Master of Science in Mechanical Engineering

at INTO Group - Colorado State University USA

The B.F.A. in Art is considered the professional degree for studio art and art education majors, allowing you to explore various mediums and gain a foundational knowledge base in art history. You’ll get opportunities to learn from masters of their crafts as well as look back upon art throughout the ages, different forms of expression, and their impact on society.

Fibers - Concentration
The Fibers concentration fosters creativity and artistic expression in a wide variety of textile media. Students develop skills in visual communication as they investigate the language of textiles and the role of fibers in contemporary art and design. Undergraduate courses provide foundations in weaving and surface-design methods—including fabric printing, painting, dyeing, and embellishment. Classes also promote creative investigation of off-loom constructions, feltmaking, mixed media, and installation.

Studio work is enriched with research in the collections of the Gregory Allicar Museum of Art and the Avenir Museum of Design and Merchandising. Students receive guidance in professional practices as they direct their talents toward careers in art, design, and education. CSU alumni exhibit their work regionally, nationally, and internationally; teach at public and private schools, colleges, and universities; and lead workshop programs throughout the U.S. Our alumni also jury and curate exhibitions, work as designers, and write for national publications.

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.

Graduate study in Sociology at CSU is designed to provide the qualified student with professional competence in sociological theory and research methods, and social change. The graduate program in Sociology at Colorado State University focuses on social change and our faculty members carry out applied and policy research nationally and internationally on the causes and consequences of social change on individuals, communities, and nations. Areas of current shared interest among faculty include environment and natural resources, agriculture and food, and social justice and governance.

Areas of Study

• Crime, Law, and Deviance
• Environment and Natural Resources
• Food, Agriculture, and Development
• Social Inequality, Social Justice, and Governance

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 growth and demand for highly trained, competent professionals in the dynamic field of finance is greater now than ever before. Our STEM-designated, Master of Finance program teaches how to apply quantitative methods to the complex discipline of finance with an emphasis on building job-ready skills.

This program is rigorous and practical featuring a comprehensive study of real-world corporate and investment risk measurement and management. You’ll become proficient in the theoretical principles, processes and practices of modern finance, and learn to apply them in real-world scenarios.

You’ll gain the ability to gather, assess and communicate financial data to guide business and investment decisions, and graduate prepared to sit for industry exams.

You know there’s something miraculous about plants, growing, and being a part of it all. The Horticulture major nourishes that insight, and helps you transform your passion into a thriving career. You’ll use scientific principles in the growing, marketing and utilizing of fruits, vegetables, flowers, trees, and grasses. You’ll gain a strong grounding in botany and chemistry, and come out with skills to surround your life with all things green.

Horticulture is the application of scientific principles in the growing, marketing, processing, and utilizing of fruits, vegetables, flower and foliage plants, trees, shrubs, and turf grasses. The major requires a strong grounding in botany, chemistry, and horticulture. There are four concentrations in the Horticulture major: Floriculture, Horticultural Business Management, Horticultural Food Crops, and Horticultural Science.

Philosophy is the oldest form of systematic, scholarly inquiry. It is the study of the most basic moral, legal, aesthetic, religious, and metaphysical ideas by which we pursue understanding and develop principles of conduct. Philosophers seek to establish standards of evidence, provide rational methods of conflict resolution, establish criteria for just social orders, and create techniques for evaluating ideas and arguments.

The study of philosophy broadens and intensifies liberal education while enhancing interpretive abilities in many fields. The curriculum encourages a broad liberal arts background, including courses in foreign languages, and a plan for graduate school and teaching careers in philosophy. The broad relevance of philosophy to other fields permits most students to work toward goals such as professional training in law, medicine, business, or theology. There are three concentrations available to Philosophy majors: General Philosophy; Global Philosophies and Religions; and Philosophy, Science and Technology. It is not unusual for Philosophy majors to second-major in other disciplines, and these concentrations combine easily with other majors at CSU.

The Business major encourages critical thinking while exploring modern management theories, relevant business practices, and current industry trends. You’ll discover your interests along the way and begin to focus your studies based on your interests and talents. Then you can choose from 10 concentrations to merge your academic focus with your career goals.

Finance - Concentration
Every business has a distinct set of resources to consider — such as raw materials, human resources, products, or marketing — but everyone has one unifying resource they need to manage before they can pursue any of their goals: money.

By studying finance at the CSU College of Business, you’ll learn how to measure and analyze the ways that organizations grow and help them navigate through risks and toward success. If you’re interested in understanding how all the functions of a business are tied together and are a passionate problem-solver, a concentration in finance allows you to put your interests to work.

The Natural Sciences major is geared to students who want to become high school or junior high and middle school science teachers as well as to students who want a broad exposure to mathematics and the physical sciences. Internships and volunteer activities provide practical training and experience. This major allows students to meet the requirements for Colorado teacher licensure upon graduation – including a semester of teaching – which prepares students to meet the demand for secondary science educators in Colorado and across the country.

The Bachelor of Science in Natural Sciences meets the needs of two audiences:

• Students who wish to become high school or junior high/middle school science teachers.
• Students who seek a broad exposure to mathematics and the physical sciences, rather than specialization in one discipline.

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