Halit Pastacı This book consists of 12 separate chapters. First, the basic characteristics of digital measurement techniques are explained and different examples are given on this subject. Principles of measuring frequency and time interval, principles and architectures of digital-analog and analog-digital converters, internal structures of digital voltmeters and multimeters, methods of measuring non-electrical signals such as displacement with a high accuracy and resolution, principles and algorithms for automatic correction of errors in measuring systems and many sample circuits are given under the title of "Modern Measurement Techniques".
To follow the topics in the book; It is necessary to have knowledge about electrical circuits, electrical and electronic measurements, analog and digital electronics.
Thanks to the topics in the book and the examples given, this book; It has been prepared for the benefit of undergraduate and graduate students and engineers studying in electrical, electronics, computer, mechatronics and control engineering.

Halit Pastacı A better understanding of the events in the world we live in is possible with the development of measurement techniques and laboratory facilities. Measurement and evaluation of physical events are made with various measuring devices. A large part of the devices used in measurement consists of electrical and electronic circuits. Based on this, the book prepared; In addition to dealing with the basic features of electrical and electronic measurements, it will lead the students to a great improvement in their practical applications with the explanation and carefully selected topics thanks to the various examples given.
There are 13 chapters in the book. Although some of the episodes can be watched with electrotechnical knowledge, basic electronics knowledge is needed to watch some episodes. In order to follow the 11th chapter, where digital devices are explained, and the 13th chapter, where computer-controlled measurement systems are explained, it is necessary to know the basic subjects about computers and logic circuits. It should be noted that it will benefit a wide range of students at art school, vocational school and university level.

Halit PASTACI This book has been prepared in the light of the latest innovations and methods in the ever-changing and evolving field of electronics. With the basic information in the book, it is possible to make all kinds of applications of electronics. The information is enriched with numerical examples and experiments. In this direction, the book will benefit the fields of electrical, electronics, computer, mechatronics and control engineering and department students.

Salman Kurtulan Book; it consists of nine sections under the titles of Control Circuits, Simatic S7-200 Control Unit, Basic Control Applications, Design and Implementation, Program Control Operations, Numerical Operations, Real Time Operations, Interrupted Operation and Questions. In the book, it is shown how the mathematical expressions obtained for the design of a control system are realized with the Simatic S7-200 family PLC using standard (IEC 61131) PLC languages (such as LAD, FBD). However, since the expression of the obtained logic functions in standard PLC languages is the same, it is also valid for PLC models of other companies that can be programmed with all standard PLC languages. Many examples in the book can be easily adapted and applied to other PLC models with simple editing.

M. Oktay Alnıak In this book; technical information is given on machinery, mechanics, mechatronics, materials, manufacturing, electricity and electronics. It can be considered as a technical manual. The problems have been prepared in an original way. Using and converting units is very helpful. Technology cannot correct calculation errors as much as the human mind! While doing a job, hit the brake and stop where you can't understand. Use your mind, ask someone who knows, read this book… Technical works do not make mistakes! Technical personnel who can read and solve problems are very valuable. This is a practice book. It will be very useful for you in technical matters.

İbrahim Küçükkoç Assembly lines are one of the mass production systems frequently used in production and may be one of the most successful application areas of Industry 4.0 technology in the near future. Assembly lines, which are mostly used in the production of complex products, enable to increase the output per unit time by making the most effective use of production resources. Well-balanced assembly lines also increase the competitiveness level of enterprises by enabling them to meet developing and changing customer demands on time and with minimum cost.
This book has been prepared for both undergraduate and graduate students who want to learn about assembly line planning, as well as line managers and engineers working on line balancing in businesses. Includes tools and techniques for effectively balancing the most common types of assembly lines in the industry. The assembly line balancing issue was first handled and modeled in its simplest form, and solution methods were explained through examples. Afterwards, many real-life constraints were added and different types of problems were explained in detail. At the end of the chapters, study questions are included.
In addition to the heuristic methods, this book, which includes the genetic algorithm application, which is one of the meta-heuristic algorithms, and which is prepared for practice, is presented in the appendices of the GAMS program codes of the mathematical models developed.

Ahmet Çakanel, Bora Çavdar, Emre Özkop, Erdinç Şahin, Hilmi Zenk, Kenan Yanmaz, Mehmet Ali Usta, Oğuzhan Çakır, Onur Özdal Mengi, Ömür Akyazı, Özgür Tomak, Recep Çakmak Automatic Control Systems is the basic book that explains how the electronic and mechanical systems, which are the foundation of the industry, should be controlled. When all systems are controlled correctly, the desired production can be made. Therefore, it is important to design and adjust the controllers correctly in every field. The work can be divided into electrical-electronic engineering, mechanical engineering, mechatronics engineering, energy systems engineering, etc. It is a book written for the benefit of students in courses such as Automatic Control Systems, Control Systems, Introduction to Control Systems. It mainly appeals to undergraduate students and will also be beneficial to graduate students. The book is designed as a whole with simple lectures, solved questions, Matlab codes and simulations of these questions. Automatic control systems describe the basic techniques and calculations used by engineers working in R&D departments of companies in product development and simulation studies. Modeling, computation and control of electrical, physical and other systems in the s domain is the main topic of this book.

Burak Polat Electromagnetism theory, one of the most rooted disciplines of physics, plays a key role in shaping electrical-electronic engineering. This book has been prepared with the aim of sharing the original content of the electromagnetic field theory course that I have given to my second year undergraduate students in the faculties of electrical and electronics for nearly thirty years, in an expanded form, in a conversational style with university students and graduate researchers of all levels who are interested in physics. In accordance with the physical worldview and the roadmap for the analytical study of electromagnetic phenomena, presented in the first chapter, our discussions focused on the basic concepts and theoretical foundations of static electrical, magnetic and electromagnetic spaces. The theoretical flow is accompanied by 13 application sets of canonical problems. Frequently used footnotes aim to provide additional information and direct the reader to research. Welcome to our lesson!

Burak Polat This book is an advanced original text on Vector Calculus aiming university students and researchers from engineering and basic sciences who are interested in the analytical aspects of classical electromagnetism as well as other disciplines of continuum physics. It is an outgrowth of the author’s published works and university lectures throughout decades. The original material in the text includes the concept of Nabla Algebra, a complementary perspective on the network of relations between vector operators and integral theorems, vector algebraic properties of phasors, differential and commutative properties of the comoving time derivative operator, transport theorems in volumetric and nonvolumetric domains, generalized vector operators for studying singularities, spatial derivatives of point, space curve and surface type distributions of arbitrary order, and distributional forms of Stokes’s and divergence theorems. The reader is assumed to be familiar with the notions of differential and integral calculus at sophomore level.