Master of Engineering, Specialization in Mechanical Engineering

at INTO Group - Colorado State University USA

The mathematics research faculty at Colorado State is a driving force behind the graduate program’s success. Our students have been very successful finding jobs in academia, industry, government as well as K-12 teaching.

Areas of Study

• Algebra
• Applied Analysis
• Combinations
• Differential Equations
• Geometry
• Inverse Problems
• Math Education
• Number Theory
• Optimization
• Scientific Computation
• Topology

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 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.

The department aims to give our graduates the engineering skills to obtain leading positions in advanced technology fields.

Areas of Study

• Energy
• Health
• Materials

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

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.

Water impacts every aspect of life from environmental stability to global political issues. The Watershed Science major is designed to give you a broad, scientific foundation in the study of water, how it moves across the land, and how different human activities affect water. You’ll come out with an array of job possibilities in the public and private sector, as well as skills to help preserve and protect earth’s most-important resource. The program capitalizes on its proximity to the Rocky Mountains, High Plains, and basins of Colorado to give students unique educational opportunities in outdoor laboratories.

Sustainable management of freshwater resources is an increasingly important and complex challenge in Colorado and worldwide, and we need scientists who can address complex water issues. The Watershed Science program focuses on how water moves through the landscape, what factors affect its quality, and how to manage water resources. Students begin their program by building a strong foundation in the physical and natural sciences in preparation for upper-division coursework in land-use hydrology, snow hydrology, water quality, and watershed problem analysis. Students gain hands-on experience with water measurements outside and in the lab, and build technical and writing skills to prepare them for careers in hydrology and water resources.

Anthropology students learn to describe, analyze, and interpret the human condition. The program is integrative, drawing from geography, biology, the humanities, and other social and natural sciences. Geography figures prominently in our program and provides an important lens through which human groups are examined over time. Students can engage in four programmatic areas defined by faculty research: humans and the environment, international development and globalization, health and well-being, and professional methods and techniques. The department values and promotes experiential training, primary research, and public engagement and education.

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 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.