Program Learning Outcomes:
By the end of this program, students will be able to:
- Demonstrate a comprehensive understanding of the core body of knowledge in pure, applied, and educational mathematics.
- Apply mathematical principles and techniques to solve a wide range of problems, both theoretical and practical, using appropriate methods and tools.
- Apply pedagogical knowledge and teaching methodologies to design and deliver effective mathematics lessons, catering to diverse learning styles and abilities.
- Integrate interdisciplinary knowledge from other disciplines such as physics to understand the mathematical foundations and applications in related fields such as geometry.
- Utilize critical thinking and analytical skills to evaluate mathematical arguments, identify misconceptions, and construct logical proofs.
- Demonstrate an understanding of ethical considerations in the field of mathematics, including academic integrity, responsible data handling, and the ethical implications of mathematical research.
- Exhibit professional skills and attitudes, such as time management, organization, adaptability, and a commitment to lifelong learning in the field of mathematics and education.
- Effectively apply various teaching technologies, techniques, and classroom strategies to influence student learning positively.
- Collaborate effectively in teams, engaging in academic debate and constructive discussions to analyze and solve mathematical problems.
- Apply principles of educational psychology to understand student learning and development and implement appropriate strategies to support student progress in mathematics through informed evaluation and assessment methods.
- Communicate effectively in English, Turkish, and Kurdish both orally and in writing, demonstrating advanced language skills in technical and academic contexts related to mathematics.
- Develop proficiency in programming using Python and other languages, and enhance computational skills, especially in MATLAB, in order to analyze and solve mathematical problems, perform data analysis, and implement algorithms.
- Demonstrate competency in conducting independent research in mathematics, including formulating research questions, gathering, and analyzing data, and presenting findings.
- Apply principles of educational psychology to understand student learning and development and implement appropriate strategies to support student progress in mathematics.
- Integrate interdisciplinary knowledge, particularly in physics, to understand the mathematical foundations and applications in related fields.
