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Energy Systems Engineering

Haliç Üniversitesi | Academic | Institues | Institute of Graduate Studies | Departments | Energy Systems Engineering
About The Program
Enerji Sistemleri Mühendisliği Programımız, lisansüstü düzeyde nitelikli araştırma ve geliştirme faaliyetlerini hedefleyerek disiplinlerarası bir bilgi birikimi yaratmayı amaçlar. Modern enerji sistemlerinin tasarımı ve yönetimine yönelik üst düzey mühendislik becerileri kazandırmak, karmaşık sistem analizleri yapabilen yetkin araştırmacılar yetiştirmek ve sanayi odaklı projeler aracılığıyla gelişime açık bir akademik platform sağlamak programımızın temel önceliklerini oluşturmaktadır.
LÜTFULLAH KUDDUSİ

LÜTFULLAH KUDDUSİ

Professor

Faculty Member

lutfullahkuddusi@halic.edu.tr

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NİHAT İNANÇ

NİHAT İNANÇ

Professor

Faculty Member

nihatinanc@halic.edu.tr

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MENEKŞE AYDIN

MENEKŞE AYDIN

Asst. Prof.

Faculty Member

menekseaydin@halic.edu.tr

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SONER ÖZGÜNEL

SONER ÖZGÜNEL

Asst. Prof.

Faculty Member

sonerozgunel@halic.edu.tr

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The Energy Systems Engineering Master’s programs, established within the Graduate School, offer education and training opportunities for undergraduate degree holders with both thesis and non-thesis options
M.Sc. Energy Systems Engineer
To have a bachelor’s degree in Engineering or in basic science departments such as Mathematics, Physics, and Statistics that involve a mathematical background.
Graduates may be admitted to Doctoral programs in their own field or related disciplines, provided they meet the necessary academic requirements (ALES, language proficiency, etc.).

1.Semester Course Plan

Ders KoduDers AdıT+U+LAKTSDers Türü
LÜE8000Scientific Research Methods and Publication Ethics3+0+06Compulsory
AİS1XX1Area Elective Course 1-24Elective
ESM8110Fundamentals of Energy Systems3+0+06Elective
ESM8120Energy Economics and Policies3+0+06Elective
ESM8130Thermodynamics and Energy Conversion Technologies3+0+06Elective
ESM8140Mathematical Methods and Modeling3+0+06Elective
ESM8150Renewable Energy Systems3+0+06Elective
ESM8160Smart Networks and Energy Distribution3+0+06Elective
ESM8170Energy Efficiency and Management3+0+06Elective
ESM8180Electrical Energy Production and Transmission3+0+06Elective
ESM8190Optimization of Energy Systems3+0+06Elective
ESM8210Nuclear Energy and Technologies3+0+06Elective
ESM8220Carbon Footprint and Greenhouse Gas Emissions3+0+06Elective
ESM8230Renewable Energy Sources and Technologies3+0+06Elective
ESM8240Energy Storage Systems3+0+06Elective
ESM8250Electrical and Electronic Systems3+0+06Elective
ESM8260Interaction of Energy and Environment3+0+06Elective
ESM8270Biofuels and Energy Production3+0+06Elective
ESM8280Energy Conversion and System Models3+0+06Elective
ESM8290Heat Transfer and Energy Applications3+0+06Elective
ESM8310High Efficiency Power Systems3+0+06Elective
ESM8320Electric Vehicles and Charging Infrastructure3+0+06Elective
ESM8330Risk Management in Energy Systems3+0+06Elective
ESM8340Project Management and Energy Systems3+0+06Elective
ESM8350Heat Convection3+0+06Elective
ESM8360Microchannels Flow and Heat Transfer3+0+06Elective
ESM8370Special Topics in Energy Systems Engineering3+0+06Elective

2.Semester Course Plan

Ders KoduDers AdıT+U+LAKTSDers Türü
AİS1XX2Area Elective Course 1-30Elective
ESM8110Fundamentals of Energy Systems3+0+06Elective
ESM8120Energy Economics and Policies3+0+06Elective
ESM8130Thermodynamics and Energy Conversion Technologies3+0+06Elective
ESM8140Mathematical Methods and Modeling3+0+06Elective
ESM8150Renewable Energy Systems3+0+06Elective
ESM8160Smart Networks and Energy Distribution3+0+06Elective
ESM8170Energy Efficiency and Management3+0+06Elective
ESM8180Electrical Energy Production and Transmission3+0+06Elective
ESM8190Optimization of Energy Systems3+0+06Elective
ESM8210Nuclear Energy and Technologies3+0+06Elective
ESM8220Carbon Footprint and Greenhouse Gas Emissions3+0+06Elective
ESM8230Renewable Energy Sources and Technologies3+0+06Elective
ESM8240Energy Storage Systems3+0+06Elective
ESM8250Electrical and Electronic Systems3+0+06Elective
ESM8260Interaction of Energy and Environment3+0+06Elective
ESM8270Biofuels and Energy Production3+0+06Elective
ESM8280Energy Conversion and System Models3+0+06Elective
ESM8290Heat Transfer and Energy Applications3+0+06Elective
ESM8310High Efficiency Power Systems3+0+06Elective
ESM8320Electric Vehicles and Charging Infrastructure3+0+06Elective
ESM8330Risk Management in Energy Systems3+0+06Elective
ESM8340Project Management and Energy Systems3+0+06Elective
ESM8350Heat Convection3+0+06Elective
ESM8360Microchannels Flow and Heat Transfer3+0+06Elective
ESM8370Special Topics in Energy Systems Engineering3+0+06Elective

3.Semester Course Plan

Ders KoduDers AdıT+U+LAKTSDers Türü
ESM7000Term Project0+0+030Compulsory
At least seven courses with no less than twenty-one credits in total, a course including scientific research techniques and research and publication ethics, a seminar course, and a thesis study.
Graduates of the Energy Systems Engineering Master’s Program can be employed in specialized positions within the sectors of energy production, transmission and distribution, renewable energy technologies, energy efficiency, and energy management, or they are qualified to continue their postgraduate education in relevant doctoral programs to pursue an academic career.
In the assessment of course success, various evaluation methods such as written exams, quizzes, assignments, and projects can be applied depending on the specific characteristics of the courses
Dr. Faculty Member MEHMET TACİDDİN AKÇAY
Enstitü Sekreteri Buse Akyıldız