Bachelor of Arts in Sociology

at Southern Illinois University Edwardsville USA

The Master of Science in accountancy (MSA) in the School of Business provides an advanced professional plan of study designed to prepare individuals for careers as professional accountants in public accounting, industry, or nonprofit and governmental sectors. Through the Department of Accounting, students learn the skills and knowledge needed to enter the accounting field and to form a foundation for advancement to the highest levels of the profession. Completion of this program will provide, in most cases, the educational qualifications required to sit for the Uniform Certified Public Accountant Examination. Upon completion of the MSA, candidates should have acquired the technical knowledge that will serve as a basis for preparation for the relevant professional examination required for certification as a Certified Public Accountant, Certified Management Accountant or Certified Internal Auditor.

What can I do with a Master's Degree in Accounting?
MSA graduates qualify to sit for the CPA exam in Illinois and have rewarding careers in public accounting as auditors, tax specialists or consultants. Graduates who work in corporate accounting may be employed as managerial accountants, internal auditors, income tax specialists, systems experts or management consultants. In the nonprofit sector, accountants play important roles in governmental entities, healthcare organizations and charitable agencies. Based on their wide range of business exposure and knowledge, many accountants ultimately move into high-level management positions.

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.

Diversity and Social Justice
The specialization option in diversity and social justice prepares students for work in social movement/nonprofit organizations that focus in the area of gender/sex, sexuality, race, environment, class, disability, and other areas where injustices occur. The goal is to apply sociological knowledge to understanding theories for why social inequalities occur and for constructing logical and practical solutions for such inequalities.

Students in the mechatronics and robotics engineering program, offered through the Department of Mechanical and Mechatronics Engineering, create intelligent devices by combining mechanical and electrical engineering principles. Graduates from the School of Engineering are shaping the future by designing smarter cars, autonomous farm equipment, robots for the manufacturing industry and much more. These devices have mechanical and electrical components, sensors and computer software - all working together, harmoniously.

As automation and robotics increase around us, so does the need for engineers with specialized knowledge of these topics. The field of mechatronics and robotics engineering emerged out of this need to develop the best possible design while seamlessly merging mechanical and electronics knowledge. Mechatronics and robotics engineers have the interdisciplinary knowledge necessary to oversee the design and development of such intelligent devices from beginning to end, rather than completing mechanical, electrical and control designs separately.

What can I do with a degree in Mechatronics and Robotics Engineering?
Mechatronics and robotics engineers find jobs in companies that design, develop and manufacture intelligent devices, systems and equipment for medical, automotive, communication, agriculture, construction and entertainment industries. Some examples of these are:

• Mobile or industrial robots
• Quadcopters and drones
• Autonomous vehicles
• High-tech prosthetic limbs
• Consumer electronics
• Space and defense
• Smart home, smart city and smart planet

Immediate application of new physics knowledge is not what drives physicists, but rather, an inherent curiosity about everything around them. Physics explores the big questions about the universe, and students who are motivated, curious, mathematical, inventive, and wish to explore these big questions will find their place at SIUE. Students in the College of Arts and Sciences are taught by world-class scholars in state-of-the-art laboratories, with small class sizes to help ensure that students are not just faces in a crowded lecture hall. In the Department of Physics, students are welcomed into a community of faculty committed to providing the best education possible.

What can I do with a degree in Physics?
Earning a bachelor’s degree in physics can open many doors. Throughout the United States, approximately one-third of students graduating with degrees in physics go on to graduate school to continue their education in physics or other science disciplines. Our graduates have recently gone on to pursue their education at the University of Arizona, University of Colorado Boulder, and University of New Mexico, as well as other quality programs. Some students, finding the rigor of physics excellent preparation for professional schools, pursue advanced education opportunities in medicine or law.

The Department of Chemistry, in the College of Arts and Sciences, offers several degree programs and active research opportunities in order to satisfy the diverse career goals of our students. At SIUE, students will learn from faculty members who have earned national and international reputations in their respective areas of expertise. The department also has well-equipped laboratories where students can expect to gain experience in the many different disciplines in chemistry and biochemistry. Through the department’s research programs, students may also gain experience in the most current techniques.

What can I do with a degree in Chemistry?
Students earning a degree in chemistry will be well prepared to pursue a variety of careers. According to the Bureau of Labor Statistics, the median annual salary for a chemist with a bachelor's degree was $79,300 as of May, 2020. Chemistry majors work as analysts, environmentalists, criminologists, librarians, patent examiners, production foremen, researchers, writers and teachers. Chemists also find work in sales, and for private companies that produce items such as fertilizers, pharmaceuticals, plastics and semi-conductors. Careers in the public sector can be found in local, state and federal governments, as well as hospitals, high schools, colleges and universities.

The Master of Business Administration (MBA), accredited by the Association to Advance Collegiate Schools of Business (AACSB) International, is designed to develop the professional capabilities of managers working in business. The central objective of the curriculum in the School of Business is to enhance quality and innovation in the analysis, interpretation, and use of information for formulating, communicating and implementing managerial decisions in business organizations. The ethical management of resources in a global environment is emphasized through the curriculum. Required courses in quantitative analysis, and decision making will sharpen the ability of students to apply models and skills, and integrate knowledge across disciplinary areas. Students can select a specialization in business analytics, healthcare administration, management information systems, project management, or a general specialization comprised of four elective courses that will fit their specific career objectives.

What can I do with an MBA?
Students completing the program should be prepared to engage in managerial careers leading to advancement through middle-and upper-level positions in business and nonprofit organizations. Additionally, graduates of the program are qualified for careers in administration or management of business firms; in banking and insurance; and in federal, state and local government agencies, as well as a variety of other settings where knowledge of business functions is required.

Our comprehensive program, offered through the School of Engineering, allows students to pursue a graduate degree in civil engineering while gaining expertise in the field. Students may choose a concentration in environmental/water resources, geotechnical, structural or transportation engineering. Whether students are working professionals or full-time students, the graduate program introduces them to the skills and knowledge they need for professional advancement. Students will have opportunities to conduct field and lab-based research, and learn from highly qualified faculty who are experts in their respective fields.

Why earn a master's in Civil Engineering?
Future professional engineering (PE) licenses might require a Master of Science. Our program prepares students to meet engineering education requirements established by the American Society of Civil Engineers (ASCE).

Improve your ability to take and pass the Practices and Principles of Engineering exam.

• Our graduate program allows you to complete one year of experience toward your PE license, a benefit that does not apply to an MBA. (Learn more.)
• Learn materials relevant to the PE exam.
• Take advantage of courses to refine your study skills for preparing to take the PE exam.
• Textbooks from your master’s courses are useful references for the PE exam and to build your personal library.

What can I do with a degree in Civil Engineering?
A graduate degree in civil engineering from SIUE opens doors for students in a variety of areas. Potential employers consist of consulting engineering companies, government agencies, industries, or academia. With the right experience and advanced education, students can become self-employed consultants. An education from SIUE prepares students for advancement opportunities and places them in a better position to get the job they want in a competitive employment market.

The fast change of pace in our society is creating new career opportunities for individuals trained in multiple disciplines. The Master of Science in integrative studies allows students to access expertise from two or three areas and integrate courses into a degree that meets the needs of an emerging career field.

Consider integrative studies if:

• You have diverse interests that span two or three academic disciplines and you want to blend these interests into one cohesive program
• You have a career interest in an emerging field that crosses academic disciplines, such as cultural heritage and resources management or marketing communications
• You want to advance in a non-traditional sector or start your own business

What can I do with a degree in Integrative Studies?
A Master of Science in integrative studies can lead to a multitude of career paths as well as entry into doctoral programs. The degree will meet the needs of students seeking knowledge for advancement in a specific industry, looking to move to an emerging field that is multidisciplinary or starting their own business. Employment outlook and salary information for these careers vary widely. A carefully designed plan of study will provide students with a unique combination of skills and knowledge that will be advantageous in the job market.

Diplomacy and Communication
In politics, communication affects political attitudes and behavior and reveals the nature of political systems and institutions. Communication is at the heart of the structures, institutions and personalities involved in diplomatic relations.

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.

Applied Mathematics
A concentration in applied mathematics focuses on using mathematical theories to solve real-world problems, such as those related to structural stability, chemical interactions or wave propagation. Applied mathematics encompasses the use of probability theory, numerical and data analysis, modeling, algorithm development, and simulations to explore the connections between mathematics, science, and our environment.

Applied mathematics is used extensively in the fields of physics, geology, engineering and technology. Several emerging career paths have been identified by the Society for Industrial and Applied Mathematics, including bioinformatics, materials science, computer animation and digital imaging, finance, climatology, and ecology/environmental organizations.

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.

Environmental Health
The environmental health specialization provides students with the education necessary to identify, evaluate and control (prevent or mitigate) environmental conditions which may have significant impacts on human health. Examples of the problem areas requiring environmental health expertise are:

• Maintaining adequate quality and quantities of food and drinking water.
• Safe treatment and disposal of domestic and industrial waste materials.
• Limiting or reducing air and noise pollution.
• Reducing occupational exposure to hazardous substances and unsafe conditions.
• Assuring safe and healthful housing.
• Controlling the spread of insect and rodent-borne illnesses.
• Proper selection and use of pesticides.
• Understanding the effects of global climate changes on human health.