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Compulsory
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HED2001
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3
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0
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2
|
|
Career definition, stages and characteristics of the career planning process, fields of work, accurate and effective communication skills, CV, domestic and international career opportunities, career centers, talent portal, units that can provide career support, national and international exchange programs.
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Compulsory
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HED2003
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3
|
1
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3
|
|
This course examines the various hydrogen production processes and their advantages and disadvantages. Production methods such as fossil fuel-based production, electrolysis, biomass gasification, and thermochemical cycles are discussed, along with the fundamental principles, advantages, and disadvantages of each technology. It also assesses hydrogen's role as a sustainable energy carrier and its environmental impacts.
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Compulsory
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HED2005
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3
|
1
|
3
|
|
This course will cover the fundamentals of electrochemical energy storage, focusing on the operating principles of battery technologies, battery components, and design. The history and classification of battery systems; lead-acid, nickel-cadmium, lithium-ion, lithium-polymer, and other battery types; electrochemical principles, battery characteristics (capacity, energy density, charge-discharge cycles); battery management systems (BMS); thermal management; battery safety; applications (portable devices, electric vehicles, renewable energy systems); and recycling and environmental impacts will be examined. The environmental and economic aspects of cells and batteries will also be evaluated.
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Compulsory
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HED2007
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2
|
1
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2
|
|
It examines the production facilities, pipelines, liquid/gas storage systems, filling stations, and distribution networks that form the basis of the hydrogen economy; it also examines sustainable energy systems by detailing renewable energy-integrated smart system designs, pressurized and non-pressurized storage techniques, infrastructure security protocols, international standards, and global-scale hydrogen logistics. Students are taught planning, design, and operational principles.
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|
Internship
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HED2009
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0
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0
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4
|
|
The aim is for students to consolidate the theoretical and practical knowledge they acquire throughout their education by applying it in a work environment. They will learn about industrial production processes, observe field applications, and develop occupational safety, quality management, teamwork, and professional communication skills. This will support students in adapting to professional life and developing career awareness.
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|
Elective
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HED2011
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2
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1
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4
|
|
This course examines carbon capture, transport, storage, and reuse (CCUS) technologies, focusing on the environmental impacts caused by carbon emissions. This course covers carbon capture technologies and materials, carbon storage technologies, the areas and methods for using stored carbon, carbon utilization technologies, socioeconomic assessments, and sustainable climate and environmental issues.
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|
Elective
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HED2013
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2
|
1
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4
|
|
This course introduces the fundamental concepts of fluid mechanics and explains the methods used to calculate fundamental quantities such as pressure, pressure force, flow velocity, and pressure losses in systems with both stationary and moving fluids. It reinforces fluid mechanics with practical examples from hydrogen and energy storage.
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|
Elective
|
HED2015
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2
|
1
|
4
|
|
This course covers the fundamental principles of thermodynamics and heat transfer. It examines the fundamental concepts used in energy systems, the laws of thermodynamics, heat transfer mechanisms, and their applications to engineering systems. Fundamental thermodynamic and thermal analysis problems encountered in hydrogen and energy storage technologies are discussed, supported by solutions.
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|
Elective
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HED2017
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2
|
1
|
4
|
|
This course will cover the fundamental principles of maintenance and repair activities in industrial facilities, types of planned maintenance (preventive, predictive, and corrective maintenance), failure analysis techniques, failure causes and troubleshooting methods, maintenance planning processes, maintenance cost analysis, and the relationship between energy efficiency. Topics such as electrical and mechanical system maintenance methods, energy storage and hydrogen system service processes, occupational health and safety in maintenance activities, quality assurance, environmental impacts, and digital maintenance systems (Industry 4.0) will also be covered.
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|
Elective
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HED2019
|
2
|
1
|
4
|
|
This course addresses the sustainable life cycle of energy storage systems. It examines the recycling processes of lithium-ion batteries, fuel cells, and hydrogen storage equipment. Students will learn about waste battery separation techniques, rare metal recovery, composite material processing methods, hydrogen tank recycling protocols, environmental impact assessments, and economic feasibility analyses. Sustainable recycling strategies will be evaluated within the framework of international standards, particularly those of the European Union.
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|
Elective
|
HED2021
|
2
|
1
|
4
|
|
This course provides students with an opportunity to examine the critical role of boron compounds in hydrogen technologies. Course content covers the chemical properties of boron in hydrogen storage (compounds such as sodium borohydride), the use of boron-based catalysts in fuel cells, and hydrogen production techniques from boron minerals. The high hydrogen carrying capacity of boron, its thermodynamic behavior, and examples of industrial applications are examined. Students also learn about the economics and current research trends in boron-hydrogen technologies.
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|
Elective
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HED2023
|
2
|
1
|
4
|
|
Control input elements, control output elements, electric motor protection relays, control of electric motors, introduction to special circuit elements, contactors, magnetic and thermal circuit breakers and electromagnetic elements, limit switches, pressure switches, command and control characteristics of AC motors, starting, stopping and braking of motors, changing the direction of rotation, problem control circuits, low voltage starting techniques, star/delta starting, its necessity, its application, analysis of motor speed control circuits.
|
|
Elective
|
HED2025
|
2
|
1
|
4
|
|
In this course, the basic principles, techniques and equipment of ventilation, air conditioning, heating and cooling systems will be explained, information will be given about the malfunctions and maintenance of these systems, and the student will be provided with solution skills for sustainable air conditioning.
|
|
Elective
|
HED2027
|
2
|
1
|
4
|
|
This course covers the concept of sustainable energy, the environmental impacts of fossil and renewable energy sources, energy efficiency methods, and carbon footprint analysis. It also examines national and international sustainable energy policies, the integration of renewable energy systems, and energy management strategies. Sustainable development, decarbonization strategies, UN development goals, steps taken in international/national platforms, and the introduction and characteristics of clean energy systems will be examined, as will the role and importance of hydrogen energy in sustainable energy.
|
|
Elective
|
HED2029
|
2
|
1
|
4
|
|
In this course, the factors that threaten the environment and human health, the precautions to be taken against these hazards and the rules for protection from these hazards, gaining sustainable environmental awareness, the concepts of waste reduction and waste rehabilitation, the classification of waste, waste management and waste recycling systems and the European Union Recycling Directives will be discussed.
|
|
Elective
|
HED2031
|
2
|
1
|
4
|
|
In this course, basic definitions and concepts related to business management and entrepreneurship are explained, and it is aimed to provide students with knowledge and skills in economic indicator analysis, business idea development process and feasibility studies, business establishment procedures, business functions, problems of small businesses and solutions, and to encourage and guide students to increase their entrepreneurial potential.
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|
Elective
|
HED2033
|
2
|
1
|
4
|
|
This course aims to teach the fundamental stages and methods of scientific research. The concepts of science and research, reliable information sources, and internet searches are covered. Research topic selection, problem and objective identification, literature review techniques, and data collection methods (survey, observation, interview) are examined. Basic research types (qualitative, quantitative, experimental, descriptive) and sampling methods are introduced. Basic data analysis, table and graph creation practices are conducted. Research report writing, bibliography rules such as APA, and scientific ethical principles are emphasized. The use of technology and digital tools in research is also taught.
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|
Elective
|
USD2051 FIRST AID
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3
|
0
|
4
|
|
Trauma, Convulsions and tetanus, Hemorrhages (Hemorrhagic-Hypovolemic Shock), Anaphylaxis and anaphylactic shock, Acute poisoning, Drowning and electric shock, Heat-sunstroke and frostbite, Poisonous animal bites and insect bites, fracture, dislocation, sprain, burn, foreign body sting.
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|
Elective
|
USD2053 PROFESSIONAL ENGLISH
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2
|
1
|
4
|
|
Revision of grammar rules previously learnt; creating question sentences; introduction of passive sentences and structures of passive sentences in various tenses; clause structures such as relative, adverb, time adverb, discrete and conditional adverb; conjunctions and their use in sentences and paragraphs; professional terms; reading comprehension and translation; ability to express oneself; preparing reports and presentations.
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|
Elective
|
USD2071 PRODUCT DESIGN
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2
|
1
|
4
|
|
Design concept, product design phenomenon, function concept in design, product function and form analysis, form-function relationship, implementation study.
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