Supervisor of Master's Candidates
Honors and Titles:
2024-01-12 Jiangsu Province Entrepreneurship and Entrepreneurship SC Doctor Award, China
2023-10-27 Top 2% of Scientists at Stanford University in the World 2022
2023-09-11 Nanjing University of Information Science & Technology Graduate Tutor Training Certificate
2022-10-24 Top 2% of scientists at Stanford University in the world 2021
2022-06-06 Selected into the Jiangsu Longshan Scholars (High-level Talents) Program
2022-06-04 International Exchange Fellowship Program (YJ20200062), Postdoctoral Fellow at Fudan University, Shanghai, China (2020-2022)
2022-02-09 Fudan University Outstanding Postdoctoral Award (Nominated)
2021-10-22 Top 2% of scientists at Stanford University in the world
2021-09-24 Participation in the Heidelberg Laureate Forum (8th HLF-2021) [selected from over 900 applicants]
2020-09-25 Participation in the Heidelberg Laureate Forum (8th vHLF-2020) [selected from over 900 applicants]
2020-06-15 Excellent Graduate Student Award by Peking University
2020-03-11 Chinese Government Outstanding International Student Award
2019-12-24 PKU International Student Academic Award
2019-12-09 Scientific Research Award by Peking University
2019-12-06 School of Mathematical Sciences Peking University Jiukun Scholarship Award
2019-11-23 Outstanding Research Achievements Honour by Embassy of Pakistan in Beijing
2016-07-08 Chinese Government Scholarship
The Last Update Time: ..
Course Introduction:This course mainly introduces the basic methods of applying computer to solve or simulate all kinds of mathematical problems. It helps students to master the most basic numerical algorithm, construct the main ideas. Methods and tools of numerical algorithm, and pay attention to the problems in the application of numerical algorithm: computational efficiency, convergence, numerical stability, error estimation and application scope of the algorithm.
Discipline:0701
Teacher:Prof. Muhammad Hamid
School Year:2023-2024
Semester:Spring Term
Course Number:123
Credits:3.0
Course Type:Undergraduate Course:
Top-Quality Courses or Not:yes
Required Class Hours:48.0
Courses and Reference Books: Reference Book
R. Burden, J. Faires., Numerical analysis, Ninth Edition.
Handouts, by Dr. Muhammad Hamid.
Text Books
o D. G. Smith, Numerical Solutions of Partial Differential Equations, Oxford 8, University Press.
o K. E., Atkinson, An introduction to numerical analysis, John Wiley & Sons, 2008.
o D. G. Zill, A First Course in Differential Equations with Modeling Applications 11th Edition