Bachelor of Science in Physics, Specialization in Biomedical Physics (STEM)

at Southern Illinois University Edwardsville USA

The management information systems (MIS) graduate program is a STEM-designated business program. MIS is an applied business program that focuses on the areas of:

• Information systems
• Software development
• Computer system architectures
• Business intelligence and data analytics
• Information security
• Cloud management
• Related management issues

Project Management

The  project management specialization equips future business leaders with an understanding of the fundamentals of project management and exposure to areas of key interest to project managers, such as:

• Project risk
• Procurement
• Quality management
• Change management

Coursework addresses many of the concepts covered in the project management certification exam that is administered by the Project Management Institute.

Coursework in the specialization balances theoretical concepts with applied exercises and cases. Students have the opportunity to apply project management concepts and processes in a real-world project. Due to these experiences, students graduate with a much better understanding of the dynamics and challenges associated with projects, as well as effective practices for managing them.

Electrical engineering and computer engineering disciplines are concerned with the development and application of electrical and computer technology to enhance and enrich all life. Electrical and computer engineers, as part of this mission, are engaged in a wide variety of activities that include:

• Space exploration and remote sensing
• Process control and automation
• Automatic control systems for use in robotics, missiles, aircraft, and manufacturing plants
• Electric power generation and distribution, environmentally responsible generation and use of energy
• Audio- video- and data-communication systems, and satellite communications
• Digital processing of signals and images using the computer
• Design and manufacturing of faster and more capable microprocessors for the computers of tomorrow
• Applications of technology in the healthcare field through computerized ultrasound, radiology, tomography and imaging systems, computer-aided diagnosis and treatment, and tele-surgery.

The applications listed above require a solid foundation in mathematics and physics, thus requiring electrical and computer engineering students to go through a substantial set of courses in these areas. In addition, today’s engineers also must be aware of a wide variety of global, social, ethical, economic and environmental issues that are relevant to the systems they design and build. Our bachelor’s degree programs include courses and projects designed to build this awareness. The electrical and computer engineering program mission is consistent with the mission of the University and the School of Engineering.

What can I do with a degree in computer engineering?
Electrical and computer engineers find employment in a wide variety of manufacturing companies such as aerospace and aircraft, electric manufacturers, computer circuit (a.k.a.: “chip”) manufacturers, and medical equipment manufacturers. They are employed in the fields of research, design, manufacturing and sales. Many public utilities, which include power companies and telephone companies, employ both computer engineers and electrical engineers. Other potential employers include oil companies, railroads, food processing plants, chemical and biological laboratories, chemical plants, various branches of federal government, and many consulting engineering companies.

The Master of Public Health (MPH) is offered through the Department of Applied Health within the School of Education, Health and Human Behavior. This interdisciplinary program addresses the health of worldwide populations, covering the five core areas of public health:

• Biostatistics
• Environmental health sciences
• Epidemiology
• Health policy and management
• Social and behavioral sciences

This program emphasizes public health leadership and the administrative skills associated with leadership careers in public health. Coursework and practical experiences are combined to prepare students for leadership roles in a variety of communities, for profit and nonprofit health agencies, universities and other research settings to prevent diseases and promote strategies to improve health. Elective courses are selected in coordination with other departments, and are focused on general leadership and administrative knowledge and skills.

What can I do with a master's degree in Public Health?
The MPH is widely regarded as the entry-level degree for leadership positions in a variety of settings, including local, state, national and international health agencies. According to the Bureau of Labor Statistics, employment opportunities for public health professionals are rising faster than the average for all occupations nationally.

Students earning an MPH will graduate with in-depth knowledge, as well as skills to manage, plan, implement, evaluate and disseminate public health programs, and develop and analyze policies. Graduates typically pursue careers in community and public health practice, health policy, management, research, health education, health promotion, consulting or private practice, and education.

The study of communication involves the development of theories and research tools to analyze, explain and improve human interaction. The applied communication studies program is offered in the College of Arts and Sciences through the Department of Applied Communication Studies. Departmental courses focus on two-person interaction, small-group decision making, communication patterns in organizations and other complex systems, public relations, and speaker-audience interaction in public speaking.

What can I do with a degree in Applied Communication Studies?
In America, employers increasingly recognize the need for more effective communication. As a result, job opportunities for graduates trained in applied communication studies are prevalent in business and industry, government agencies, educational systems, nonprofit organizations, and community-based resource centers. Graduates often have several career choices. Examples of communication careers departmental graduates have entered are: teaching and administration; management, training and consulting in organizations; public relations; human relations and employee assistance programs; sales; and government service. Graduates find employment in various types of for-profit and nonprofit organizations locally, regionally, nationally and internationally. Applied communication is also an in-demand minor for students majoring in areas such as, business, mass communications, political science and sociology. Our graduates are also well-prepared for graduate school.

Track Option: Corporate and Organizational Communication
Students who choose the corporate and organizational communication track focus on communication within the context of businesses and other organizations. Effective communication in organizations is necessary both for the attainment of organizational goals and for individual productivity and satisfaction. This track is designed for those who will work in organizational settings and who want to become more effective in their interactions with others for a more successful and fulfilling work life. This knowledge is especially important now that the "world of work" is undergoing such rapid change. In addition to learning, understanding, and applying organizational theories and research, students will develop important organizational skills such as conflict management, decision making, goal setting and team building. Students completing this track will be prepared for careers in a wide variety of organizational settings and roles (sales, management, human resources and training), as well as for graduate study in communication or business.

The study of history begins with questions about the past; how things came to be as they are or were. These questions can contribute to a greater understanding of ourselves, others and the world in which we live.

Historians approach the study of the past from various perspectives, but all analyze the patterns and causes of change in human thought and action across space and time and the consequences of those changes. Some, working within or across national histories, focus on the trajectory of particular social institutions, such as the family, government, business or religion. Alternately, historians can investigate the historical development of ideologies or of cultural concepts such as race or gender. Historians borrow investigative strategies freely from other disciplines. For some historians, the methodologies of the social sciences become critical tools for the study of the past, while others prefer a historical approach involving the methods of the humanities and literature. Most adopt some mixture of methodologies.

In the College of Arts and Sciences at SIUE, the Department of History emphasizes the study of primary sources beginning with our freshman-level survey labs, through the senior research projects. We also provide numerous opportunities for hands-on learning through class projects and internships at many venues in the greater St. Louis region and in the Metro East. A specialization in applied historical methods is also available for those interested in museums, editing and digital technology. The social science secondary education minor for licensure in teaching is housed in the Department of History.

What can I do with a degree in History?
Traditionally, a bachelor’s degree in history was thought to primarily provide a knowledge base for two careers: licensure in teaching, or as a foundation for attending law school. While teaching and attending law school are still viable options for students with a degree in history, the degree is becoming broadly recognized as a foundation for many other careers. Students are pursuing careers in local, state and federal government, including the Foreign Service and city or town management; nonprofit organizations; politics, including political advising; curatorial and archival management in libraries, museums and art galleries; media, public relations, digital editing and film consulting; and business, in corporate training and development.

The biological sciences encompass the study of all life on Earth. Biological sciences programs are offered through the Department of Biological Sciences in the College of Arts and Sciences. At SIUE, our diverse programs of study include specializations that allow students the opportunity to pursue any areas that are of interest to them. Students can customize their academic program in order to better prepare them for their chosen career.

What can I do with a degree in Biological Sciences?
Many careers are available for people with basic or advanced training in biology. There are opportunities in botany, ecology, education, fisheries, forensics, forestry, genetic engineering, horticulture, medical technology, microbiology, molecular biology, parasitology, physiology, wildlife management and zoology. Technical and supervisory positions are available in federal, state, industrial and university laboratories. Environment and health-related occupations almost always require sound, basic training in biology. Most students entering schools of medicine, dentistry, optometry, osteopathy, veterinary science, chiropractic and podiatry are biology majors. Basic training in biology is essential for careers in allied health sciences, including nutrition, pharmacy, occupational therapy and physical therapy.

Ecology, Evolution and Conservation
The bachelor's in biological sciences with a specialization in ecology, evolution and conservation at SIUE prepares students for positions that require the application of ecological principles to the solution of environmental problems. The specialization also prepares students for advanced study in all areas of biology, including wildlife ecology and forestry. Students selecting this specialization will take a planned sequence of courses that includes basic biological sciences, ecology, evolution, and environmental science. This study may include laboratory and field research. A variety of elective courses are available to allow students to pursue special interests such as plant or animal ecology, environmental management, and evolutionary biology, at either the organismal or cellular level. Students should consult their advisor to devise a course schedule to fit their specific talents and interests.

How does a statistician design an experiment to test a new drug? What is an efficient algorithm to solve a differential equation, and when does it work? How do you determine a fair price for an annuity? Given a complex network of nodes and edges, what is the shortest path from one vertex to another? How can you teach problem solving in a diverse high school classroom?

These are only some of the questions to be explored in our five undergraduate study options in the Department of Mathematics and Statistics. In the College of Arts and Sciences at SIUE, we have a faculty-to-undergraduate major student ratio of five to one, so our students receive personalized attention from faculty recognized for outstanding teaching and excellent research.

What can I do with a degree in Math?
Professionals holding positions in the mathematics field as mathematicians, statisticians, and actuaries consistently rank their careers at the top of surveys on job satisfaction and security. According to The Bureau of Labor Statistics, the job outlook in these fields remains strong, and growth is projected at 25% over the next 10 years.

Actuarial Science
What are the odds that an earthquake will cause catastrophic damage in a particular area? How should an insurance company determine how much to charge for life insurance? Actuarial science is a focused discipline that uses mathematical and statistical models to assess the financial, economic and business implications of future events.

According to the Society of Actuaries, an actuary combines the skills of a business executive, mathematician, and financial and investment manager. Actuarial science is an ideal concentration for students interested in careers that deal with studying risks related to economics, finance and social issues.

Sociologists are interested in changing the world. But, we do so by systematically studying society rather than using our biases or assumptions. Once we understand the larger social forces that influence our own behavior and that of others, we can create policies, organizations, and even families that benefit the majority of people rather than the powerful few.

At SIUE, we focus on application. Students in the Department of Sociology participate in hands-on experiences so they can apply what they learn in their classes. Students pursuing general sociology work in communities helping gather data and provide suggestions on how to make those communities stronger. Diversity and social justice students complete internships in nonprofit organizations learning to write grants and help groups find resources. Students specializing in employment relations complete internships in organizations where they help uncover how to make workers more committed and productive. Through systematically gathering information from different groups, sociology can be a powerful tool for the betterment of communities and organizations.

Employment Relations
The specialization option in employment relations is designed to prepare students to apply sociological knowledge to the practical problems of the workplace. Fundamental changes in work and industry have intensified employer demands for broadly skilled professionals, supervisors, administrators, coordinators and consultants capable of critically evaluating, planning and implementing workplace changes.

The SIUE School of Engineering is one of the most comprehensive engineering schools in the region, offering a broad collection of professionally accredited engineering programs. In the Department of Mechanical and Mechatronics Engineering, courses are offered in the areas of fluid mechanics and thermal sciences, structural mechanics and vibrations, nonlinear dynamical systems, as well as mechatronics, robotics and control systems.

What can I do with a degree in Mechanical Engineering?
Students with a graduate degree in mechanical engineering will be well-prepared to pursue a career in a wide range of industries, including aerospace, manufacturing, energy, automotive, bioengineering, robotics and automation and computer-aided design and engineering. Recent SIUE graduates have earned positions in the private sector and governmental agencies. Some graduates also choose to pursue their doctoral degree.

The environmental sciences undergraduate program, in the College of Arts and Sciences at SIUE, is interdisciplinary, and is designed to cultivate students' perspectives of environmental issues, and to provide them with refined knowledge of environmental issues on a local, regional and global scale. The curriculum within the Department of Environmental Sciences will increase students’ technical competence in addressing these environmental issues, their origins, ramifications and resolutions. The program will promote experiential learning and professional education to prepare students for career opportunities in a wide variety of workplaces.

What can I do with a degree in Environmental Sciences?
According to the U.S. Department of Labor, employment of environmental scientists and specialists is projected to grow 8% through 2028, which is faster than the average for all occupations in the U.S. Graduates with a Bachelor of Science or Bachelor of Arts with specializations in environmental health, environmental toxicology and environmental management will have career opportunities in their areas of interest. For example, a licensed environmental health practitioner can be employed for inspection, sampling and reporting for sanitary, food safety, sewage and waste disposal, drinking water, pest control, or industrial hygiene.