Level and Duration of Department: PhD, 8 Semesters
Mission
The mission of the Aviation Systems and Technologies PhD Program is to provide participants with the highest level of expertise in a globally recognized educational and research environment. The program aims to empower students to understand, analyze, and solve complex issues in the aviation sector, encouraging them to contribute meaningfully.
Our mission is to cultivate qualified leaders who will shape innovations in the field of aviation by imparting advanced knowledge and skills to our students. The program focuses on strengthening students at a theoretical level by offering a comprehensive understanding of fundamental sciences, engineering, and technology.
Simultaneously, our program commits to providing students with a strong international perspective to gain a competitive advantage on a global scale. It guides students in understanding the dynamics of the aviation industry, embracing diversity, adopting sustainability principles, and developing a commitment to ethical values and social responsibility.
In this regard, the Aviation Systems and Technologies PhD Program aims to bring together academic excellence and effective leadership skills in students, providing a platform to overcome obstacles to progress in aviation and space technologies. The program contributes to the development of visionary leaders who will shape the future of the aviation industry, encouraging research that adds value to the sector and playing a pioneering role in knowledge production.
Vision
The vision of the Aviation Systems and Technologies Doctoral Program is to be recognized globally as a center for cutting-edge research and education in aviation. The program aims to serve as a catalyst for innovative developments, shaping the future of aviation and space technologies.
Our vision is to create a dynamic learning environment where visionary leaders with advanced knowledge and skills emerge. The program aspires to produce graduates who not only lead in academia but also drive innovation in the aviation sector and contribute to positive change on a broader scale.
Looking ahead, our program envisions establishing strong partnerships with industry leaders, research institutions, and international collaborators. Through these collaborations, we aim to generate groundbreaking solutions, push the boundaries of knowledge, and play a pivotal role in defining the future of aviation.
The vision of the Aviation Systems and Technologies Doctoral Program is to inspire a new era of sustainable, inclusive, and pioneering developments in aviation. We envision our graduates as key contributors to the global aviation community, individuals who impact the industry, and contribute to making aviation safer, more efficient, and technologically advanced.
Purpose of the Department
The Aviation Systems and Technologies Doctoral Program aims to cultivate expertise in the aviation sector, fostering individuals who can contribute pioneering research to the industry. The program focuses on providing students with deep expertise, advanced research capabilities, a global perspective, sustainability awareness, and industry collaborations. It strives to equip students with the skills to make significant contributions to the sector, leading advancements in aviation technologies.
Department Achievements
The Aviation Systems and Technologies Doctoral Program aims to provide students with various key outcomes:
1. Deep Expertise: The program aims to instill a profound understanding of aviation systems and technologies, enabling students to comprehend complex issues specific to the industry.
2. Advanced Research Skills: By fostering the ability to translate theoretical knowledge into practical applications and cultivating independent and critical thinking, the program enhances students' advanced research capabilities.
3. Global Perspective: Through international collaborations and interactions with cultural diversity, the program strives to equip students with a competitive advantage on a global scale.
4. Sustainability and Ethical Values: Guiding students in embracing sustainability principles and adhering to ethical values, the program facilitates the development of skills to understand and mitigate environmental impacts.
5. Industry Collaborations: Providing opportunities for students to engage with the industry and work on real-world problems, the program aims to enhance post-graduate success. These outcomes empower students to contribute as knowledgeable, innovative, and responsible leaders in the aviation sector.
Employment Areas of the Department
The Aviation Systems and Technologies Doctoral Program aims to provide its graduates with a broad spectrum of employment opportunities. Graduates can find employment in various fields, including:
1. Research and Development (R&D): Positions focused on the development of new technologies and systems within the aviation industry, whether in companies, universities, or research institutions.
2. Academic Career: Opportunities for academic careers as professors, research scholars, or post-doctoral researchers in universities.
3. Aviation Engineering and Design: Roles in aviation engineering firms or participation in design and engineering projects related to aviation.
4. Transportation and Aviation Policies: Work in government or private sector positions involving the formulation, analysis, and implementation of aviation policies.
5. International Aviation Relations: Positions specializing in managing and enhancing global relations within the aviation industry.
6. Space and Space Research: Involvement in space technologies, exploration, and research.
7. Aviation Consulting: Providing strategic consulting to firms in the aviation sector or government agencies. These areas offer program graduates a diverse range of sectors and positions, providing ample opportunities for successful careers.
How the Lessons are Conducted
The Aviation Systems and Technologies Program, conducted through an Internet- based Learning Management System (LMS), offers students learning opportunities using a distance education model. This allows students to participate in classes online and complete the program. Here is more information about the functioning of such an LMS-based program:
1. Online Course Material: The course material of the program is accessible on the LMS platform. Students can access lecture notes, slides, videos, reading materials, and other resources from this platform.
2. Video Lectures: Instruction is supplemented with recorded video lectures. Students can watch these videos online, providing them with an opportunity to understand the course content.
3. Live Classes and Webinars: Some programs organize live classes or webinars. Students can participate in these live sessions, interacting with instructors.
4. Interactive Discussions and Forums: The LMS provides interactive discussion boards and forums. These platforms allow students to ask questions related to the course and engage in discussions with fellow students.
5. Student Assessments: Online quizzes, assignments, and project submissions are used to measure students' achievements. These assessments evaluate students' understanding and application skills.
6. Customized Course Programs: The LMS offers customized course programs for students. They can choose courses that align with specific areas of interest or career goals.
7. Online Communication: Students can communicate with instructors and classmates through the LMS. Email, messaging, and video conferencing tools can be utilized.
8. Research and Project Collaboration: Students can collaborate on research projects through the LMS. This provides students with the opportunity to form online study groups.
9. Diploma: Students who successfully complete the program receive a PhD degree diploma. Programs conducted using an Internet-based LMS offer students the opportunity to receive education independent of geographical and time constraints.
How the Lessons are Conducted
The Aviation Systems and Technologies Program, conducted through an Internet- based Learning Management System (LMS), offers students learning opportunities using a distance education model. This allows students to participate in classes online and complete the program. Here is more information about the functioning of such an LMS-based program:
1. Online Course Material: The course material of the program is accessible on the LMS platform. Students can access lecture notes, slides, videos, reading materials, and other resources from this platform.
2. Video Lectures: Instruction is supplemented with recorded video lectures. Students can watch these videos online, providing them with an opportunity to understand the course content.
3. Live Classes and Webinars: Some programs organize live classes or webinars. Students can participate in these live sessions, interacting with instructors.
4. Interactive Discussions and Forums: The LMS provides interactive discussion boards and forums. These platforms allow students to ask questions related to the course and engage in discussions with fellow students.
5. Student Assessments: Online quizzes, assignments, and project submissions are used to measure students' achievements. These assessments evaluate students' understanding and application skills.
6. Customized Course Programs: The LMS offers customized course programs for students. They can choose courses that align with specific areas of interest or career goals.
7. Online Communication: Students can communicate with instructors and classmates through the LMS. Email, messaging, and video conferencing tools can be utilized.
8. Research and Project Collaboration: Students can collaborate on research projects through the LMS. This provides students with the opportunity to form online study groups.
9. Diploma: Students who successfully complete the program receive a PhD degree diploma. Programs conducted using an Internet-based LMS offer students the opportunity to receive education independent of geographical and time constraints.
Bölüm Müfredati / Department Curriculum