Bachelor of Fine Arts in Art with Concentration in Electronic Art

at INTO Group - Colorado State University USA

Materials Science and Engineering (MSE) research is aimed at educating and training the next generation of out-of-the box thinkers to solve the biggest global challenges.

By fostering a multidisciplinary approach, MSE degree programs strive to endow students with the tools to strategically question current design paradigms and drive innovative materials and manufacturing solutions across a diverse range of technological sectors. Motivated by modern materials challenges in energy, computing, transportation, impact protection, robotics, and global health care, MSE programs’ comprehensive, experiential training is designed to arm graduates with a modernized skill set tailored to confront those challenges head-on.

MSE degree programs are designed to engage students with:

• Active hands-on training in the latest materials characterization and computational methods, materials-focused intellectual property protection and technology transfer, and professional soft skill development.
• Enhanced educational opportunities promoted through industry partnerships, facilitating internships and class time spent in active commercial manufacturing labs.
• A diverse core of faculty mentors driving advances in controlling structure at the nanoscale, predictive property modeling, high performance metal, polymer and ceramic composites, photovoltaics, and additive manufacturing.

Environmental horticulturists provide solutions necessary to achieve aesthetically pleasing, functional, and environmentally sound outdoor spaces. They also design and manage private and public landscapes, such as golf courses, botanical gardens, and parks. In addition, they may develop the entrepreneurial skills necessary to successfully operate a nursery, garden center, tree care, landscape design, and build or landscape management firm. Three concentrations are offered in the Environmental Horticulture major— Landscape Design and Contracting, Nursery and Landscape Management, and Turf Management.

Our M.S. program offers a range of opportunities in health-focused coursework that allows you to experience science-based, rigorous research first hand. Our graduate students are encouraged to seek out a lab that reflects their interests, where they can participate in hands on research in many disciplines of study, including health span, prevention and treatment of metabolic disorders, researching neuromuscular disease and disability, investigating cancer recurrence and engaging with the physical and mental health of active duty military and first responders. Students also have the opportunity to engage in outreach programs, work directly with undergraduates in both lab and classroom settings, and are a vital part of the HES academic ecosystem.

Areas of Study

• Aging and Chronic Disease
• Behavior and Lifestyle Modification
• Functional Performance
• Neurological Function and Dysfunction

The Geography major is housed in the Department of Anthropology and Geography. Through coursework and internship opportunities, majors are provided with a broad background in geographic thinking. The major emphasizes interactions between humans and the environment in an era of rapid global change. Critical study of diverse relationships between space, place, humans, built and natural environments allows students to interpret geographic features, patterns and processes.

The Geography curriculum also concentrates specifically on mountain ecosystems and human-environment interactions. Coursework takes advantage of faculty expertise in these areas of study, some of which are specific to the state of Colorado. Geography faculty use a wide range of research methods, including geographic information systems (GIS), remote sensing, spatial modeling, spatial statistics, participatory methods and ethnography to address applied research questions in Colorado, the Rocky Mountains, Patagonia, Southeast Asia, Latin America, Melanesia, and Africa. Undergraduate majors can expect to gain knowledge of and/or participate in faculty research related to:

• Climate change implications for society and ecosystems
• Land-use and land-cover change
• Critical human geography
• Critical Health geographies
• Biogeography
• Livelihood systems
• Conservation
• Cultural geography
• Urban geography
• Economic geography
• Political/electoral geography
• Geography of virtual worlds

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 Cell and Molecular Biology Program offers research opportunities from a wide variety of fields to include the molecular and cellular aspects of cancer biology, infectious disease, metabolism (includes biofuels), neuroscience, plant biology, molecular physiology, gene expression, reproductive biology, developmental biology and structural biology.

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.

Whether you dream of being a doctor or developing technological advancements for the medical field, you’ll find your path here. The Biomedical Sciences major centers around physiology, cellular and molecular biology, and human and animal anatomy. Throughout your studies, you’ll be encouraged to select elective courses and laboratory research in specialty areas of endocrinology, pharmacology, neurophysiology, reproductive physiology, and cardiopulmonary physiology in order to tailor your educational experiences to meet your career dreams.

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.

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