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Language
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English
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Program Time (Year)
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4
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Max.Program Time (Year)
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6
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Program Quota
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Internships Status
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Absent
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About Programme
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The smart grid concept aims to improve the reliability and efficiency of the electricity grids by integrating information and communication infrastructures. Gazi University Smart Grids Academic Department has been established in 2014 as a graduate program for MSc and PhD degrees. This program aims to conduct actual studies especially focused on renewable energy sources, electrical power systems, energy economy, modeling of smart grids, distributed generation, energy storage, cyber security in smart grids, communication technologies in smart grid networks, smart metering, power electronics interfaces, critical issues on smart grids etc.
The smart grids program aims to train engineers who have the capabilities and expertise in the following key areas:
- Electricity Production/Consumption
- Clean Energy Enabling Technologies
- Computer Information Services
- Energy-related Markets
- Integration of Electrical Vehicles
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The Main Branch of Science
History
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The Smart Grids Master's Program was established in 2013 in response to the need for the digitalization of energy systems and the integration of smart technologies. The program adopts an interdisciplinary education model that combines fields such as electrical engineering, data science, artificial intelligence, big data analytics, and cybersecurity to address emerging requirements related to the rapid digital transformation of the energy sector and the integration of renewable energy sources. Over time, the program's content has been continuously updated in line with developments in the sector and academic needs, ensuring alignment with international standards. Today, the Smart Grids Master's Program provides students with the knowledge and skills to shape the future of energy systems, offering a competitive advantage in the global energy sector.
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Admission Requirements
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To be admitted to the Smart Grids Thesis Master's Program, candidates must meet certain academic and language proficiency requirements. Applicants are required to have a minimum ALES score of 60 in the Quantitative category. Additionally, they must demonstrate foreign language proficiency with a minimum score of 80. The graduate GPA must be at least 3.0. As part of the application process, candidates are expected to submit two letters of recommendation and a statement of purpose.
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Higher Grade Transition
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The Smart Grids Program aims to prepare its graduates for high-level managerial and specialist positions in the energy sector. Graduates will be able to take on leadership roles in areas such as smart energy systems, AI-supported energy management, big data analytics, and cybersecurity. Additionally, they can continue their careers as senior engineers and managers who lead the digital transformation in the energy sector, develop sustainable energy solutions, and make strategic decisions. The program aims to equip its graduates with the skills to follow global developments in the energy field, lead projects, and guide industrial innovations.
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Graduation Requirements
The Smart Grids Doctoral Program requires a minimum of 240 ECTS credits. Doctoral students must complete at least eight (8) courses, totaling 60 ECTS, before proceeding to the thesis phase. If a student has already taken the "Scientific Research Methods and Ethics" course during their master?s studies, they do not need to take it again in the doctoral program. Instead, they can take an additional graduate course to fulfill the credit requirement.
After completing the coursework, doctoral students fulfill the remaining 180 ECTS credits by taking the "Qualification Exam" (25 ECTS), "Thesis Preparation" (5 ECTS), and "Thesis Work" courses (30+30+30 ECTS).
In both programs, students can take a maximum of 40 ECTS credits per semester. To graduate, all coursework and thesis requirements must be successfully completed.
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Occupational Profiles of Graduates
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The graduates of the Smart Grids Master's Program have various career opportunities as leaders in the digital transformation of the energy sector. Graduates can work as specialized engineers in areas such as smart energy systems, AI-supported energy management, big data analytics, cybersecurity, and energy storage technologies, within energy companies, electricity distribution and transmission companies, renewable energy firms, and energy management companies. Additionally, they can take roles in public and private sector projects, energy consulting firms, R&D centers, and academic research units. Graduates can also hold leadership positions in technology firms developing smart grid infrastructures and digital energy solutions, as well as in international projects. The program offers graduates the opportunity to lead global changes and innovations in the energy sector.
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Assessment and Grading
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In the Smart Grids Graduate Program, students' academic achievements are monitored through various assessment and evaluation methods. These methods include written exams, projects and assignments, midterms, practical laboratory work, and group presentations. Students are also evaluated based on their ability to apply the theoretical knowledge learned in courses to practical situations. Additionally, research projects and thesis work serve as crucial tools for assessing students' analytical thinking, problem-solving skills, and ability to develop innovative solutions. Faculty members continuously track students' progress and provide feedback, enabling students to identify their weaknesses and foster their development. The evaluation processes are carried out transparently, based on the principles of academic integrity and objectivity.
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https://obs.gazi.edu.tr/oibs/bologna/progAbout.aspx?curSunit=835050859&lang=en
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