1. Ameen, Z. A., Salih, H. F. M., Alajlan, A. I., Mohammed, R. A., & Asaad, B. A. (2025). Enhanced MCDM based on the TOPSIS technique and aggregation operators under the bipolar pqr-spherical fuzzy environment: An application in firm supplier selection. Applied Sciences, 15(7), 3597.
2. Mohammed, R. A. (2025). Bipolar soft minimal structures. European Journal of Pure and Applied Mathematics, 18(2), 5928.
3. Ameen, Z. A., Mohammed, R. A., Al-shami, T. M., & Asaad, B. A. (2024). Novel fuzzy topologies formed by fuzzy primal frameworks. Journal of Intelligent & Fuzzy Systems, 48(1, Suppl.), 131–140.
4. Saleh, H. Y., Asaad, B. A., & Mohammed, R. A. (2024). Novel classes of bipolar soft generalized topological structures: Compactness and homeomorphisms. Fuzzy Information and Engineering, 16(1), 49–73.
5. Musa, S. Y., Mohammed, R. A., & Asaad, B. A. (2023). N-hypersoft sets: An innovative extension of hypersoft sets and their applications. Symmetry, 15(9), 1792.
6. Saleh, H. Y., Salih, A. A., Asaad, B. A., & Mohammed, R. A. (2023). Binary bipolar soft points and topology on binary bipolar soft sets with their symmetric properties. Symmetry, 16(1), 23.
7. Ameen, Z. A., Mohammed, R. A., Al-shami, T. M., & Asaad, B. A. (2023). Novel fuzzy topologies from old through fuzzy primals. arXiv preprint arXiv:2308.06637.
8. Mohammed, R. A., Rasheed, G. H., & Khalaf, A. B. (2022). Soft α-I-open sets and some of their properties. Journal of Mathematics and Computer Science, 28(3), 306–315.
9. Saleh, H. Y., Asaad, B. A., & Mohammed, R. A. (2022). Bipolar soft generalized topological structures and their application in decision making. European Journal of Pure and Applied Mathematics, 15(2), 646–671.
10. Saleh, H. Y., Asaad, B. A., & Mohammed, R. A. (2022). Bipolar soft limit points in bipolar soft generalized topological spaces. Mathematics and Statistics, 10(6), 1264–1274.
11. Mahmoud, U. S., Albahri, A. S., AlSattar, H. A., Zaidan, A. A., Zaidan, B. B., Albahri, O. S., Alamoodi, A. H., Mohsin, A. H., & Al-Mashhadani, A. F. (2021, September 20). A methodology of DASs benchmarking to support industrial community characteristics in designing and implementing advanced driver assistance systems within vehicles [Preprint]. Research Square. https://doi.org/10.21203/rs.3.rs-875230/v1
12. Ameen, Z. A., Asaad, B. A., & Mohammed, R. A. (2019). On superclasses of δ-open sets in topological spaces. International Journal of Applied Mathematics, 32(2), 259–278.
13. Mohammed, R. A., & Amen, R. S. (2019). Soft ξ-open sets in soft topological spaces. Science Journal of University of Zakho, 7(3), 108–119.
14. Mohammed, R. A., & Sayed, O. R. (2019). Soft J s-spaces and strong soft J s-spaces. 2019 International Conference on Advanced Science and Engineering (ICOASE), 241–246.
15. Mohammed, R. A., Sayed, O. R., & Eliow, A. (2019). Some properties of soft delta-topology. Academic Journal of Nawroz University, 8(4), 352–361.
16. Mohammed, R. A., Ismail, T. H., & Alam, A. A. (2018). On fuzzifying soft topological spaces. International Journal of Pure and Applied Mathematics, 120(2), 149–170.
17. Allam, A., Ismail, T. H., & Muhammed, R. (2017). A new approach to soft belonging. Annals of Fuzzy Mathematics and Informatics, 13(1), 145–152.
18. Mohammed, R. A., Salih, A. M., Mirza, M. A., Ismail, T. H., & Allam, A. A. (2017). Prognosis of liver disorders in DNA positive HBV patients based on fuzzy soft sets. Science Journal of University of Zakho, 5(1), 112–119.
19. Mohammed, R. A., Ismail, T. H., & Allam, A. A. (2015). On soft generalized αb-closed sets in soft topological spaces. General Mathematics Notes, 30(2), 54–73.
20. Ameen, Z. A., & Mohammed, R. A. (2011). Some new separation axioms. Journal of University of Duhok, 14(1), 1–6.

My research interests span topology, applied mathematics, mathematics teaching methods, and decision-making. In topology, I am drawn to the study of abstract structures and the properties that remain unchanged under continuous transformations. This theoretical foundation supports my interest in applied mathematics, where I focus on using mathematical models and analytic tools to understand real-world systems.

Alongside these areas, I am committed to improving mathematics education. I explore teaching methods that help learners grasp complex ideas more effectively and develop stronger problem-solving skills. My interest in decision-making connects mathematics with human reasoning, using mathematical frameworks to guide choices under uncertainty.

Together, these fields reflect my broader goal: to bridge theory and practice in ways that deepen mathematical understanding and enhance its usefulness in education and real-world problem-solving.

My academic career began at the University of Duhok in 2005, where I was assigned to teach in the Colleges of Education and Basic Education. My initial phase focused on providing undergraduate students in the Physics, Computer Science, and Mathematics departments with fundamental concepts through general mathematics courses.

My teaching experience expanded to include a wide range of advanced specialized courses, most notably calculus, cross-sectional mathematics, and topology, in addition to courses in mathematical analysis and differential equations. This diversity contributed to developing in-depth expertise in presenting abstract mathematical concepts, with a focus on building students' analytical skills and deep understanding.

My career has been characterized by continuity and a commitment to developing teaching practices and designing effective curricula, aiming to simplify complex ideas and encourage critical thinking. The educational vision aims to elevate the quality of university education and prepare graduates capable of utilizing mathematical knowledge as a fundamental tool in their scientific and applied fields—a journey that continues to this day.

My involvement in academic supervision dates back to 2005, when I began overseeing undergraduate projects in general mathematics. This experience has continued to the present day. Over the years, I have guided students in selecting appropriate research topics, developing their mathematical analysis skills, and formulating their findings in a rigorous scientific manner. This has had a clear impact on raising the quality of their graduation projects and enhancing their research capabilities.

Starting in 2018, my supervision expanded to include master's students, particularly in the fields of topology and mathematics teaching methodologies. At this level, I focused on deepening students' theoretical understanding and supporting their ability to apply advanced concepts to address original research problems. I also worked to help students adopt precise scientific methodologies and adhere to rigorous academic research standards, which contributed to the production of theses of high scientific and methodological value.

Throughout this extended career, academic supervision has been an integral part of my work. It has allowed me to contribute to developing the skills of emerging researchers and building a supportive learning environment that helps raise the academic level of students at all stages of their studies.

Academic Leadership

My academic and administrative career represents a model of integration between scholarly work and university service. This journey began with obtaining a Master's degree from the University of Duhok – College of Education in 2005, after which I continued to develop my scientific and administrative expertise by taking on numerous academic and leadership responsibilities within the university.

In the administrative field, I served as the Director of Registration at the College of Education from 10/1/2006 until 10/1/2007, contributing during this phase to the organization of academic and administrative processes related to student affairs. Subsequently, I held the position of Vice Dean of the College of Science from 10/7/2007 to 12/31/2014, where I participated in managing the college's academic and administrative affairs and supporting its institutional development.

I also played an active role in ensuring the quality of the educational process by chairing examination committees at the College of Science and the College of Basic Education for over ten years, which contributed to enhancing academic integrity and improving evaluation and examination mechanisms. Additionally, I chaired the Procurement and Bidding Committee at the College of Science for several terms, participating in resource management according to approved legal and administrative principles.

In the context of academic leadership, I was appointed Head of the Mathematics Department at the College of Basic Education on 8/27/2016, and continued in this position until 10/24/2022, where I worked on developing curricula and elevating the department's scientific performance. During this stage, I successfully completed my doctoral studies in 2018, which bolstered my research and academic expertise and contributed to expanding my scientific contributions.

From 2022 to the present, I have been serving as the Dean of the College of Basic Education, in addition to holding the position of Acting Dean of the College of Education. In these roles, I lead academic and administrative plans, enhance the quality of higher education, and support scientific research and community service.

These accumulated experiences, spanning many years of academic and administrative work, reflect a steadfast commitment to developing higher education institutions, contributing to the preparation of scientific talent, and consolidating standards of quality and excellence within the university environment. If this article is intended for academic promotion or an official university profile, I can rephrase it in a more formal and academic style, highlighting leadership and research achievements more prominently.

Conferences and Scientific Presentations

A one-day conference for applied mathematics at Assiut University – Egypt 2016

2nd International Scientific Conference, 2017.

International Conference on Advanced Science and Engineering 2018 (ICOASE2018) which is technically spoons... Published Date: Mon, 08 October 2018.

National Conference on Pure and Applied Mathematics, and Mathematics Education

Erbil, Kurdistan, Iraq, February 12, 2018.

The International Conference on Advanced Science and Engineering 2019 (ICOASE2019) is technically sponsored by IEEE which is represented by IEEE.

-  Course in method of teaching (8 week), 2012 at the University of Duhok.

-  Course in English language (160 hours), 2014 at the University of Duhok.

-  Course in development of training for mid-level leaders (November 24-29,2012)) at the  University of Duhok  in collaboration with the University (Kassel).

-  Course in method of teaching and development of training for mid-level leaders (March 11-29.2013)) in Michigan University(MSU) in USA

No CV available