Bachelor of Science in Watershed Science

at INTO Group - Colorado State University USA

Discover how to develop systems strategies that can be applied to any industry. Colorado State University’s Systems Engineering degrees prepare you with immediately applicable skills that can help solve current challenges your company may be facing.

Areas of Study

• Systems analysis
• System architecture
• System optimization

Mathematics is the science of numbers, shapes, probabilities, and measurements. It is a universal language in which information is stated in the simplest possible form. Mathematics has a dual nature—it is an independent discipline valued for its precision and elegance, and it is an essential source of ideas and techniques for other scientific endeavors.

The undergraduate program is structured to provide a broad liberal arts education in mathematics, a strong set of core courses, and flexibility to choose from a broad range of courses. The liberal arts component requires students to acquire a broad background in communication skills, humanities, social sciences, and natural sciences. The major core focuses on developing students’ understanding and appreciation of the mathematical sciences, problem solving skills, and their ability to combine knowledge and skills in productive ways. Core mathematics subjects include calculus and advanced calculus, linear algebra, methods of proof, abstract algebra, computer programming, and statistics.

The English department at CSU is a vibrant and diverse community. We are home to poets and linguists, literacy researchers and teacher educators, novelists and literary scholars, composition specialists and writers of creative nonfiction. We share a passion for exploring the multiple and dynamic ways that the English language is used to meet the demands of life in the twenty-first century. Students, staff, and faculty are committed to inclusive excellence, intellectual growth, and the creation of a more just and sustainable world.

English majors develop an understanding of diverse cultures, literary traditions, and great works of English, American, and world literature. Students expand their ability to analyze a variety of texts and view them through the lenses of diverse critical perspectives. Majors develop the ability to write for both specialized and general audiences. Students can choose from five concentrations: Creative Writing, English Education, Linguistics, Literature, or Writing, Rhetoric and Literacy.

Literature - Concentration
The Literature concentration offers a curriculum featuring critical study of literature (from ancient to contemporary) in poetry, prose, and drama. Students will become familiar with major figures and forces, but also with non-traditional writers outside the established canon. Courses in literary theory will give students a sense of the wide variety of approaches that can be applied to the interpretation of texts. In all courses, students practice a number of different types of analytical and critical writing.

The department of Electrical and Computer Engineering has been a leader in innovation for more than a century.  The ECE faculty prepare students for the vast, fast-paced field of electrical and computer engineering by emphasizing the fundamentals, while teaching them how to think creatively and work collaboratively.

Areas of Study

• Adaptive radar and sonar
• Biomedical sensing and signals
• Communications
• Computer-aided design
• Computer architecture
• Computer networks and protocols
• Control systems
• Digital communications
• Digital image processing
• Digital signal processing
• Distributed systems
• Electromagnetics
• Embedded systems
• EUV lasers
• Haptic interfaces
• Heterogeneous computing
• Integrated sensing and processing
• Medical imaging
• Microwave engineering
• Mobile and satellite communications
• Molecular imaging
• Molecular optoelectronics
• Neural networks
• Optical databases
• Optical properties of semiconductors
• Optimization for communication, control, and signal processing
• Optoelectronics
• Parallel architectures
• Quantum electronics and semiconductor processing
• Radar metrology
• Reconfigurable computing
• Remote sensing
• Robotics
• Semiconductor growth and processing
• Semiconductor lasers
• Sensor networks
• Statistical signal processing
• Ultrafast dynamics of novel semiconductor materials
• Ultrafast lasers
• Ultrafast molecular control
• VLSI design and testing
• Wireless systems
• X-ray lasers

The Master of Applied Statistics Data Science Specialization emphasizes practical methods in statistics and data science, focusing on applications and computational aspects, rather than theory. Students will receive a strong background in statistical and business computing while completing at least 30 credits for this degree. The degree can be complete full-time in one year or part-time in two to four years. Students who succeed in the field of data science typically have strong quantitative skills, analytical minds, and like to help other people solve problems. The goal of this degree is to enable students to start working as data scientists in business, industry, or government immediately after graduation.

Fermentation Science and Technology is a multidisciplinary major focusing on the science of fermented foods and beverages. The curriculum focuses on the science of the processes and methods involved with using microorganisms in the commercial production of fermented products. Courses in the major also emphasize the safety, culinary, and nutritional aspects of fermented foods and beverages. This major prepares students for employment in the fermented food and beverage industries in such roles as product development, processing, quality assurance and control, sensory evaluation, packaging, distribution, and plant management. Students enrolled in this major have the opportunity to participate in industry activities and professional organizations to increase their practical understanding of fermented food and beverage production, processing methods, and specific techniques.

The Major in Interdisciplinary Liberal Arts is a B.A. degree program combining humanities, arts, languages, performance, media, communication, literature, and social sciences so as to foster interdisciplinary knowledge, core career competencies, personal development, professional expertise, interpersonal confidence, and a richer understanding of the complex world in which we live. Students create their own program of study, choosing courses within the College of Liberal Arts based upon their academic interests, personal curiosity, and future career goals.

To further increase depth and focus, and to enhance expertise and career opportunities, Interdisciplinary Liberal Arts students are required to complete a second field of study, which can be any minor, or a second major, or 21 credits in a Foreign Language.

The Bachelor of Arts (B.A.) in Music allows students to study music within a larger context of a liberal arts education. In comparison to the curriculum leading to the Bachelor of Music (B.M.), less emphasis is placed on studies specifically in music, with greater flexibility for studies in a field outside of music. In lieu of a larger number of credits in music as required for the B.M, the B.A. student completes a 21-credit option in an area outside of music. In addition, completion of a major paper or capstone recital (half recital) is required during the senior year.

Performance - Concentration
The Bachelor of Music, Performance Concentration is a professional degree that prepares students for potential professional careers in the music and creative industries as performers, entrepreneurs, and private music teachers. It also prepares students for continued study at the graduate level. The curriculum provides a strong foundation in music history, music theory, and performance, with many opportunities for performance, including large and small ensemble participation as well as solo recitals.

Chemists study the atomic and molecular structure of physical matter and analyze how it changes. More specifically, they investigate how basic atomic and molecular components are combined and can be manipulated to produce useful or improved products. They also develop methods to measure atomic and molecular properties and their interactions, enabling insight into a range of processes from mining to clinical diagnostics. Chemistry majors develop a solid foundation in general chemistry and mathematics followed by course work in organic chemistry, analytical chemistry, physical chemistry, inorganic chemistry, biochemistry, and physics. The curriculum is rounded out by courses in the liberal and communications arts.

Chemistry majors are encouraged to participate in undergraduate research. Ample opportunities exist for undergraduate students to become involved in ground-breaking research in the laboratories of individual faculty members. Students have access to state-of-the-art equipment in faculty laboratories and the Central Instrument Facility including NMR, FTIR, UV/Vis, fluorescence, and mass spectrometers, vacuum lines, x-ray diffractometers and many more. Undergraduate research is strongly encouraged for any student considering a career in chemistry and many students complete supervised research for academic credit.

The Department of Statistics at CSU consistently ranks in the top 50 statistics departments in the US. Colorado State University is accredited by the Higher Learning Commission and a member of the North Central Association of Colleges and Schools.