Program Title: International Doctoral Program In Physics
KIU Educational Unit: KIU School of Doctoral Studies
Program Degree: Phd In Physics
Doctoral Term:
Doctoral Term: 6 Semesters (3 years)
Educational Component: 15 ECTS CREDITS
Instruction Language: English
Doctoral Supervision Model
Every Doctoral student should have at least two research advisors. In this joint supervision model PhD candidate should obtain support from two supervisors:
1. Professor from Kutaisi International University (Hereinafter “KIU or university”) (KIU affiliation)
2. Invited Supervisor (International)
Successful Doctoral Candidates may apply for cotutelle agreement between KIU and Invited Professor’s University during doctoral studies. In such case dual/double PhD degrees can be awarded.
Doctoral program is designed to support multidisciplinary research projects. For this purpose, one of the two supervisors should have degree matching the degree to be awarded through the program, while another supervisor can hold doctoral degree in subject related to the research topic. For multidisciplinary project both supervisors can be KIU affiliated professors from two different schools/faculties, subject from the approval of the KIU scientific council.
Program Objectives
Doctoral program objectives can be split in two main aspects:
Firstly, program provides students with a comprehensive understanding of the principles, theories, and methodologies. Through research, doctoral students develop expertise in their chosen subject area, gaining a deep understanding of the fundamental concepts and current advancements.
Secondly, the doctoral program aims to foster advanced research skills. Doctoral students engage in independent research, where they learn to formulate research questions, design experiments, develop theoretical models, and analyze data. Students are encouraged to contribute to the state-of-the-art of knowledge in their respective fields.
It is important that the program promotes interdisciplinary collaboration and encourages students to explore connections between different branches of physics. This interdisciplinary approach enables students to tackle complex problems and make meaningful contributions to multiple subject areas.
Program Learning Outcomes
Upon completion of the doctoral program in physics, doctoral candidates are be able to demonstrate the following learning outcomes, depending on their respective fields of study:
• Mastery of Nuclear Physics: Graduates will possess a deep understanding of the fundamental principles and theories underlying nuclear physics.
• Proficiency in Particle Physics: Students will acquire a comprehensive knowledge of elementary particles, their interactions, and the underlying theories, including the Standard Model.
• Advanced Knowledge in Theoretical Physics: Graduates will demonstrate expertise in theoretical physics, that may include quantum mechanics, quantum field theory, and general relativity.
• Competence in Experimental Physics: Students will develop strong experimental skills, including hands-on experience with state-of-the-art laboratory equipment and techniques.
• Understanding of Astrophysics: Graduates will be able to apply astrophysical principles and methods to analyze observational data, develop theoretical models of astrophysical phenomena, and contribute to the advancement of our understanding of the Universe.
In addition all doctoral student are expected to be able to:
• Demonstrate the ability to plan and execute original research with professional and ethical integrity;
• Develop and implement novel research or analytical methods and approaches to acquire new knowledge within their field of the study;
• Communicate research findings effectively to both expert and non-expert audiences, employing clear and concise methods of presentation;
• Display proficiency in teaching and effectively supervising university students, fostering a productive learning environment;
• Exhibit the ability to adapt and engage in lifelong learning within this rapidly evolving field, staying up-to-date with emerging trends and advancements;
Job Opportunities
The doctoral program in physics strives to produce highly skilled researchers and professionals who can contribute to the advancement of knowledge in nuclear physics, particle physics, theoretical physics, experimental physics, and astrophysics.
With their advanced analytical skills and problem-solving abilities, holders of a PhD degree in physics have a wide range of career paths available to them. This, primarily, includes careers in academia as professors or researchers, conducting academic and scientific research activities.
Other potential opportunities include the following:
• Industries can offer roles in research and development, data analysis, and consulting in their respective areas;
• Financial sectors hire physicists for quantitative analysis and risk assessment;
• Government agencies seek physicists for policy-making, national defense, and managing science foundations;
• Graduates may choose to work in science outreach or patent law, bridging the gap between science and society;
Overall, the doctoral program in physics aims to produce graduates who are equipped with a broad and deep knowledge of various subfields of physics and strong research skills preparing them for successful careers as physicists and researchers in academia or industry.
