Bachelor of Arts in Political Science with Emphasis in International Conflict and Cooperation

at Shorelight Group - University of Mississippi USA

The B.B.A. in Economics is for students who wish to enter the corporate world directly upon graduation. Students use mathematical and statistical models to analyze issues such as tax structure, deregulation, public welfare spending, mergers, acquisitions, and employee compensation programs.

With a Bachelor of Business Administration degree, you will be ready to enter the corporate world or government right after graduation. Not only will you emerge with an understanding of the field itself, you’ll gain skills in statistics, mathematics, organization, research methodology, and verbal and written communication.

What will you learn?
Economics is an amazing social science, providing insight for business, public policy and human behavior in general. It underlies successful business practices and effective government policy.

You will study how markets work to determine what is produced, how it’s produced, and how income is distributed. You’ll delve into the role and impact of international trade, the effect of monopoly on the economy, and the problems of unemployment and inflation.

The Department of Mathematics offers a B.A. in mathematics for students who wish a broad education in a mathematical field in preparation for careers in teaching or other areas. The B.A. degree allows greater compatibility with other areas of study, and prepares students for careers such as education through a broad knowledge of different subfields of both theoretical and applied mathematics.

Develop your musical potential through performance, individual attention, and the study of the theory, history, and pedagogy of music.

The B.A. allows greater compatibility with other areas of study, while still providing specialized training in the applied concentrations of instrumental, keyboard, or voice.

At its core, computer science involves the rigorous study of processes, a series of actions to achieve some desired result. In particular, it is the study of processes carried out by computers. Computer science students learn how to define processes and encode them so that they can be carried out efficiently by computers. This involves such tasks as determining what result is needed (systems analysis), developing efficient and flexible software to encode the process (algorithm design, programming, and software engineering), and organizing the data needed and generated by the process (data structures and database management). They also learn how to use the technologies of computers, communication technologies, and the control programs work together to effectively achieve the desired results.

The major in computer science for the B.A. degree offers a flexible curriculum that enables the study of computer science to be combined with studies in other areas of the liberal arts and sciences.

The M.S. in engineering science is offered in a number of emphasis areas: aeroacoustics, chemical engineering, civil engineering, computational hydroscience, computer engineering, computer science, electrical engineering, electromagnetics, environmental engineering, geology, geological engineering, hydrology, mechanical engineering, material science and engineering, and telecommunications.

Emphasis - Geology
A M.S. in engineering science with emphasis in geology prepares a student with advanced technical knowledge and communication skills for pursuing a career in industry, research and development, public service, or for doctoral work.

The M.S. in engineering science is offered in a number of emphasis areas: aeroacoustics, chemical engineering, civil engineering, computational hydroscience, computer engineering, computer science, electrical engineering, electromagnetics, environmental engineering, geology, geological engineering, hydrology, mechanical engineering, material science and engineering, and telecommunications.

Emphasis - Chemical Engineering
A degree of M.S. in engineering science with an emphasis in chemical engineering prepares graduates to apply chemical engineering science (transport phenomena, thermodynamics, chemical reaction engineering, and applied mathematics. It enables them to independently execute complex projects and pursue successful careers in engineering, medicine, law, professional education, public policy, the military, management, and sales.

The B.S. in chemical engineering provides the student with a fundamental knowledge of chemical engineering science and prepares graduates for a variety of careers in industry and government, or for advanced study in engineering, business, or professional school.

Use scientific principles to produce, transform and transport chemicals, materials and energy

Chemical engineers bring together chemistry, mathematics, physics and engineering principles to discover solutions to real-world challenges in  pharmaceuticals, food, personal care products, petrochemicals and in many other industries

With a chemical engineering degree, you will be ready to pursue careers in manufacturing, petrochemicals, oil and gas, biotechnology, the environmental field and more. Your degree can also pave the way to top graduate programs in medicine, business, law and advanced engineering fields.

You can choose the standard track, the pre-med track or one of the following emphases:

• Biotechnology – this includes the study and use of biological processes to make advancements in fields as diverse as drugs, agriculture and food.
• Environmental – this will give you the foundation to work in environmental areas, such as waste and pollution reduction.
• Manufacturing – you’ll learn the skills to improve processes and productivity in advanced manufacturing environments.
• Materials – you’ll delve into the world of advanced materials – such as polymers and nanomaterials (no hyphen in nanomaterials) – that can handle extreme conditions.

The B.S. in chemical engineering provides the student with a fundamental knowledge of chemical engineering science and prepares graduates for a variety of careers in industry and government, or for advanced study in engineering, business, or professional school.

Use scientific principles to produce, transform and transport chemicals, materials and energy

Chemical engineers bring together chemistry, mathematics, physics and engineering principles to discover solutions to real-world challenges in  pharmaceuticals, food, personal care products, petrochemicals and in many other industries

With a chemical engineering degree, you will be ready to pursue careers in manufacturing, petrochemicals, oil and gas, biotechnology, the environmental field and more. Your degree can also pave the way to top graduate programs in medicine, business, law and advanced engineering fields.

You can choose the standard track, the pre-med track or one of the following emphases:

• Biotechnology – this includes the study and use of biological processes to make advancements in fields as diverse as drugs, agriculture and food.
• Environmental – this will give you the foundation to work in environmental areas, such as waste and pollution reduction.
• Manufacturing – you’ll learn the skills to improve processes and productivity in advanced manufacturing environments.
• Materials – you’ll delve into the world of advanced materials – such as polymers and nanomaterials (no hyphen in nanomaterials) – that can handle extreme conditions.

The M.S. in engineering science is offered in a number of emphasis areas: aeroacoustics, chemical engineering, civil engineering, computational hydroscience, computer engineering, computer science, electrical engineering, electromagnetics, environmental engineering, geology, geological engineering, hydrology, mechanical engineering, material science and engineering, and telecommunications.

An M.S. in engineering science with emphasis in electromagnetics prepares a student with advanced technical knowledge and communication skills for pursuing a career in industry, engineering research and development, public service, or for doctoral work.

In the Bachelor of Science in Electrical Engineering program at Ole Miss, students learn to understand, design, and develop devices and systems that operate on electric/battery power, or that generate electric power.

Learn to understand, design and develop devices and systems that operate on or generate electricity

Electrical engineers use the physics and mathematics of electricity, electromagnetism and electronics to create, develop and test electrical equipment and systems.

With an electrical engineering degree, you will be set for a career in areas as diverse as the automotive, chemical and petroleum industries; power utilities; defense and aeronautics; and telecommunications and computers.