Bachelor of Arts in Comparative Cultural Studies with Emphasis in Art History

at Northern Arizona University - Flagstaff Campus USA

The MEng in mechanical engineering trains students to become engineers who are capable of finding solutions to complex mechanical and interdisciplinary engineering problems. This program is designed for students with a Bachelor’s degree in Mechanical Engineering or in a related field. Students in this program will have the opportunity to take courses and perform a practice-oriented design project in topics ranging from renewable energy to smart materials and structures to biomechanics to robotics.  Students will be trained in advanced applied mathematics, computational tools in engineering, evaluating of the literature in mechanical engineering, designing complex mechanical engineering systems or components, and communicating mechanical engineering theories, methodologies, and solutions.  Graduates of this program will be well prepared to work in a broad range of industries, including but not limited to aerospace, automotive, manufacturing, biomedical, etc., or pursue higher education.

Are you interested in non-academic, technical employment in the aerospace, defense and high technology industries, government laboratories, and private research institutes? Are you looking for a basic graduate-level scientific foundation, so that you can further your studies even more? Our program is designed to train you in laboratory skills and with computational and computer modeling expertise, develop your competence in the use and design of modern instrumentation, and provide you with a basic foundation in physics. You will have a broad selection of cross-disciplinary course options, such as geology, chemistry, engineering, and mathematics. As a capstone to this coursework, you'll participate in an internship or write a master's thesis through partnerships with government laboratories, private research institutes, and industrial corporations.

The Bachelor of Fine Arts in Studio Arts degree encompasses knowledge, skills, and dispositions that are in demand from an array of creative fields—including but not limited to medical, entertainment, and design—in addition to the skills needed to be studio artists. Studio artists work in a variety of different occupations that require a combination of hand skills, an understanding of a variety of material applications, and creative problem solving. Upon graduation, students are expected to exhibit the strong critical thinking, aesthetic design, and conceptual thinking skills needed to participate effectively in a competitive creative arts market.
 
Beyond the skills of artistic creation, students develop business practices for artists including graduate school application, grant application, gallery representation, self-promotion through web and print media, and maintaining a sustainable and safe studio practice. Studio Arts students learn how to apply their skills beyond traditional studio art applications to other industrial and non-industrial fields outside the world of art.

School of Art faculty teach students to apply critical thinking and analysis, innovation and creative solutions, as well as technical artistic processes towards the production of art while building an open mind to criticism respect for public opinion. All Studio Arts majors are required to complete a Foundation year which includes drawing and basic 2D, 3D, and 4D design coursework. Eventually, students work primarily in one of five emphases: Ceramics, New Media, Painting, Printmaking, or Sculpture.  Classes are studio-based and include classroom critiques and discussions about work produced in class, review of professional artwork and artists, and professional practices of an artistic practice. Each Studio Arts student works towards a senior thesis which reflects the student’s experiences and research the student has completed throughout the program.

Emphases Learning Outcomes  
Printmaking
Building upon the observational and design skills learned in the Foundation program, students in the printmaking program explore a variety of different image making technique including but not limited to lithography, intaglio, silk-screen, wood cut, and bookmaking. What distinguishes the Print Making program from the other emphases is the focus on multiple copies of images.

Suzuki Pedagogy (Violin) Emphasis
Students develop skills in the Suzuki Pedagogy method that will prepare them for careers as Suzuki violin teachers or for further study of the Suzuki method.

• Articulate and utilize Suzuki philosophy and concepts while teaching individual students and groups of students.
• Demonstrate teaching skills and mastery of repertoire appropriate to beginning, intermediate, and advanced students.
• Perform the Suzuki repertoire at a professional level.
• Demonstrate knowledge of child development, parent education, and parent engagement in the learning process.
• Identify appropriate repertoire for public performance and skill development for use with students with varying skills levels.

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.

Geospatial Technologies Emphasis
With the successful completion of this emphasis, students will be able to:

• Conduct geospatial analysis through applied project research using primary and secondary sources.  
• Apply geospatial data and technology including GIS to collect, analyze, and present spatial information for diverse audiences.
• Demonstrate competence with, and understanding of, the fundamental principles and processes associated within the primary sub-disciplines of physical geography and human-land interactions

Software engineering consists of the principled application of repeatable processes and methods for the design, development, maintenance, and evolution of software systems. The field is distinguished from programming and computer science by its emphasis on practical techniques supporting the team-based development of large-scale and long-lived software systems that are required to operate reliably and within specified functional and non-functional constraints.

Students in the BSSE will be provided with skills in software engineering processes, including requirements analysis, software design and architecture, software testing, multiple programming languages and libraries, cloud computing technologies, project management, and foundational areas such as data structures and algorithmic complexity. Elective selections will permit students to specialize in other application areas, including human-computer interaction, socio-technical computing, computer networks, high-performance computing, and cybersecurity. A capstone project will allow students to exercise the full breadth of their skillset by working with clients on real-world projects.

A distinctive characteristic of this program, and one that exemplifies its emphasis on workforce development, is the inclusion of required and industry-recognized professional certifications. All graduates of this program will be required to complete the Professional Software Developer (PSD) Certification offered by the IEEE Computer Society. In addition to the IEEE certification, students will have the opportunity to earn the Amazon Web Services (AWS) Certified Solutions Architect Professional (CSAP) certification.

Our ability to efficiently support the BSSE program is strengthened by our roster of related programs, including our computer science and applied computer science programs, which share many core programming courses with software engineering, and our cybersecurity programs.  This program also expands on the existing options for our students to pursue computer science related degrees, with a focus on industry career opportunities.

The Master of Science in Environmental Sciences and Policy (MS ES&P) is an interdisciplinary degree program that combines natural and social science core courses with a breadth of specialized classes from across the University. Lasting solutions to most environmental problems are likely to be found at the nexus of the natural and social sciences. The MS ES&P program provides applied, cross-disciplinary training to prepare students to solve environmental problems using the scientific method combined with an in-depth knowledge of relevant socio-political systems. Students gain this knowledge through their individual thesis research and coursework in quantitative research methods, natural sciences and social sciences.

Paleoenvironment Emphasis Learning Outcomes

• Develop an interdisciplinary understanding of paleoenvironmental systems through coursework and thesis research.
• Examine Quaternary geology including glaciation, hydrology, stratigraphy, geomorphology, and paleoclimatology.
• Elucidate major theories and methods in reconstructing terrestrial and aquatic biotic communities of the past.
• Examine and understand how and why the climate system responds to natural changes and human impacts.
• Use archeological analysis to examine the impacts of humans on past climate and environments.

Mechanical engineering is a diverse and broad discipline of engineering that applies the principles of mathematics, physics, and science for the analysis, design, manufacturing, and maintenance of mechanical systems. It is the branch of engineering that involves the production and usage of heat and mechanical power for the design, production, and operation of machines and tools.  It is one of the oldest and broadest engineering disciplines.  This exciting engineering field requires a solid understanding of core concepts including solid mechanics, fluid mechanics, kinematics, thermodynamics, heat transfer, materials science, and structural analysis to name a few. Mechanical engineers use these core principles along with tools like computer-aided engineering and product lifecycle management to design and analyze manufacturing plants, industrial equipment and machinery, heating and cooling systems, automobiles, space vehicles, aircraft, watercraft, robotic devices, wind turbines, medical devices, and much more.

Composition Emphasis

• Students develop composition skills preparing them for careers as composers or for further study at the doctoral level.
• Refine music research and writing skills, including the ability to locate, assess, and synthesize a wide range of research materials related to music; create a bibliography; and write effective expository prose on music and related topics.
• Acquire advanced skills for analyzing traditional tonal music, including the ability to create Schenkerian graphs of musical excerpts and pieces.
• Learn advanced methodologies for analyzing post-tonal music, including pitch-class set theory and twelve-tone theory.
• Acquire detailed knowledge of post-World War II music.
• Increase compositional skills, leading to the production of a large-scale musical work as well as a full-length master’s recital featuring the live performances of several original compositions
• Acquire knowledge of music theory pedagogy, including diverse techniques and strategies for teaching musical fundamentals, tonal harmony, and ear training at the high school and college levels.

The B.S. in Electrical Engineering will prepare you to work in a diverse discipline that applies the principles of mathematics, physics, and science for the analysis, design, test, manufacture, and maintenance of electrical and electronic systems.  Electrical engineers work with other engineers and scientists to develop innovative sensors and instrumentation, communication systems, radar systems, control systems, power generation and storage systems, navigation and guidance systems, and much more.
 
Coursework and learning experiences in our program provides students with professional preparation in the study and application of the underlying principles of electricity and electromagnetics to the design, manufacture, and implementation of electrical systems.  Our curriculum also provides you with a solid foundation in problem-solving, analysis, design, project management and preparation for professional licensure. Students have multiple opportunities to learn and practice design starting with our introductory engineering design class and culminating in a Capstone experience that involves engineering design, project management, teamwork and significant client communication.