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Compulsory
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HTR3001 GEOGRAPHIC INFORMATION SYSTEMS (GIS)
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3
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1
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4
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Understanding of Geographic Information Systems technology basics; To teach the basic information necessary to use spatial property data; understanding the concept of remote sensing; understanding and applying data collection, processing and interpretation processes
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Compulsory
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HTR3003 INTERNET OF THINGS (IOT)
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2
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1
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4
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This course is an introduction to the basic concepts and applications of Internet of Things (IoT) technology and its implications for agriculture and the agricultural industry. Typical IoT systems used on farms, farm equipment and cloud systems will be examined. Hands-on experience will be provided in key IoT components, including hardware (wireless sensors, controllers, computers and network devices) and software. IoT has great potential to impact the way individuals live and work by providing an innovative method for engineers/agriculturalists who want to bring a smart agriculture solution. The design of the IoT, which can be defined as "a network operation consisting of physical elements connected to the Internet and each of which has a sensor embedded", requires an understanding of embedded electronics, software, sensors, networks and data analytics. To prepare our students as pioneers of the future, this course will introduce a wide range of topics in the broad fields of IoT and provide experiences through a range of applications.
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Compulsory
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HTR3005 ROBOT MECHANICS, PLANNING AND CONTROL
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2
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1
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4
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Mechanical structures of robot systems used in agricultural applications, motion planning methods and control principles, robot kinematics and dynamics, motion control algorithms, path planning, sensor integration and task-based control systems, design criteria for field applications of agricultural robots, autonomous systems and real-time control scenarios, modeling, simulation and control of robot systems with applied examples.
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Elective
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HTR3021 ADVANCED AUTOMATIC CONTROL
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2
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1
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3
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This course covers the theoretical foundations and practical applications of advanced control techniques, including state-space modeling, observer and controller design, root locus and frequency response methods, Bode and Nyquist plots, system stability, LQR, Kalman filtering, and analysis and control of nonlinear systems.
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Elective
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HTR3023 AGRICULTURAL ECOLOGY
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2
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1
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3
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The concept of ecology, agro-ecosystems, climatic characteristics-agriculture relationship, temperature, drought, precipitation and agricultural activities, wind and transpiration, agricultural activities-soil relationship, agriculture and erosion, sustainable agriculture, traditional and alternative agricultural systems.
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Elective
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HTR3025 CLIMATE CHANGES
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2
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1
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3
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Climate system, natural and artificial greenhouse effect, greenhouse gases, the observed climate change, future projections, sectoral impacts, adaptation strategies and proposals will be studied.
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Elective
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HTR3027 COMPUTER VISION AND IMAGE PROCESSING
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2
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1
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3
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This course covers the fundamental principles of computer vision and image processing. Topics include digital image processing, transformations, filtering techniques edge detection, segmentation, feature extraction and object recognition. Additionally emphasis will be placed on deep learning-based approaches and image processing applications to help students transfer their theoretical knowledge into practice.
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Elective
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HTR3029 DATA COLLECTION, MONITORING, EVALUATION
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2
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1
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3
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In the course, big data algorithms, big data programming paradigms and platforms, big data analysis tools will be covered. In addition, many research articles in the field of big data research will be learned, presented and discussed.
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Elective
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HTR3031 ENVIRONMENTAL IMPACT ASSESSMENT
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2
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1
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3
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Definition of Environment and Environmental Impact, EIA Legislation, Project Introduction File and Preparation, EIA Report and Preparation, Preparation of EIA Report for the Construction Part of the Whole EIA Process, Related Parties and Institutions, Construction Sector and Other Sector Projects, Examination of Sample EIA Reports
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Elective
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HTR3033 SUSTAINABLE ANIMAL PRODUCTION
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2
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1
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3
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This course will offer methods to use natural resources more diverse and effectively in order to preserve biodiversity for a more cost efficient and sustainable breeding in which livestock help to preserve the land and environment for future generations. Definitions of sustainable livestock production usually include references to economical, social and environmental facts that aims to achieve sustainability in all aspects. In addition to those considerations, sustainable livestock production also needs to address animal welfare issues. Keys to sustainable livestock production include extensive preplanning, knowledge of one?s goals, understanding of marketing options and the ability to review and adapt plans as needed. This course is a brief introduction to the concept of sustainable livestock production with high biodiversity and good welfare for animals concept.
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Elective
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HTR3035 MICROCONTROLLERS AND EMBEDDED SYSTEMS
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2
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1
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3
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Introduction to embedded systems and system hardware, microprocessor selection, ARM microcontroller architecture, element properties, elements and circuits that make up embedded systems. Basic tools and software methods for programming embedded systems. Application examples for ARM microcontroller based embedded systems. GPIO, interrupt, timer, ADC, USART, DMA, loop source, PLL, SPI, I2C.
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Elective
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HTR3037 GREENHOUSE AUTOMATION SYSTEMS
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2
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1
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3
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This course covers automation technologies used in monitoring and controlling environmental variables such as temperature, humidity, light, and CO₂ within greenhouses. It focuses on microcontroller- and PLC-based systems, sensor and actuator technologies, basic control algorithms (such as PID), data acquisition, remote monitoring, and IoT-based applications.
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Elective
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HTR3039 SMART IRRIGATION SYSTEMS
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2
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1
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3
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Soil-plant-water relationships, irrigation planning, sensor types in smart irrigation systems, control units, communication technologies (IoT, LoRaWAN, etc.), data collection and analysis methods, remote monitoring systems, water efficiency and sustainability, case studies, and project design.
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Elective
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HTR3041 MACHINE ELEMENTS
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2
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1
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3
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Machine elements that are widely used in agricultural machinery according to their intended use. Basic stress types. Tensile stress, Shear stress Torsion moment, Mixed stresses, Bolts, Bolt types, usage places and calculations Pre-stressed bolt calculations, Welding types and calculations related to welding. Types of sources Resource selection and calculations, To know motion transmission systems. To be able to use in design. Shaft selection and calculations, Gear selection and calculations, Gear box design, Belt-pulley systems, Wedges, Clutches, Bearings, Rolling Bearings, Roller bearings, Spring types used in machine design, Leaf springs, Helical Springs, Disc springs.
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Elective
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HTR3051 ENTERPRISE PLANNING
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2
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1
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3
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Results of economic activities of agricultural enterprises, success criteria; analysis of production branches (gross profit and cost analysis), data required for planning of agricultural enterprises, planning principles and methods of agricultural enterprises, partial and full budgeting, program planning and planning of agricultural enterprises in linear planning method.
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Elective
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HTR3053 PROFESSIONAL COMMUNICATION
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2
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1
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3
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Interpersonal communication is introduced by addressing the basic concepts of the communication process such as source, message, channel, medium, receiver, feedback, noise, approaches to communication science and communication theories.
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Elective
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HTR3055 PROJECT WRITING AND EVALUATION
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2
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1
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3
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In the course, description of project and the types of projects, issues to be considered in determining the topic of project, literature search on particular subject, writing purpose and scope of the project, determining equipment and methods and writing of them, determining project outcomes, creation of work-time schedules, budgeting issues etc. will be discussed.
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Elective
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HTR3057 RUSSIAN I
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2
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1
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3
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|
Russian I (Beginning Russian) is the first of two introductory‐level courses in Russian. This course introduces students to the foundations of Russian language and culture through the study of Russian texts, songs, cartoons, music videos, films, literary texts, and popular culture. Throughout the year they will develop speaking, listening comprehension, reading and writing skills, as well as basic cultural literacy.
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Elective
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HTR3059 SPANISH I
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2
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1
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3
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Alphabet, pronunciation, spelling, asking first and last name and answering; Asking and answering simple questions on Spanish names and surnames, asking and answering about nationality, rest, listening; At the airport, check-in, customs, invoicing related concepts, colors, where pattern; Introducing, introducing, welcoming, country names and nationalities; Concepts related to workplaces, workplaces, professions, introduction to suffixes that make nouns from verbs, asking for addresses, describing addresses, excuse me, sorry patterns; Abbreviations and acronyms, expressions of names, addresses and e-mail addresses and their coding; Learning concepts related to countries, cities and languages, spelling; Concepts related to the use of numbers, numbers between 0 and 100, concepts such as population, population; Types of accommodation, houses, parts of the house, furniture and colors related concepts and titles of ownership; Concepts related to marital status, family, kinship relations; Concepts of wages, paying, money, bargaining, buying, and reflexive verbs; Asking age and expressing ideas about a subject and concepts related to big family and relatives; Asking for time, concepts related to time and time, concepts such as posters, advertisements, advertisements, making an appointment and arranging an appointment; Making a daily/weekly plan, making use of free time and activities.
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Elective
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HTR3061 WRITING AND PRESENTATION TECHNIQUES
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2
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1
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3
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To give knowledge on issues of description of the project and the types of course, issues that should be considered in preparing different types projects; nnual reports, seminars, papers, etc.; techniques of preparing an effective presentation, theoretical knowledge in the techniques of making effective presentations.
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