering Economics and Design courses to apply the engineering sciences to the design of a system, component, or process.

full time

full time