Undergraduate Academic Accelerator Pathway (2-Term) - Bachelor of Science in Biological Sciences

at Shorelight Group - Louisiana State University USA

Agricultural & Extension Education
This broad-based curriculum encompasses all areas of agriculture and offers you unique opportunities for professional and leadership development, hands-on learning across the state, and participation in faculty-led research. Available concentrations will prepare you for teaching in secondary schools or for careers in extension, business, government, or industry.

Teaching in Formal Education
Develop your agricultural knowledge and skills through teaching; supervise agriculture experiences, teach students in both formal and informal settings, and advise FFA and other agriculture organization chapters.

Learn the math and theory behind modern-day computing, develop and hone your programming skills, and then use computers to solve problems in almost any industry. Computer science involves programming computing devices, creating information systems, engineering new products, visualizing and creating imagery, working with data infrastructure and networks, and protecting information through cybersecurity Concentrations include cloud computing and networking, computer science and a second discipline, cybersecurity, data science and analytics, and software engineering. Many graduates go on to become software engineers/developers, but other job titles include cybersecurity specialist, network designer, entrepreneur, web developer, and more.

This curriculum is diverse with opportunities to study forest management of hardwood and pine forests, wetlands, wildlife, conservation biology, fisheries, aquaculture, habitat management, or prepare for a career as a wildlife-oriented veterinarian. Curricula emphasizes field instruction. Unique facilities available through this curriculum include the School of Renewable Natural Resources’ Lee Memorial Forest, an actively managed forest, which has accommodations and teaching facilities so that you can get hands-on experience in the field.

Forest Resource Management: Prepare for the diverse challenges of managing forested landscapes for various sustainable uses. This area of concentration is specifically designed to assist you in becoming a Certified Forester.

The Bachelor of Music prepares you for a career as a professional musician or composer. It also serves as the gateway to graduate-level studies in music.

Dive headfirst into a whole new world of literature and creation in this major. The English major offers subjects ranging from Beowulf to box office hits. English faculty and students are frequent participants in summer study abroad programs in places like Great Britain and Ireland.

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.

Learn about the properties and composition of matter and the interactions and alterations of substances. Chemistry is at the core of most scientific disciplines, including the study of polymers, biotechnology, pollution control, and energy. There are nine available concentrations, which will allow you to narrow your focus to the career track that works best for you or help you prepare for graduate study. 

Secondary Education
Allows you to pursue an undergraduate degree in chemistry and earn a secondary teaching certificate at the same time though the LSU GeauxTeach Math & Science program.

From companion animals to livestock, study all aspects of the animal industries, including production, processing, and nutrition, as well as care of companion animals and preparation for veterinary school. Hands-on learning, faculty-led research opportunities, and real-world experience prepare you for exciting and challenging careers.

Dairy Foods Technology: Learn about animal sciences with a focus on dairy food products, production, and development.

This curriculum is diverse with opportunities to study forest management of hardwood and pine forests, wetlands, wildlife, conservation biology, fisheries, aquaculture, habitat management, or prepare for a career as a wildlife-oriented veterinarian. Curricula emphasizes field instruction. Unique facilities available through this curriculum include the School of Renewable Natural Resources’ Lee Memorial Forest, an actively managed forest, which has accommodations and teaching facilities so that you can get hands-on experience in the field.

Wetland Science: Choose this concentration if you would like to specialize in wetlands, which are valued as wildlife and fish habitat, for maintaining water quality, and for economic benefits.

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.