Bachelor of Science in Natural Resources Management

at Shorelight Group - Auburn University USA

The Master of Science in Data Science and Engineering program, offered on campus and online, prepares students to pursue careers in data science and engineering, where valuable insights are derived from massive amounts of raw data. Our high?quality curriculum offers an excellent balance between theory and application, equipping students with foundational skills and state?of?the?art technologies related to the next generation of big data applications.

On-campus students will be able to complete this graduate program in one to two years, while online students typically have up to six years to complete their coursework. This program blends graduate?level courses in core topics like data mining, machine learning, and statistical learning. The program also offers a wide variety of electives in addition to a required capstone experience, in which students apply their knowledge and skills to a real?world application scenario.

There are two formal options in the program: the data engineering option, administered by the Department of Computer Science and Software Engineering, and the data science option, managed by the Department of Mathematics and Statistics. Both options are now available to online students.

As a student in agricultural business and economics, you’ll fully tap into the diversity and complexity of today’s agriculture through extensive training in business, agricultural science and biology. You’ll learn how each of these fields influences our industry.

What you’ll Study
The agricultural business and economics major includes a variety of courses to prepare you to enter the many different careers available in the business and agricultural industries.

In your first two years, you’ll take business courses such as Microeconomics, Financial Accounting, Macroeconomics, Managerial Accounting and Statistics, as well as other core courses that will provide the knowledge base necessary for your advanced agricultural economics classes. As you progress through your four years, you’ll take Agricultural Finance, Agribusiness Marketing, Agricultural Law, Resource Economics, Agricultural Business Management, Agricultural Policies and Trade, Farm Management and Agricultural Prices.

A number of professional and agricultural electives are available to help you tailor your education in specific ways. Some students choose emphases in management, marketing or finance. Others choose to train in management and decision-making at the farm level, along with the technical aspects of production agriculture.

Many in our program choose to concentrate their studies around resource scarcity and environmental and rural development issues that have become critical. Public institutions that steward and safeguard our natural and human resources are primary employers in these areas.

Our Department of Horticulture has been recognized nationally for its research programs, its student-centered faculty members and its high rate of employment for graduates. As a horticulture major, you’ll learn how to establish, propagate, harvest and manage fruits, vegetables and ornamental plants. You’ll also learn the principles of landscape design to create and manage aesthetically pleasing environments.

Emphasis in Landscape Horticulture
The landscape horticulture major option track will provide you with the opportunity to combine the science of horticulture and your creative abilities in creating aesthetically beautiful, inviting and functional environments. You will learn valuable skills that will provide you with the competitive edge employers are looking for.

Landscape horticulturists use the principles of design and the appropriate plant material to create both residential and commercial landscapes.

The biosystems engineering degree prepares graduates who are highly competent in developing engineering-based sustainable solutions to the global challenges and life’s essentials: safe and plentiful food to eat, pure water to drink, clean fuel and energy sources, and a safe, healthy environment in which to live. Students can also choose to specialize in one of the following three options: ecological engineering, bioprocess engineering and forest engineering.

The Master of Science in CSSE provides both online and on-campus students an opportunity for advanced learning and creative research. Students will further their education through a balanced program in both instruction and research with the goal of achieving excellence in the field of computer science and software engineering. On-campus students may choose the thesis or non-thesis option. Online students can choose a non-thesis (courses only) or, with special permission from the department, the thesis option. They will be able to specialize in areas such as artificial intelligence, computer networks, cybersecurity, databases and data science, human/computer interaction and machine learning.

Industrial and systems engineers design and improve processes to make work safer, faster, easier and more rewarding in manufacturing, service industries, entertainment companies, shipping and logistics businesses and healthcare organizations. Whether shortening a rollercoaster line, streamlining an operating room, distributing products worldwide or manufacturing superior automobiles, industrial and systems engineers face the challenge and common goal of saving money and increasing efficiency.

By using the right combinations of human and natural resources, fabricated structures, information technologies and manufactured equipment, industrial and systems engineers look at the big picture of what makes organizations work best.

Major in management and develop skills in areas such as behavioral dynamics, leadership, project management, business logistics and processes, international relations, and the management of information systems.

Emerging global issues, rapidly advancing technologies, and multi-cultural consumer behaviors impact success in the fast-paced, dynamic fashion industry. Career success requires understanding the fashion industry from beginning to end. The department of Consumer and Design Sciences Apparel faculty prepare graduates for a variety of fashion-related careers in the global supply chain. Creativity, innovation, critical thinking, technical competency, and communication effectiveness are valued skill sets. With the integrated core of apparel-related courses, coupled with the focus on the merchandising or design and production management, students will be prepared to work effectively as a team member in a variety of fashion-related settings.

The Apparel Design and Production Management (APDP) Option is structured around a core of courses providing knowledge about raw materials and manufactured products, design and product development, production technology, and marketing concepts. Designers and product developers must be creative, but must also understand that fashion begins and ends with the consumer.

This option is unique because of its strong emphasis on developing an understanding of consumer preferences and identifying market niches, in addition to focusing on product development, design and production management principles. Students learn to manage apparel products from the design concept through retail sales, creating tech packages as part of a team-based Apparel Line Development capstone course. Apparel Design and Production Management students intern with a domestic or international firm; with couture designers or in industry settings. Unique internships in theatrical costuming, or in museums with historical costume or textile collections are also possible.

The Department offers the Organismal Biology major leading to the Bachelor of Science degree.  The curricula for this major is designed to provide students with a solid foundation in biology as well as providing the opportunity for specialization. This program also provides a strong preparation for further study in graduate programs or in professional schools, including medicine, dentistry, veterinary medicine and other allied health fields.

Applied mathematics is a branch of mathematics that deals with mathematical methods that find use in science, engineering, business, computer science, and industry. Thus, applied mathematics is a combination of mathematical science and specialized knowledge. The term "applied mathematics" also describes the professional specialty in which mathematicians work on practical problems by formulating and studying mathematical models. In the past, practical applications have motivated the development of mathematical theories, which then became the subject of study in pure mathematics where abstract concepts are studied for their own sake. The activity of applied mathematics is thus intimately connected with research in pure mathematics.