Master of Engineering, Specialization in Chemical Engineering

at INTO Group - Colorado State University USA

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.

Physics is the study of motion, matter, and energy. It is the most fundamental of sciences, and provides the essential underpinning of chemistry, biology, astronomy, and geology. Physicists probe the structure of atomic nuclei, study exotic states of matter that occur at ultra-low temperatures, and develop theories that predict the origin and destiny of the universe. Physics has practical applications to a wide variety of tasks such as fabricating very large scale integrated circuits, producing high efficiency solar cells, and developing nanomachines, high-power lasers, and scanners for imaging activity within the human brain. Fundamental research in physics has led to many important inventions, including the transistor, the computer, the internet, the flat panel display, and the cell phone.

The Physics major begins with an emphasis on fundamentals in the basic sciences and mathematics to provide students with a broad foundation. Subsequent course work is designed to develop analytical and experimental abilities that allow students to solve problems involving the technical applications of physics. The curriculum includes courses on classical mechanics, modern physics, quantum mechanics, electricity and magnetism, and thermal physics. A strong liberal arts program rounds out the major and provides educational breadth. Participation in undergraduate research is strongly encouraged since it enhances practical training and expands employment opportunities, as well as being expected of anyone applying to research-based graduate programs.

The Equine Science major provides students with an industry-oriented, science-based education that prepares them for careers in a growing equine industry or one of the many industries associated with equine production.  The curriculum focuses on in-depth scientific knowledge of equine physiology and function and how to relate those scientific principles to the industry. Equine Science majors develop a broad understanding of the horse as it relates to business, recreational, and production aspects of the industry through selection of specialized courses to enhance their technical, practical, and business skills.

The Walter Scott, Jr. College of Engineering at Colorado State University has a world-class reputation, top-rated faculty, distinguished research programs, and outstanding students. We work with industry and government agencies on many research projects, from environmental issues to radars to biofuels.

Areas of Study

• Electrical Engineering

   

Data science is the discovery of knowledge and insight through the analysis of data. As such, it draws on the study of algorithms and their implementation from computer science, the power of abstraction and of geometric and topological formalism from mathematics, and the modeling and analysis of data from statistics. It has emerged as a separate field in response to the avalanche of data from web enabled sensors and instrumentation, mobile devices, web logs and transactions, and the availability of computing power for data storage and analysis. Modern data is challenging not only due to its large scale, but also because it is increasingly heterogeneous and unstructured. Information gleaned from this data none-the-less is revolutionizing diverse areas of human endeavor from health policy to high energy physics.

We recognize that success in the arts is being redefined in the 21st century, and that the skills needed to be a successful artist extend beyond the studio, stage, and performance hall. An innovative mind, an entrepreneurial spirit, and a passion for the arts are all essential for success. These principles are not just exclusive to artists, but serve all students well, no matter where their career leads them. This program is offered by the LEAP Institute for the Arts, a special academic unit of Colorado State University’s College of Liberal Arts.

The master’s degree in design and merchandising with a specialization in apparel and merchandising provides a focus on scientific discovery and creative scholarship grounded in sustainability, health and wellness, and social responsibility. You will have an opportunity to learn about and conduct research in diverse fields of the discipline including apparel design and production, consumer behavior, historic costume and textiles, merchandising, product development, social-psychological and cultural aspects of dress, and textile science supporting well-being.

Areas of Study

• Apparel and merchandisin
• Apparel and textile design
• Apparel production
• Computer aided design/multimedia
• Computer applications in merchandising
• Consumer behavior
• Design for special groups
• Design process and theory
• Global and cross-cultural perspectives
• Historic costume and textiles
• Merchandising
• Product development
• Small business development
• Social, psychological, and cultural aspects of dress/appearance
• Textile science
• Visual merchandising

Prevention science focuses on strategies that reduce risk factors and promote positive development to improve the health and well-being of individuals, families, and communities. The master’s degree includes coursework in lifespan development, risk and resilience, and family functioning. In addition, you will be trained in program development, implementation, and evaluation, as well as research design and grant writing, to help prepare you for various careers in the human services, or to go on to doctoral studies.

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 Major in Geology provides a rigorous academic and practical basis for diverse professional geosciences and other careers that include private and public sector water, energy, mineral and other natural resources, geologic hazards, resources and environmental management, and education. The major also provides a quantitative science and general education preparation for graduate studies, including hydrology, geophysics, environmental geology, economic geology, resources management, public policy, and many other areas.

The Geology curriculum encompasses a strong geosciences education within the broader framework of a liberal education. Emphasis is placed on integrating field studies in the Colorado Rocky Mountains and elsewhere with extensive on-campus classroom and laboratory work. In addition to obtaining a thorough knowledge of geosciences, students complete courses in mathematics, physical sciences, communications, and the liberal arts to develop effective quantitative, decision making, and communications skills. Four concentrations are offered to allow focus on specialized career interests: Geology, Environmental Geology, Geophysics, and Hydrogeology.