Master of Science in Biomedical Engineering (STEM)

at EDUCO - Duquesne University USA

Reach your career goals on your terms. Duquesne's M.S. in Chemistry is a unique degree program with flexible and customizable courses that will help get you there. It's time for bigger goals.

Go further with a horizon-expanding education without the commitment of getting a doctoral degree. Many companies within the Pittsburgh area are currently looking for employees with an M.S. in Chemistry to fill higher level positions, including management and analytical chemist jobs.

You're only 30 credits from more career options and a higher yearly salary-approximately $10,000 more on average than colleagues with bachelor's degrees.

Biomedical engineering (BME), like any branch of engineering, uses scientific and mathematical principles to solve relevant problems facing the world. BME is focused on improving human health and encompasses many distinct areas such as:

• Biomedical optics
• Biomaterials
• Orthopedic biomechanics
• Biophysical interactions
• Drug delivery
• Biosensor development

The discipline helps you understand what motivates people and how often-conflicting values affect behavior in the marketplace. From individuals to groups, from corporations to governments, people behave differently, and a well-trained student of economics accurately can analyze those differences and their effects.

The curriculum is steeped in data analytics. Economics majors take a number of upper-level courses in data analytics including two courses in Econometrics that require students to complete several rigorous research projects.

Our economics graduates are sought after by graduate schools because of their intensive quantitative training and research experience. Employers seek out the students because of the depth of their critical thinking and the strength of their core content knowledge.

Utilize social science theory and methodology to address public issues in the community. Expand your scope of orientation by translating theory and research into practical applications and policies accessible to the general public. It's time for bigger goals.

Our program emphasizes comprehensive methodological training with three distinct content areas of concentration:

• Community and Social Justice
• Health and Gerontology
• Criminal Justice and Society

Much of this professional orientation in sociology is focused on working with community based organizations and public agencies aimed at social improvements in areas such as health, poverty, and community empowerment.

Grounded in the department's established commitment to the philosophical student of communication, the Master of Arts emphasis in Rhetoric & Philosophy of Communication (36 credits) provides students with a traditional liberal arts education for leadership in academia, law, and the marketplace. This program offers fundamental courses for a doctoral degree or enhancement of a liberal arts foundation in communication.

A holistic, liberal arts approach to the study of theater. This means you’ll get a well-rounded education in the many aspects of theater, from studying the literature of the plays themselves, to developing skills needed both backstage in production and on stage as an actor. Theater arts students can develop their performance or behind-the-scenes skills in a new Black Box Theater that opened in the 2015-2016 academic year.

The study of History enriches all who undertake it.  It sits at the center of the liberal arts, for it is concerned with all areas of human endeavor—politics, economics, social arrangements, psychology, thought, and religion.

Our History Majors:

• Engage in a challenging education
• Learn to apply the methods of historical scholarship in contemplative and ethical ways
• Deepen their understanding of the United States of America and the world and how and why different cultures have developed as they have

The Department of Biological Sciences provides personalized attention, contemporary curricula, and modern facilities that are vital to the development of successful biologists.

Accomplished faculty, committed to excellence in both teaching and research, prepare our students for professional schools and careers in the life sciences. Faculty expertise ranges over a wide variety of subjects from molecular and cell biology to microbiology, ecology, development, evolution, and physiology.

Economics is a social science that employs logical reasoning to describe how people, firms and governments balance their desires with their limitations. While pursuing a B.A. in economics at Duquesne, you will learn what motivates people and how often-conflicting values affect behavior in the marketplace.From individuals to groups and corporations to governments, people behave differently, and a well-trained student of economics accurately can analyse those differences and their effects. Economics majors are successful in a wide variety of careers. Our graduates are prepared to work as research and financial analysts in large and small businesses, consulting firms and at all levels of government. The study of economics also provides an excellent foundation for many graduate programs.

With rapid advances in technology, and as generations live longer, more active lives, the demand for biomedical devices, procedures and other solutions continues to grow as well. Biomedical engineers with advanced degrees have even more opportunities for expanded responsibilities.

This 32-credit MS-BME program was designed to be flexible to serve both full-time students and working professionals seeking to become innovators in the biomedical engineering field. Students will have significant opportunities for research in state-of-the-art labs, working alongside accomplished faculty.

Graduates of the program will have the experience to perform research and engineering design for academia, government and industries related to human health. Additionally, students with the desire to continue on to a PhD program or professional medical education will have the appropriate basis upon which to build.

Upon successful completion of this program students will:

• Gain the ability to demonstrate a breadth of knowledge in biomedical engineering 
• Have particular expertise in a field of biomedical engineering through coursework or research
• Learn to use the techniques, skills, and modern engineering tools necessary for engineering practice 
• Demonstrate knowledge of contemporary issues in biomedical engineering with an emphasis on ethical questions 
• Students choosing the thesis option will gain research experience resulting in publishable work