Undergraduate Extended Accelerator Pathway (3-Term) - Bachelor of Fine Arts in Studio Art with Concentration in Sculpture

at Shorelight Group - Louisiana State University USA

Economics is the study of how people choose to use resources. These can include the time and talent people have available; the land, buildings, equipment, and other tools on hand; and the knowledge of how to combine them to create useful products and services. Economics will provide you with analytical skills and a breadth of economic understanding that prepares you for a career in business or government or for further study in economics, law, or public policy.

Empirical Economic Analysis: Learn how to define and analyze economic problems using algebraic and statistical methods, and to identify the benefits and costs of a global economy.

Computer Engineers create, improve, and/or fix computer hardware and software by combining knowledge from the fields of electrical engineering and computer science. Computer engineers might be involved in any aspect of computer design, including circuit design, supercomputing, microprocessor design, personal computing, chip design, embedded systems, sensor design, robotics, and more.

Industrial engineers are engineers with a business flair who enjoy working with people. They apply engineering design to create and improve systems that deliver products or services. They strive to improve the productivity of their organizations and respond to changing customer needs and wants quickly and constantly. For instance, an industrial engineer may be involved in designing a new production plant for a car manufacturer (a product) or in designing an effective emergency room for a hospital (a service). In designing these systems, an industrial engineer integrates equipment, materials, energy, information, and people together to meet business objectives while ensuring product/service quality and reliability, the safety and satisfaction of customers and employees, and the effective and productive use of resources.

The versatility of industrial engineers allows them to engage in activities that are useful to a variety of businesses, governments, and nonprofits. For example, industrial engineers engage in supply chain management to help businesses minimize inventory costs, conduct quality assurance activities to help businesses keep their customer bases satisfied, and work in the growing field of project management as industries across the economy seek to control costs and maximize efficiencies. With skills that can be applied to almost any industry, industrial engineers can work in almost any field and at any type of organization/company.

You will feel right at home as a geography major. Take advantage of the special emphases in Latin American and East Asian geography. Get heavily involved in hands-on research projects and the student-run Geography and Anthropology Society.

With a field that’s as broad as life itself, the biological sciences major gives you ample exposure to help you figure out where you belong within this area of study. Upon graduation you will be well prepared for placement in graduate school; medical, dental, optometry, pharmacy, or veterinary school; and in careers that range from public health to environmental science.

Secondary Education
This concentration allows you to pursue an undergraduate degree in biological sciences and earn a secondary teaching certificate at the same time though the LSU GeauxTeach Math & Science program.

In this program, you can expect to gain a wide-ranging view of world issues while focusing on a particular geographic region or areas such as global diplomacy. In international studies, you will also have opportunities to participate in study abroad programs and develop in-depth knowledge of the languages and cultures of your chosen area.

• Environment and Development: The concentration in environment and development focuses on the interplay between economic development and natural resources. The goal of this concentration is to help students understand the difficulties and opportunities in the area of sustainable development. Economic activity has environmental effects at all scales from local pollution and resource depletion such as deforestation, to regional impacts from overfishing or excessive use of water resources, and on to global concerns such as climate change.

This program will provide you with the knowledge and skills to participate in the environmental community in areas such as federal and local environmental regulations, land use planning, soil and water conservation, coastal restoration, and agricultural management.

Resource Conservation: Learn about the chemical, physical, and biological properties of soils, soil and water conservation and associated federal programs, coastal restoration, soil/plant relationships, fundamentals of forestry, wildlife and agricultural management, land use planning soil and water assessment and remediation principles, and ecological risk assessment.

If you’re a natural-born “mathlete,” a degree in mathematics can lead to a career in many exciting areas, including actuarial science, mathematics, statistics, and secondary education. You can also pursue a graduate degree or professional degree in fields such as law and business.

Study ways to improve crops and discover new crossbreeds of plants, and learn the latest approaches to the cultivation, marketing, and processing of ornamental plants, fruits, and vegetables. Topics include soil science and conservation, ornamentals and grasses, urban landscape management, sustainable horticulture, and much more.

Soil Science: Learn how soils are used as a natural resource to support agronomic production and environmental quality.

Biological Engineering is a diverse field that provides opportunities for students to pursue a wide variety of occupations in industries, including pharmaceuticals, healthcare, prosthetics, food processing, environmental consulting, and precision farming. In our degree students are constantly tasked with adapting to new and dynamic situations. Focus areas include biomedical, bioenvironmental, bioprocessing, or biomechanical. Many graduates go on to medical school or graduate school, but others will work in consulting, government agencies, biomedical firms, or even technical sales.