Bachelor of Science in Multidisciplinary Engineering with Emphasis in Energy Engineering

at Northern Arizona University - Flagstaff Campus USA

The Geology program in SESES develops an interdisciplinary base of knowledge that students use to understand the physical and biological history of the Earth and the evidence for that history. A distinguishing characteristic of geology is that it includes deep time in its understanding of terrestrial and solar system processes.

The Geology program is based on a strong foundation of physics, chemistry, and mathematics that provides an underpinning for the students as they move through the program and start to develop an appreciation for the complexities of interconnected Earth systems and their physical and chemical processes. Students work in field and lab environments, using the scientific method to develop an understanding of Earth materials and to synthesize information from diverse sources and methods to interpret the geological history of the Earth and the processes that occur on and below its surface. This includes the analysis of topographic maps 40 and remote sensing images using GIS tools to study the three-dimensional geometry of rock units, as well as geochemical and geophysical data obtained in the field and laboratory.

The three emphases within the program allow the students to develop a deeper understanding of specific fields within the subject and to prepare themselves for a range of professional opportunities. These enable them to explore the use of a range of geophysical and geochemical data and understand how to apply it to solve environmental and geotechnical problems. The program also provides experience in studying the interactions of humans with Earth systems using mathematical, physical, and chemical methods.

Geophysics Emphasis

• Understand how mathematical and physical concepts and principles may be applied to solving problems of the solid Earth.
• Obtain and analyze geophysical data including seismology, gravity, magnetics, and resistivity to answer questions about the Earth’s subsurface and surface processes such as earthquakes

Our goal in offering the B.A.S. degree is to provide you with a general knowledge of management, organizational, and policy issues and to advance your communication, computer, and quantitative skills. This degree also offers you the opportunity to complete a specialization that will broaden your career horizons, promote life-long learning, and enrich your life. Northern Arizona University offers this degree at selected campuses throughout Arizona.

Philosophy is an on-going inquiry, often in the form of dialog and debate, always willing to deal with the most fundamental questions and to analyze concepts that are elsewhere taken for granted.  The goal is to clarify basic aspects of our existence or our lives as lived in social, political, and physical worlds.  The primary goals of a philosophical education are to instill a disposition to participate in this dialog and to sharpen the skills that make the participation productive.  Philosophical thinking, writing, and discussion must be disciplined, well-informed, and open-minded.  Thus, the mission of the Philosophy BA Program is to provide both a broad basis of information in which to situate the issues and the logical tools that structure the inquiry.

This degree builds on a strong set of core requirements, then sends students through a well orchestrated curriculum that includes private lessons, a performance exam, and major ensemble experience.

The purpose of the Bachelor of Arts degree program is to provide students with a background in music and musicianship that prepares them for a wide range of further educational and vocational activities that include music as a component.  Students are also prepared for further study at the graduate and/or professional level.

The opportunity for graduate students to develop independent research and projects, to conduct original research toward the development of a final anthropological master's thesis or project provides graduate students a strong foundation in the discipline. Research and applied projects are encouraged in the fields of archaeology and sociocultural anthropology with research.

The Sociocultural concentration trains students in ethnographic methods and collaborative research approaches, providing opportunities to work with communities at the local, regional, national, and international levels. Opportunities exist in the areas of medical, development, environmental, and educational anthropology.

The Archaeology concentration trains students in theory, methods, advanced archaeological computing applications, Geographic Information Systems (GIS), lithic, ceramic, rock art, and a number of other materials specialties, as well as cultural resource management.

Society’s demand for essentials such as clean air, food and water, sustainable land use and consumer products pose large-scale, practical problems.  Environmental engineers use engineering, biological and chemical principles to design and operate pollution control and impact mitigation systems.  Environmental engineering is a newer engineering discipline, growing out of civil and chemical engineering.  This exciting engineering field requires a solid understanding of core concepts including mathematics, physics, chemistry, biology, statics, thermodynamics, surveying, and fluid hydraulics.  These courses serve as a basis for advanced content in:

• Air quality, emissions and pollution control (sampling, modeling and the design of devices to remove particulate and gaseous pollutants)
• Water and wastewater quality and treatment (sampling, modeling and the design of biological/chemical/physical treatment methods for large and small communities)
• Hazardous and solid waste engineering (site assessment, risk assessment, remediation methods, landfill design)
• Environmental health (toxicology, industrial hygiene, ecological impacts)

In addition to this content, our environmental engineering curriculum will provide you with a solid foundation in design, project management and preparation for professional licensure.

The Bachelor of Science in Geographic Science and Community Planning integrates geographic knowledge and GIS mapping technologies with the problem-solving fields of community planning and urban design. This educational framework prepares students for careers in creating more livable and sustainable communities, while contributing to a better world.
 
Coursework for this degree provides a strong foundation in geography and an option to select one of three available emphases. Geospatial Technologies engages students in the analysis of spatial data through geographic information systems and remote sensing. The Community Planning and Development emphasis introduces students to the professional field of land use planning including the development review process, comprehensive plans and ordinances, environmental impact studies and law and ethics. Human-Environmental Systems explores the interrelationships between natural and social systems to solve pressing societal-environmental issues.

Human-Environmental Systems
With the successful completion of this emphasis, students will be able to:

• Critically analyze human-environmental relationships, identify causes of social and environmental problems and evaluate solutions.
• Understand and explain the economic and social processes of development and globalization.
• Communicate effectively to diverse audiences through written, oral and graphic means

The Bachelor of Science in Health Sciences: Nutrition and Foods prepares students to understand and apply physical, biological, and chemical makeup of food (nutrients), how the body uses nutrients to impact health and disease, and, the process of food selection and preparation for maintenance or improvement of overall health, wellness, and performance.

The degree program is designed for students with diverse health career interests with a functional health emphasis: the integration of fitness and performance, wellness, clinical and public health programming is foundational to broad professional application. Students will learn, evidence-based methods and develop experience-based knowledge that supports an overall holistic approach to health.

Through practical application, students will be prepared to: evaluate and apply nutrition research to design interventions, counsel individuals and the public, facilitate and support behavior change; advocate for sustainable food practice; and serve as community nutrition resources.

The BS in mathematics trains students to think critically and logically and to use mathematical tools to formulate and solve problems in both the mathematics world and the real world. Students study Calculus and Linear Algebra, which are fundamental to engineering and the applied sciences. Students also study advance mathematics topics in order to be able to carry out mathematical research. Students will learn to write and present mathematics with precision and clarity. The BS in mathematics will prepare students for different careers such as Actuarial Science, careers in Statistics, careers in Applied Mathematics, and graduate study in mathematics and statistics. Students are advised to consult with the Department of Mathematics and Statistics for suggestions on choosing mathematics, statistics, and general electives to meet specific career goals.

This program offers students the opportunity to explore such topics as: data mining (through the Center for Data Insight), parallel algorithms, distributed systems, artificial intelligence, fuzzy logic, neural networks, evolutionary programming, and modeling reactive systems as well as foundation work in programming languages, software engineering, virtual collaborative environments, and user interfaces.