Master of Science in Taxation

at Yeshiva University USA

Political science involves the systematic study of the public affairs or politics of the state. The word politics derives from the ancient Greek polis or city-state and signifies the manner in which the inhabitants of the (city-) state are governed. Political scientists study all factors instrumental or influential in the acquisition and exercise of power for the purposes of public control or governance -- political leaders, governmental institutions, legal systems, public policy, political parties, public interest groups, political ideologies, social movements, media, economic systems, religion and its social institutions, culture, race, ethnicity, gender, demographics and social trends, scientific advances -- on a local, national and international level. They concern themselves with the dynamics of political stability as well as that of political change whether through the ballot box or via revolution in the street. Politics invariably involves competitive power struggles for the right, de jure or de facto, of control over others. The study of politics invariably focuses, therefore, upon conflict, whether that of competitive electoral politics or inter-state rivalry or warfare. Political science research may be descriptive, often using empirical methods (qualitative or quantitative) as well as prescriptive, recommending solutions to prevailing political problems.

Mathematicians are trained to analyze data and apply mathematical and statistical techniques to solve real-world problems in business, engineering, healthcare, or other fields. They typically work in teams with other professionals to develop models, interpret data, make projections, solve optimization problems. Interdisciplinary skills, such as in physics, economics, computer science, or biology, can be helpful in applying mathematics to other fields.  

Careers in mathematics are among the best jobs of tomorrow, in terms of income, growth outlook, and environmental factors. Mathematicians have experienced an ever-increasing number of job postings in the recent years. Graduates with a strong mathematics background are necessary in pretty much every industry and sub-discipline. Tech firms increasingly rely on mathematicians for cutting-edge projects such as artificial intelligence and machine learning.

YU’s M.A. in Physics program, based in New York City, specializes in solving problems in quantum information, mechanical and electronic materials behavior, propagation of waves, biological matter, dynamics, and hardware and software development. These activities are of intrinsic interest from a fundamental point of view and they are also geared toward engineering applications.

Our master's in physics program explores exciting fields like quantum information and materials behavior. It prepares students for impactful careers in academia, industry, teaching and entrepreneurship while also developing their artistic appreciation for observing nature through the physicist’s lens. With robust knowledge of computer software and hardware development, our graduates gain access to rewarding jobs in the high-technology field, including developing their own high-tech startups. They also continue on to Ph.D. programs and apply their knowledge in a range of industries, such as engineering, business, finance and medicine.

Physician Assistants (PAs) are medical professionals who diagnose disease, develop and implement treatment plans, perform surgical procedures, prescribe medications and often serve as a patient’s principal healthcare provider. PAs complete thousands of hours of medical training to become versatile and collaborative clinicians. They practice nationwide, improving patient access to high-quality healthcare in medical and surgical settings.

Highlights:

• Prepare for your professional practice in state-of-the-art virtual cadaver and simulation laboratories.
• Master diagnostic and patient-care skills in top-tier, physical diagnosis and clinical skills laboratories.
• Participate in interprofessional training opportunities with students and faculty from diverse health science backgrounds.
• Study with expert clinicians during 50 weeks of medical and surgical clerkship rotations.
• Explore your personal clinical interests during 10 weeks of elective rotations.
• Network with leaders in the health professions at state and national conferences.

Yeshiva College offers courses in studio arts (drawing, painting, photography, printmaking, and sculpture), art history, architectural history, and architectural theory and design.

Courses in studio arts explore practical, structural, and creative ideas in visual media.

Courses in art history and architectural history study the visual arts in their historical context. Students examine each work not only for its intrinsic aesthetic appeal, but also for a perspective into artistic schools and movements, artist careers, and larger social and cultural issues within intellectual history.

Physics explores the natural world and applies the findings to improve human life. Advances in physics lead to new technologies. Students in physics at Yeshiva College acquire mathematical skills and ways of thinking that support success in many careers. Many of our physics graduates have gone on to earn graduate degrees in physics and engineering. Many others have succeeded in jobs such as law, medicine, engineering, business and finance. The Department of Physics has state-of-the-art laboratory equipment for introductory and advanced experiments in mechanics, electromagnetism, optics, lasers, electronics, quantum and nuclear physics. A weekly colloquium brings physicists from all over the world to present and discuss their research.

The computer science program at Yeshiva College provides students with the theoretical foundations and practical skills required for long term success in industry and in graduate school.

Like travelers in foreign lands, students of history come face to face with the diversity of the human condition. They undergo the unsettling - but salutary - experience of nonrecognition, and so arrive at an understanding that peoples in the past were other, that “then” was different from “now,” “there” different from “here.”

Enriched by that understanding, they are able to view their own time and place in a new light, as the outcome of local and contingent circumstances rather than as the inevitable product of human nature.

No other discipline in the humanities and the social sciences covers so wide a range of topics as history. Instead of studying just one or another segment of human activity - e.g. politics, economics, literature, art, philosophy, etc. - history integrates all of them. Located at the intersection of multiple disciplines, it is of crucial importance to all students of the humanities and the social sciences.

Data analytics professionals shape organizational strategies and impact the bottom line by transforming quantitative data into qualitative insights. They also contribute to the greater social good, using data to address pressing challenges in healthcare, housing, poverty, education and transportation. In the Katz School's M.S. in Data Analytics and Visualization, you’ll learn to transform raw data into insightful output and master the underlying science of predictive and exploratory analyses, as well as techniques for creating visualizations and data narratives.

Yeshiva University’s M.S. in quantitative economics (MQE), based in New York City, blends macroeconomics and microeconomics, econometrics, probability/statistics, computation, behavioral economics and data science to inform monetary and fiscal policy, labor markets, public finance, market design, and more. The program provides a broader scope than most master’s degrees in applied economics and offers a unique quantitative focus, which gives you an edge when applying for jobs in finance and investment, commercial banks, accounting, consulting, think tanks, insurance, healthcare, government and NGOs.