Assistant Professor from University of Malakand, Pakistan
Dr. Nigar Ali is a dedicated academic and researcher in the field of Applied Mathematics, currently serving as a Lecturer at the Department of Mathematics, University of Malakand, Pakistan. With more than two decades of teaching and research experience, she has made notable contributions to mathematical modeling, particularly focusing on epidemic models and fractional calculus. Dr. Nigar Ali is recognized for her expertise in the mathematical analysis of infectious diseases such as HIV, malaria, tuberculosis, and COVID-19. Her academic journey reflects a steady progression from undergraduate studies to a PhD in Applied Mathematics. Throughout her career, she has played significant roles within the university, including serving as Deputy Provost, Controller of Examinations, Warden, and Coordinator of postgraduate programs. Dr. Nigar Ali has also built strong international research collaborations with scholars from Turkey, Spain, Korea, and Saudi Arabia. Her supervisory work is distinguished by the successful guidance of numerous MPhil scholars in impactful research areas. She has taught a wide range of advanced mathematics courses, demonstrating her versatility and depth of knowledge. Her passion for mathematics and commitment to the academic community make her an inspiring figure in her field.
Professional Profile
Education
Dr. Nigar Ali’s academic foundation is strongly rooted in mathematics, with each stage of her education achieved with distinction. She earned her PhD in Applied Mathematics from the University of Malakand, Pakistan, in 2017, where her doctoral work emphasized mathematical modeling and its applications in biological systems. Prior to her PhD, she completed an MPhil in Applied Mathematics from the same university in 2012, where she developed her analytical and research skills further. Dr. Nigar Ali’s postgraduate studies were preceded by a Master of Science (M.Sc.) in Mathematics from the University of Peshawar, Pakistan, in 2002, where she graduated with first division honors. She also achieved a Bachelor of Science (B.Sc.) in Mathematics from the University of Peshawar in 1999, again earning first division marks. Her earlier education includes an F.Sc. (Pre-Engineering) from BISE Peshawar in 1997 and a Secondary School Certificate in Science from BISE Peshawar in 1995, both completed with first division. Her consistent academic performance across all levels demonstrates her dedication to the discipline and her commitment to continuous learning and academic excellence.
Professional Experience
Dr. Nigar Ali has accumulated extensive teaching and administrative experience over more than 21 years in the academic sector. She has been serving as a Lecturer in the Department of Mathematics at the University of Malakand since September 1, 2007. Before joining the university, she spent five years (2002–2007) as a Lecturer in Mathematics at the Government Post Graduate College in Mardan, Pakistan. Her teaching experience covers undergraduate, graduate, and doctoral levels, with a diverse portfolio of courses ranging from calculus and algebra to fractional calculus and mathematical biology. Dr. Nigar Ali has also held various administrative responsibilities within the university, including Deputy Provost, Controller of Examinations for the Mathematics Department, Warden of university hostels, and Coordinator of MPhil and PhD programs. She has actively contributed to multiple academic committees, such as the workload policy committee, the departmental admission committee, and the UFM (Unfair Means) Examination Appellate Committee. Through her combined roles in teaching, research, and administration, Dr. Nigar Ali has demonstrated excellent leadership, organizational skills, and a deep commitment to academic development and institutional progress.
Research Interests
Dr. Nigar Ali’s research interests are focused on applied mathematics with a particular emphasis on mathematical biology and the modeling of infectious diseases. She specializes in developing and analyzing mathematical models to understand the transmission dynamics and control strategies of diseases such as HIV, malaria, tuberculosis, Ebola, and COVID-19. Her work often employs fractional calculus and fractional order differential equations to capture the complex dynamics of epidemics more accurately. She has a keen interest in epidemic modeling that incorporates real-world factors like vaccination, media influence, co-infection, and asymptomatic carriers. In addition to mathematical biology, her research areas include numerical analysis, optimization theory, differential equations, topology, real and complex analysis, and simulation-based modeling. Dr. Nigar Ali is also interested in advancing the theoretical foundations of calculus and fractional calculus. Her collaborations with international researchers reflect her desire to contribute to the global scientific community by applying mathematical methods to address critical public health challenges. Her research outputs aim to offer practical solutions and policy recommendations for disease control and prevention, reinforcing her commitment to leveraging mathematics for the benefit of humanity.
Research Skills
Dr. Nigar Ali possesses a wide range of research skills that demonstrate both theoretical depth and practical application. She is proficient in mathematical modeling, particularly in the formulation and analysis of epidemiological models using ordinary and fractional differential equations. Her expertise extends to stability analysis, simulation techniques, and numerical solution methods that are crucial in understanding disease dynamics. Dr. Nigar Ali is skilled in utilizing advanced mathematical tools to evaluate and predict the impact of control strategies, vaccination, media coverage, and co-infection dynamics in various disease outbreaks. She has substantial experience in supervising postgraduate research, having successfully guided numerous MPhil students on topics involving complex epidemic models. Her teaching portfolio further supports her research capabilities, as she is adept at explaining and applying high-level mathematical concepts in areas such as algebra, real analysis, complex analysis, topology, and numerical methods. She also has excellent skills in cross-disciplinary collaboration, as evidenced by her international research partnerships. Her ability to translate real-world problems into mathematical frameworks and conduct in-depth qualitative and quantitative analyses is a significant asset in her research endeavors.
Awards and Honors
Dr. Nigar Ali’s academic and professional contributions have been recognized through various roles of responsibility and leadership within her institution. Although specific awards or medals are not detailed, her selection for significant administrative posts such as Deputy Provost, Controller of Examinations, and Coordinator for MPhil and PhD programs is a reflection of her trustworthiness and excellence in service. Her frequent involvement in key university committees such as the Examination Appellate Committee, Admission Committee, and UFM Committee further highlights her respected standing within the academic community. The impact of her research supervision is evident through the successful completion of numerous MPhil theses, many of which focus on high-impact and contemporary global health issues. Additionally, her research collaborations with renowned international scholars from Turkey, Spain, Korea, and Saudi Arabia serve as a testament to her growing recognition and academic outreach on a global scale. These honors and responsibilities showcase her professional maturity, academic integrity, and dedication to advancing the field of applied mathematics.
Conclusion
Dr. Nigar Ali is a dedicated academic, researcher, and mentor who has consistently demonstrated excellence throughout her career in applied mathematics. Her extensive teaching experience, significant contributions to the mathematical modeling of infectious diseases, and her leadership roles within the University of Malakand establish her as a valuable asset to both her institution and the wider research community. Dr. Nigar Ali’s research has direct implications for public health, particularly through her work on epidemic modeling and control strategies for diseases of global concern. Her ability to effectively supervise postgraduate students and lead administrative initiatives further highlights her commitment to academic development and the advancement of mathematical sciences. Moving forward, she can enhance her academic influence by increasing her participation in international conferences, publishing in high-impact journals, and expanding her research collaborations. Overall, Dr. Nigar Ali’s work exemplifies the meaningful application of mathematics to solve real-world problems, making her a highly suitable and deserving candidate for prestigious research awards and future academic recognition.