Bachelor of Arts in Management with Emphasis in Human Resource

at Northern Arizona University - Flagstaff Campus USA

The Bachelor of Science in Multidisciplinary Engineering provides students learning opportunities in multiple engineering disciplines and complemented by other disciplines across campus. The program supports a customizable curriculum that includes a capstone experience focused on multi- and inter-disciplinary teamwork. Specific combinations of coursework are formulated in several named emphases that provide unique opportunities and inspires students to build their own unique engineering pathways.

The core of the program is a design sequence with loose commonality across most of NAU’s engineering programs.  All students, regardless of emphasis, engage in contextualized engineering design and project management courses. This core is supported by foundational math, computer science, and physics coursework.  The design sequence also becomes the scaffolding for integrating and synthesizing coursework across several disciplines and content areas.

Students who do not select an emphasis area may work with either an advisor or a faculty mentor to select course work in the plan that supports their own personal engineering aspirations and interests. Students who get an MDE degree have many general engineering career opportunities.  This includes areas such as engineering sales, engineering management, engineering communication, or an engineering technician.

Students who select the Energy Engineering emphasis take specialized coursework in EE, ME, and ECO, which allows them to engage in engineering design problems related to energy capture and storage as well as energy policy and critical thinking.  This emphasis is intended to support students who are interested in working in the energy sector and especially at the intersection of mechanical and electrical engineering practice in this area.

The knowledge gained during this program, will prepare you for tackling real world engineering challenges, providing solutions to complex engineering problems, and creating products that will benefit the society. The Mechanical Engineering Master of Science will help you enter a satisfying, productive and exciting profession, or continue on to a doctoral degree.

The program will help you understand the application of your profession to a wide range of mechanical engineering problems. Faculty are engaged in research and its creative application to relevant problems, and you will have the opportunity to work closely with them.
 
Students wanting to earn their bachelor’s and master’s degrees simultaneously may qualify for our Accelerated Program which allows students to count six units toward both degrees, shortening the time to graduation.

The Environmental and Sustainability Studies program at NAU constructs an interdisciplinary base of knowledge and skills that integrates humanistic disciplines and perspectives with natural and social scientific approaches to develop real-world solutions to our environmental and sustainability challenges, from the local to the global.

Our BS degree program begins with a firm grounding in natural systems, to ensure all students understand how physical and biological processes maintain life, and how humans are affecting, and are affected by, the natural world. In addition to the natural sciences, students will also obtain a solid understanding of the environment through focusing on the social sciences and humanities in order to develop a critical appreciation of the historical, political, economic and ethical forces that have shaped our current environmental issues. This will prepare students for work in non-profit, government and community-action organizations.

Students will work together in field and lab environments to apply rigorous qualitative and quantitative methods to environmental and sustainability issues, exploring interdisciplinary impacts and solutions that range across space and time. Interdisciplinary experience is centered around focus areas or specific environmental problems, rather than disciplines. This structure produces students well-trained in both the fundamentals of multiple disciplines as well as specific knowledge needed to understand, analyze and become engaged in particular issues and professions. Additionally for the BA degree, students will attain foreign language competency and experience with cross-cultural communication to better understand the impact of environmental issues on global communities.

The BSCS degree is accredited by the Computing Accreditation Commission of ABET and provides exceptional career flexibility and a broad range of opportunities in programming and software development. According to the US Bureau of Labor Statistics, software developers are among the fastest growing and most rewarding occupations with an exceptionally strong job outlook through 2024 (17% growth).

Graduates with this degree are well-qualified to work for large software development companies like Microsoft, Apple, Google, IBM, Lockheed Martin, Intel, Honeywell, and other software-centric companies and startups. This degree provides a strong foundation for further graduate study in an MS or PhD program; students who are not planning on graduate study may also be interested in the BS in Applied Computer Science program.

This M.S. in Electrical Engineering will prepare you to either enter the electrical engineering workforce or continue on to a doctoral program of study, building core skills that are widely applicable to many areas of science, engineering, industry, business, and research.

This degree is flexible and allows students to develop a customized program of study that is highly aligned with their professional or research interests. Available coursework allows students to study in many areas of electrical engineering, including analog and digital microelectronics, microprocessor and computer engineering, wireless communication and networking, digital signal processing, and power electronics and systems. While all students will be expected to contribute to a substantive electrical engineering development or research project under the mentorship of a faculty member during the course of their study, thesis option students will have additional opportunities to engage in electrical engineering research and scholarship and prepare a thesis.

This program is designed for students with strong preparation in electrical engineering, gained through successful completion of an undergraduate electrical engineering program or other professional experience. The non-thesis option of the program is designed for students seeking professional preparation, while the thesis option is particularly appropriate for students for considering further graduate study in a doctoral program.

The program is designed to provide the foundational skills for continuous learning and to adapt to the fast changing information technology environment.  This program also includes competency-based and hands-on learning modules to enhance acquired business skills.  Parts of the curriculum are designed around highly valued certifications.  Students will also augment their IT skills.

The Environmental Science program at NAU constructs an interdisciplinary base of knowledge and skills to explore and develop real-world solutions to environmental problems.

Our program provides a firm grounding in the natural and social sciences to ensure all students understand how chemical, physical and biological processes maintain life, and the complex relationships among humans and the environment. Students work together and individually in the classroom, field and laboratory to practice applying the scientific method to address environmental problems and explore creative solutions that apply cutting-edge technologies.

The broad range of emphases available within our program allows students to delve deeper into a specific knowledge base, then work individually and often together in Environmental Science courses to solve problems by applying the perspectives and knowledge they developed in their emphasis with students from other emphasis areas. To culminate the learning in the program, students develop an individually designed research project or internship addressing an environmental issue of importance to them, which in turn, is expected to further prepare students for a range of professional or graduate opportunities.

Environmental Management

• Explore the basic principles of conservation of biological diversity and ecology, multicultural perspectives on environmental management, adaptive management, and the implementation of environmental regulations and through collaborations with those of other disciplines and viewpoints, apply this information to generate sustainable solutions to environmental problems.

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  
Sculpture
The BFA Sculpture emphasis focuses on 3D physical and spatial design. Students begin with learning basic metal working and welding techniques. Over time students also learn to create 3D artworks with wood, cast metal, plastics, and other composite materials. Students develop their building and fabrication skills in service of developing 3D art. These skills can be applied in a variety of occupations and opportunities like architectural theming and product prototyping in addition to studio art

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  
Ceramics
Through a detailed curriculum, students learn all of the making and firing processes in ceramics, to understand sound craftsmanship, and to think critically in design decisions. The curriculum also provides a thorough education in the technical aspects of ceramics, such as an understanding of ceramic materials through glaze calculation and the practical knowledge of kiln design and construction.

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.