This course aims to teach student to make academic research, scan resources and type the collected data in a certain format. How should be prepared an appropriate thesis that is suitable to an academic formation, to teach creating stages of form and content. The main goal of this course is help to gain knowledge to the student.

This course aims to teach student to make academic research, scan resources and type the collected data in a certain format. How should be prepared an appropriate thesis that is suitable to an academic formation, to teach creating stages of form and content. The main goal of this course is help to gain knowledge to the student.

Science, the basic rules of scientific method and scientific study, selection of the research topic, defining and determining the goals of, review of existing information on the subject, and the establishment of the research hypothesis, types of research, qualitative research, types of research, quantitative research, population and sampling, sample size determination, sampling methods, tools and equipment used in the development and planning of data collection, the data is processed and analyzed, writing a research report, sources of error in research, scientific ethics, evidence-based practice, presentation of researches critical are discussed.

Science, the basic rules of scientific method and scientific study, selection of the research topic,defining and determining the goals of, review of existing information on the subject, and the establishment of the research hypothesis, types of research, qualitative research, types of research, quantitative research, population and sampling, sample size determination, sampling methods, tools and equipment used in the development and planning of data collection, the data is processed and analyzed, writing a research report, sources of error in research, scientific ethics, evidence-based practice, presentation of researches critical are discussed.

Radar equation and system parameters, components of radar system, RCS and target characteristics, continuous wave radar, frequency modulated CW radar, MTI and pulsed Doppler radar, radar signal detection, wave forms, radar ambiguity function, radar measurements and applications.

Introduction to crystal properties and its types. Growth of semiconductors. Atoms and electrons. Energy bands and charge carriers in semiconductors. Intrinsic semiconductors, carrier transport, excess carriers. Junction concept and formation of junctions. Field effect and bipolar transistors and their physical operation principle, heterojunction structures, investigation of HBTs and HEMT, introduction to photonic devices.

Introduction: Senses, Classification of sensors, Calibration. Physical principles of sensing: Electric charge, electric field and electric potential, capacitance, magnetism, induction, resistivity, piezoelectric effect, pyroelectric effect, Hall-effect, thermoelectric effect, acoustic waves, temperature and thermal properties of materials. Occupancy and motion sensors; Position, displacement and level sensors; Velocity and acceleration sensors; Force, strain and tactile sensors; Pressure sensors; Flow sensors; Acoustic sensors; Humidity and moisture sensors; Radiation detectors; Temperature sensors: Thermo-resistive (PTCR), thermoelectric (thermocouple), temperature sensing by semiconductors, optical, acoustic and piezoelectric effects; Chemical sensors: biochemical sensors; electronic nose and tongue; Sensors materials and processing technologies.

The principles of renewable energies, the importance of solar energy as renewable energy, the academic and industrial situation in solar energy technologies, the working principle of solar cells, the characterization of solar cells, the construction of various solar cells, the design and production methods of solar cells, the production of solar modules and panels, to be achieved by the grid-connected solar panel system design.

Meaning, importance and aim of the research. Types of the research. Defining the research problem and approaches to the problems and their solutions. Design of the research. Sampling design. Measurement techniques. Data collecting techniques. Analysis of data. Presentation and preparation of research document. Ethic.

Ergonomics in modern industrial environment, adaptation of workplaces to human, psychological topics, work accidents, security management.

Theory and application of advanced engineering economy, equivalence, finance, financial definitions and analysis, project evaluation, profits and behaviors under risk, stochastic analysis.

It is required that students would prepare and present a thesis proposal in front of the instructors.

Objectives of the course is the Turkish economy in historical perspective to examine the fundamental issues current developments and to monitor, analyze their causes and to discuss the phenomenon of globalization.

This course includes some topics such as the concept of corporate governance, corporate governance principles, the emergence process of corporate governance and the relationship between internal control system and corporate governance.

This course provides the principles and practices of researching students and also gives information about the logic and applications of research design, the relationship between theory and research, various data collection and analysis techniques and presentation of findings.

In this course, the stages of strategic decision-making, components of strategic management, the economic and noneconomic aims of the company, SWOT analysis, globalization and global strategies, the implementation of strategies will be explained in detail.

In this course, the topics such as how to develop new ideas, prepare the business planning and improve the innovation will be examined.

Dersin içeriği, doktora öğrencilerine bilimi tanımlamak, bilim ile sosyal bilimlerin ilişkilerini anlatmak, araştırma yol ve yöntemlerini açıklamak, veri analizleri ve istatistiksel teknikleri öğretmektir. Dersin kapsamı içinde şu konular işlenecektir: Bilimin Tanımı ve Sosyal Bilimlerde Araştırma, Araştırma Tasarımı, Veri Toplama ve Analizi, Verilerin Özetlenmesi, Hipotez Testleri, Güven Aralıkları, ANOVA Analizi, Çok Yönlü ANOVA Analizi, Korelasyon ve Regresyon Analizi, Çoklu Regresyon Analizi, Örnek Uygulamalar. Açıklayıcı Faktör Analizleri, MANOVA Analizi (Çok değişkenli ANOVA Tekniği), Gruplandırma Yöntemleri, Yapısal Eşitlik Modeline Giriş, Yapısal Eşitlik Modeli Yazılımlarının Tanıtılması (AMOS), Yapısal Eşitlik Modeli Yazılımlarının Tanıtılması (EQS), Doğrulayıcı Faktör Analizi (Confiratory Factor Analysis), Path Analizi, Yapısal Eşitlik Modelleri ile Etkileşimin İncelenmesi, Öğrenci Araştırma Modelleri ve Analizlerine İlişkin Sunumlar.

The axioms of probability, random variables, probability distributions, statistical decision theory, estimation, hypothesis testing, data analysis, regression and corelation, analysis of variance

Vectors in space, matrices, linear equations, determinants, matrix inversion and Cramer's rule, eigenvalue, eigenvectors, first order linear and separable differential equations, higher order differential equations, Laplace transformation and solution of differential equations.

This course focused on the theories, concepts, strategies and processes of persuation. Students are going to examine persuasion strategies and processes in contemporary societies and their advertising, marketing, and public relations campaign in the applications. In addition, the role of language, culture, media and message content will focus on the issues.

Science, technology and techno-science will be examined in historical, social and cultural contexts. The relationship between sociology of knowledge and science-technology-sociology relation, information society and techno-science topics will be covered.