Mastering theoretical concepts and basic principles in mathematics including exploration, logical reasoning, generalization, abstraction, and formal evidence.
Able to observe, recognize, collect and utilize data, as well as calculate, estimate, interpret, and other standard technical skills related to each course with and without the help of software.
Able to solve nonroutine problem solving and conduct a job/task and develop something relatively new, either independently or in a team/group of mathematicians or across expertise.
Able to disseminate the results of studies orally and in the form of reports or paperworks based on international scientific standard by utilizing Information and Communication Technology.
Able to adapt to technological changes, develop themselves independently and sustainably. Communicate and be a good team worker and be responsive to contemporary issues.
Able to behave as a mathematician with good learning behavior, work ethic, attitude and personality, including curiosity, perseverance, tenacity, accuracy, creativity, honesty and self-confidence as well as understanding professional ethics.
Able to make decisions in the context of solving science and technology problems by considering humanities values based on analysis and simulation studies.
Able to formulate new ideas in order to solve problems through interdisciplinary or multidisciplinary research as a contribution to the development of science and technology in the field of applied mathematics.
