Applied Mathematics, Ph.D.

Program Overview

The Applied Mathematics Ph.D. program at the University of Maryland, Baltimore County offers advanced study and research in applied mathematics. Students complete coursework, examinations, and an independent research project culminating in a dissertation. Graduates pursue careers as research scientists, professors, data scientists, and quantitative analysts, among other roles requiring expertise in applied mathematics and quantitative analysis.

Program Outline

• Focus: Advanced study and research in applied mathematics.
• Duration: Variable, depending on individual progress.
• Format: Coursework, examinations (written and oral), independent research leading to a dissertation.
• Objective: Develop expertise and research capabilities in chosen area of applied mathematics, culminating in a significant contribution to the field through the dissertation.

Outline

Coursework:

• Required Courses (total 6 credits):
• Content not specified, likely covers fundamental topics in mathematics
• Content not specified, likely covers advanced topics in mathematics
• Choice of 4 additional courses (12 credits):
• Optimization:
• Content not specified, likely focuses on fundamental optimization techniques
• Content not specified, likely focuses on advanced or specialized optimization topics
• Numerical Analysis:
• Content not specified, likely focuses on advanced numerical methods and algorithms
• Additional Requirement:
• MATH 699 (3 credits) - Independent Study in first two years, with presentation required.

Examinations:

• Written Master's comprehensive exam (based on MATH 600 & MATH 603)
• Written Ph.D. qualifying exam (based on two courses in chosen specialization area)
• Oral Ph.D. qualifying exam (focused on coursework, research, and intended dissertation topic)

Dissertation:

• Significant contribution to knowledge in chosen area of applied mathematics.

Assessment

Formal Assessments:

• Written Master's comprehensive exam
• Written Ph.D. qualifying exam
• Oral Ph.D. qualifying exam
• Dissertation defense

Assessment Criteria

Specific assessment criteria are not mentioned in the text, however, it can be inferred that these assessments will evaluate students' understanding of advanced mathematical concepts, their research abilities, and the originality and significance of their dissertation work.

Other Assessments:

• Regular coursework assessments (e.g., exams, assignments)
• Independent study progress and presentation

Careers

Potential Career Paths:

• Research scientist in academia, government, or industry.
• Professor at a university or college.
• Data scientist.
• Quantitative analyst in finance.

Careers