DEPARTMENT OF MATHEMATICS
- Introduction
- Facilities
- Academic Programs
- Faculty
INTRODUCTION
Our vision is to become a world leading department in both teaching and research. We guide, teach, and support students of all mathematical abilities and interests. We welcome students into our community of mathematical scholars. We share our ideas, grow in our knowledge, and learn from one another. We discover new mathematics using creativity and ingenuity. The Mathematics Department provides a wide range of programs of study in mathematics including courses, curriculum, and instructional practices that support effective student learning. A range of courses and curriculum relevant to particular focus areas, such as courses for students who are undergraduate and graduate mathematics. The goal of these programs of study is to equip all of our students with the conceptual understanding, computational skills, and persistent disposition required to use quantitative reasoning and analysis effectively in their personal and professional lives. For mathematics majors and graduate students, we aim to provide stimulating mathematical experiences that will bolster their future careers, whether that be the application of mathematics in practical contexts or contributions to the mathematical profession through teaching, productive scholarship and active participation in professional organizations. We also aim to promote and sustain an environment that fosters creativity, critical thought, enquiry, and active learning equity, inclusion, and diversity amongst our staff, faculty, and students, aiming to increase participation from groups that are historically underrepresented in Mathematics. The continued growth of faculty as both teachers and scholars of mathematics with active programs of research and professional involvement. The opportunities for close interaction between students and faculty, both within and beyond the classroom, including student mentoring and research opportunities.
The Department includes a departmental Library stocked with useful books on different fields of Mathematics. This mini library is stocked with almost 700 books of Mathematics for the use of Faculty Members/ Researchers and students. These books includes books on Differential Equation, Quantum Mechanics, Functional Analysis, Group Theory, Number Theory, Integral Equations, Fluid Mechanics, Algebra, Calculus, Topology, Numerical Analysis, Relativity, Astrophysics, Business Math and much more.
Mathematics is basically the study of quantity, structure, and change. Those who study Mathematics are known as Mathematicians. Mathematicians make use of variables, products, sums, and sequences to study number theories and perform mathematical analysis. There are vast applications of Mathematics in our daily life, such as from managing budgets to making computer graphics.
Even measuring food recipes for designing haircuts and making sense of medical scans, all involve counting, measuring, order, and relation. Mathematicians are detail-oriented as they perform quantitative reasoning and apply theories to real-world situations. Arithmetic, algebra, geometry, and calculus are branches of mathematics for study.
You can specialize in Economics and Mathematics or Statistics and Mathematics to gain jobs in the business, finance and accountancy services. Nowadays, there is a great demand for mathematicians in government and private districts due to rising technological advances and educational awareness. Due to vast applications of Mathematics in various fields, many petroleum and nuclear industries, operational research firms, engineering, and pharmaceuticals companies hire mathematicians.
Space science and astronomy fields also hire mathematicians along with IT and insurance agencies. As a Mathematician, you can also work in educational establishments as a postsecondary teacher. If you are good at coding and decoding, encryption, and computer skills, there are opportunities in cybersecurity areas. You can work as a cryptographer or a data security analyst.
BS Mathematics (4 Years)
Duration
The duration required to complete this degree is 4 years.
Semesters
Students are required to pass 8 semesters for the completion of this degree.
Credit Hours
Students must complete 124 credit hours for this degree.
Eligibility
Intermediate or equivalent with Mathematics (at least 45% marks in Intermediate and 50% marks in Math)
FACULTY
Dr. Somayya Komal
Assistant Professor
Dr. Somayya Komal
Assistant Professor
Expertise: Optimization, Fixed Point Theory, Variational Inequality problems, Numerical Analysis, Functional Analysis, Best proximity point theory
Email:
somayya.komal@umw.edu.pk/komal.musab@gmail.com
PUBLICATIONS
1. Somayya Komal and Poom Kumam, Best Proximity Point Theorems via some generalized notions, Fixed Point Theory and Fractional Calculus: Recent Advances and Applications(Springer Nature Singapur), pp. 11--32 (11-5-2022).
2. S.M.Anwer, Somayya Komal et al Efficient control charting scheme for the process location with application in automobile industry, Mathematical Problems in Engineering (Hindawi), 16 pages, 2022.
3. Ramakant Bhardwaj, Sneha Khaindait, Somayya Komal, Vipin Sharma, Qazi Aftab Kabir and Pulak Konar, Results with cone metric spaces, Materials Today: Proceedings (2021). (26. impact factor).
4. Somayya Komal, Poom Kumam, and Premyuda Dechboon, Optimal Approximate Solution for S-weakly contraction and Generalized Suzuki contraction by using P-p propertyand weak P property in complete metric spaces, Thai Journal of Mathematics, vol.18, no. 2 (2020). (0.24 impact factor).
5. Somayya Komal and Poom Kumam, A modified subgradient extragradient algorithm with inertial effects, Communications in Mathematics and applications, vol.10, no. 2 (2019): 267-280.
6. Somayya Komal and Poom Kumam, New Best Proximity Coincidence Points of Certain Contractions in Metric Spaces. Journal of Non-Linear and Convex Analysis, Vol 20(10), pp. 2109—2118,(2019).
7. Thidaporn Seangwattana, Somayya Komal, Ramakant Bhardwaj and Poom Kumam,Optimal solution for random common best proximity points for S-contractions, IEEE XPlORE, DOI.
8. Somayya Komal, Poom Kumam and Konrawut Khammahawong, Best proximity coincidence point theorems for generalized nonlinear contraction mappings, Filomat, Web of science Q2, Vol 32 (19) (2018) Impact factor 0.635.
9. Somayya Komal, Azhar Hussain, Nazra Sultana and Poom Kumam, Coincidence best proximity points for Geraghty type proximal cyclic contractions, Journal of Mathematics and computer sciences, Volume 18(1), pp 98-114 (2018).
10. Somayya Komal and Poom Kumam, Random equations and its applications towards best random proximity point theorems, Carpathian Journal of Mathematics, Web of science Q2, 34(2), pp 199-206 (2018) Impact factor 0.901.
11. Somayya Komal, Poom Kumam and Premyuda Dechboon, Best proximity point theorems via some generalized notions, Thai Journal of Mathematics, (SJR Q3 Impact factor 0.24) (Accepted in 2019).
12. Somayya Komal and Poom Kumam, New Best Proximity Coincidence Points of Certain Contractions in Metric Spaces. JNCA (2018).
13. Chayut Kongbn, Poom Kumam, Somayya Komal and Kanokwan Sitthithakerngkiet, On p-common best proximity point results for S-weakly contraction in complete metric spaces, Mathematics (MDPI), pp.1-11 (2018).
14. Somayya Komal, Dhananjay Gopal, Farhsid Khojasteh, Kanokwan Sitthithakerngkiet and Poom Kumam, The approximate solution for generalized proximal contractions in complete metric spaces, pp.200-212, Special Issue: Annual meeting in mathematics 2018, Thai Journal of Mathematics (2018).
15. Somayya Komal and Poom Kumam Some Recent Developments on Fixed Point Theory in Generalized Metric Spaces, Mathematical Analysis and Applications: Selected Topics, Wiley Series, 2018. Impact factor 1.138.
16. Somayya Komal, Poom Kumam and Phatiphat Thounthong , Best Proximity Point Theorems for Generalized alpha-Proximal Contractions in Banach Spaces, Journal of Nonlinear sciences and applications,, Web of science Q1, Vol. 10(9), pp 4789—4798 (2017) Impact factor 1.176.
17. Somayya Komal and Poom Kumam, Best Proximity Point Problems with Set-valued mappings, Proceeding in IEEE international Conference on Science and Technology, pp 409-412 ( 2018) Impact factor 9.107.
18. Somayya Komal and Poom Kumam, A new class of S-contractions in complete metric spaces and GPcontractions in ordered metric spaces, Fixed point theory and Appl. Web of science Q1, (2016) Impact factor 2.503.
19. Somayya Komal, Nazra Sultana, Azhar Hussain and Poom Kumam, Optimal Approximate Solutions for Generalized Contractions in complete metric space, Communication in Mathematics and Applications. H index 6, g index 9.(2016).
20. Somayya Komal, Dhananjay Gopal and Poom Kumam, Best Proximity point for Z-contraction and Suzuki type Z-Contraction mappings, Applied General Topology, 17(2), (2016) Impact factor 0.59.
21. Somayya Komal and Poom Kumam, Global optimization using $\alpha$-ordered proximal contractions in metric spaces with partial orders, Applied general topology, 17(2), (2016) Impact factor 0.59.
Research / Fellowships awarded
• HEC Approved Supervisor since 2020 to date
• High JCR impact Factor award from Dr. Tab foundation, Bangkok, Thailand (November, 2019)
• Pra Jom Klao Doctoral Scholarship: (2015-2018) King Mongkut’s University of Technology Thonburi (KMUTT), Bangkok, Thailand
. • KMUTT Research Project Award: ( July,2018 – December, 2018)
• Visiting Research Scholar, Gyeonsang National University (GNU), Jinju, South Korea (June 6th ,2018 – November 15th, 2018).
• Petchra Pra Jom Klao Doctoral Scholarship, King Mongkut’s University of Technology, Thonburi, Bangkok, Thailand (KMUTT) (June 6th ,2018 – November 15th, 2018)
Dr. Sadaf Shaheen
Visiting Assistant Professor
Mr. Rafi Ullah
Visiting Lecturer
Ms. Shazma Arooj
Visiting Lecturer
Ms. Kaneez fatima
Visiting Lecturer
Ms. Kaneez fatima
Visiting Lecturer
Additional Duties
Assistant to Controller Examination
Member of departmental admission Committee.
Research Interest
An Internal Representation & Differentiation Formulas along with some new results for the hyper Geometric K-function
- Email:shaziaameer87@gmail.com
Ms. Sana Noreen
Visiting Lecturer
Mr. Rehan Sheikh
Visiting Lecturer
Mr. Rehan Sheikh
Visiting Lecturer
Additional Duties
.
Research Interest
"Quantatle module by soft relation
Mr. Muhammad Zeeshan Khan
Visiting Lecturer
Mr. Muhammad Zeeshan Khan
Visiting Lecturer
Additional Duties
Research Interest
Fluid Mechanic
Mr. Waseem Abbas Khan
Visiting Lecturer
Mr. Waseem Abbas Khan
Visiting Lecturer
Research Interest
MHD flow of micropolar fluid and nano fluid over a stretchable disc.
- Phone:0342-7956776
- Email:waseemabbas100m@gmail.com
Ms. Shumaila Nazir
Visiting Lecturer
Ms. Shumaila Nazir
Visiting Lecturer
Additional Duties
Focal Person of QEC of Department of Mathematics.
Research Interest
Special Function
Mr. Tahir Ahmad Khan
Visiting Lecturer
Mr. Tahir Ahmad Khan
Visiting Lecturer
Additional Duties
Research Interest
Computational Mathematics
- Email:accesstotahir@gmail.com
Ms. Maria Malik
Visiting Lecturer
Dr. Samia BiBi
Visiting Lecturer
Ms. Syeda Alishba Batool
Visiting Lecturer
Mr. Naimat Ullah
Visiting Lecturer