School of Science
"Here is the Place Where You Can Find the Best Scientific Environment."
  Strategy of Department
Department of Mathematics
expand  Mission
  
expand  Vision
The Mathematics Department at the University of Jordan aspires to be recognized nationally and internationally for excellence and distinction. Major and non-major Mathematics students in this department will receive outstanding preparation for graduate studies or professional careers or for entry to the workforce in industry or academia, through innovative high quality instruction from a team of distinguished faculty in up-to-date computer labs . The department aspires, with its well-known experienced faculty, to be a valuable and expert resource of consultation for the community and for businesses and institutions. The department also recognizes the role of research in the development of its faculty members and graduate students. Therefore, the Department plans to hold conferences, workshops and seminars on regular basis. The department also encourages and funds its faculty to participate in international specialized conferences and workshops
  
expand  Objectives
  
expand  Goals

 At the successful completion of the Bachelor program of Mathematics the student should be able to:

1. Apply knowledge of mathematics in a variety of contexts related to science, technology, and business. Using symbolic, numeric or graphical methods.
2. Design and conduct statistical experiments, collect data, as well as analyze and interpret these data.
3. Apply basic level of manipulative skills in algebra, geometry, trigonometry and calculus, and analyze the  underlying unifying structures of mathematics and the relationships among them.
4. Formulate and analyze mathematical problems, define precisely the key terms, and draw clear and reasonable conclusions.
5. Read and construct correct mathematical proofs and use the library and electronic data-bases to locate information on mathematical problems.

6. Explain the impact of mathematical problem solutions in global and social context, follow up contemporary issues, and transfer information to generate knowledge and employ it for future uses.
7. Utilize techniques, skills and modern scientific tools such as mathematical packages, statistical software, graphing calculators, and online resources necessary for professional practice.
8. Develop the ability to Work in or within multidisciplinary teams.
9. Demonstrate commitment to lifelong learning, research, analysis, interpretation, critical think thinking and solving mathematical problems.
10. Communicate results and arguments clearly, and correctly, both in written and orally.
11. Interact effectively with different audiences, and developing their ability to collaborate intellectually and creatively in diverse contexts.