Bachelor of Science in Health Sciences

at Study Group - DePaul University USA

Managing the modern organizational workforce is critical to companies’ success. DePaul’s master’s degree in Human Resources will help you develop skills and knowledge to manage all core HR functions.

You’ll become an expert in a variety of core HR functions, including

• Benefits and compensation
• Employment law and ethics
• Labor relations
• Talent management and recruitment
• Workforce training programs
• Organizational development
• HR information systems

For supply chain industry professionals who are seeking management roles, DePaul’s Supply Chain Management master’s degree will provide you with the necessary leadership and technical skills.

The Secondary Education program prepares you to teach 9th through 12th grade in a variety of urban and suburban education settings, including public and private high schools. You can graduate with a State of Illinois license to teach designated subject-area content (listed below). The program also provides you an opportunity to receive a Diploma Year Program Award (IB certification) to teach in International Baccalaureate schools world-wide.

As part of the secondary education major, you’ll learn educational theories and effective teaching practices, including how to design and implement curriculum; participate in extensive field experiences at multiple schools, and student-teach for 10 weeks.

The Biological Sciences MS is a versatile degree that’s ideal for those who plan to teach, research or pursue a PhD. Become a well-rounded biologist through a combination of lecture, laboratory and seminar courses. Work on cutting-edge research in labs alongside your peers and professors—and develop your own concentration of studies under the mentorship of your faculty advisor.

Students that are admitted to the MS program are hired as teaching assistants, and provided tuition waivers and stipends. External funding opportunities through programs like the NSF Graduate Research Fellowship Program?, Gem Fellowship? ?(underrepresente??d students in STEM),? or Fulbright Fellowship (international students) ?are also possible.?

Our Actuarial Science degree program will prepare you to analyze and help organizations manage the financial consequences of risk and uncertainty. You’ll learn to interpret stat?istics to determine probabilities of accidents, sickness, death and/or the loss of property from theft, cybercrime, natural disasters and other phenomena. Graduates will be equipped with the skills necessary to sit for actuary certification exams.

In the program, you’ll use mathematics, statistics and financial theory to study uncertain future events, especially those concerning risk management and insurance. As you work toward your Actuarial Science degree, you’ll also learn to apply the laws of probability and statistics to problems, and calculate the financial costs and benefits of insurance for various individuals. Conferences and networking opportunities hosted by DePaul’s Arditti Center for Risk Management provide you with opportunities to explore real-world risk management issues and make industry contacts.

From its applications in decorating to aviation to life-saving technology, the science of polymer and coatings makes the world run smoothly. DePaul’s MS in Polymer and Coatings Science program gives you the opportunity for focused study and specialization in the area of polymer and coatings within the larger field of chemistry.

Through our Healthcare Markets and Analytics MBA concentration, you’ll become prepared to analyze and use health data to make managerial decisions.

Our MBA in healthcare management program teaches you to use decision-making algorithms that apply data to economic models. Your courses will focus on economics within the health care sector — an industry that accounts for more than one-fifth of the U.S. economy.

In this program, you’ll learn

• How the health care sector is similar to, and different from, the rest of the economy.
• How the behavior of the health care sector adheres to and deviates from key economic principles.
• The crucial and ever-increasing role of data in guiding the decision-making process of policymakers in the health care industry.

As part of the Grace School of Applied Diplomacy at DePaul, our Master of Applied Diplomacy program unites traditional and non-traditional approaches to the field of diplomacy. Here, we know that the work of diplomacy is not limited to members of the foreign service, but practiced by members of non-governmental organizations, business people, scientists, and community organizers.

Critical Approaches
The MA in Applied Diplomacy is dedicated to preparing students to enter this dynamic world of diplomacy. Our core courses offer all students a shared understanding of diplomatic studies, global relations, international political economy and sustainable international development, a firm foundation that complements each of our six diverse concentrations.

The Critical Approaches to Diplomacy concentration provides a foundation for those interested in interrogating the power and practices associated with the field of diplomacy. The concentration provides preparation for a variety of careers, as well as advanced studies in the field. Students selecting this concentration will study critical social theory, culture and identity, and the impact of post-colonial studies on the practice and study of diplomacy.

The Master of Public Health (MPH) program provides a collaborative, applied approach to public health education, focusing on health promotion and disease prevention to vulnerable populations. Gain the knowledge and practical skills to become an effective public health leader and solve problems to reduce health disparities.

Community Health Practice
Community health practice: Assess a community’s health needs and design, implement and evaluate interventions that address those needs.

DePaul's graduate Computer Science program is the premier training ground for computing professionals in the Chicago area. Unlike a certificate program, our master's courses focus on fundamental concepts that remain constant, even as technology changes rapidly. Unlike more research focused institutions, however, our courses emphasize the programmatic application of these fundamental concepts. Students interested in research will find an abundance of advanced topics—medical imaging, data mining, algorithmic analysis, and scientific computing, to name a few.