Bachelor of Business Administration in Business Analytics

at Kent State University USA

The Master of Landscape Architecture I degree in Landscape Architecture is a professional program that prepares graduates for active, creative and leadership roles in landscape architecture profession through inclusive and interdisciplinary design methodologies that are focused on issues surrounding urban landscapes, ecologies and social concerns.

Students are engaged in issues — ranging from hydrology in the Great Lakes and Ohio River Basins watershed to the role of urban landscapes associated with industrial cities. In addition, they study matters of global significance relating to the role of landscape and design relative to reclamation of urban vacancies, infrastructural systems, natural resources, climate change, water quality for health and social justice and cultural landscapes.

Program Learning Outcomes
Graduates of this program will be able to:

• Pursue careers in landscape architecture
• Synthesize higher-level learning necessary to practice landscape architecture; and develop critical understanding through increased independent, collaborative, interdisciplinary and course-based research.
• Establish a design process that is firmly based upon research, technology and artistic expression.
• Appraise and understand geo-cultural differences and develop skills to engage local phenomena.

The Master of Education degree in Early Childhood Education prepares critically reflective teachers with advanced knowledge in pre-school through primary multi-disciplinary curriculum. Students are prepared to be democratically accountable leaders, co-decision makers, pedagogical experts and committed professionals in various early childhood realms. The program emphasizes commitment to equitable and caring learning communities.

Ohio endorsements for pre-school and literacy endorsement or generalist (grades four and five) may be embedded in the program. In addition, students have the opportunity to receive an International Baccalaureate (IB) recognition award in the M.Ed. degree.

The Early Childhood Education major includes the following optional concentrations:

• The Early Childhood Leadership: Advocacy, Curriculum and Policy concentration commonly appeals to teachers who desire to further their own early childhood programs, become master teachers and/or enhance their own leadership on behalf of young children and professionals who work with them. Students delve into issues and trends in the field, reconceptualize practice, understand and deconstruct/reconstruct policy understandings and complete their own independent research as an inquiry exit project or thesis.
• The Globalization and Intercultural Competence concentration is designed for teachers who are searching for research-based solutions to the learning and teaching of international students and/or who want to build intercultural competence to meet the demands of growing or changing immigrant and refugee populations in the classroom.
• The Science, Technology, Engineering and Mathematics concentration provides students the opportunity to engage children in interdisciplinary instruction; gain experience working with and integrating technology; and integrate STEM to break down traditional boundaries.

The Master of Arts degree in Biology is for students wishing to gain additional knowledge in any area of the biological sciences. This is a non-thesis master's degree designed for secondary school science teachers, individuals looking for additional background or preparation for professional school (e.g. medicine, dentistry or Ph.D. programs) and those seeking employment in life science industries in a non-research capacity.

The Biology major includes the following concentration:

• The Medical Biology concentration provides students with a deep understanding of physiological systems and the mechanisms that underlie various disorders and disease pathologies.

Students who declare the Biology major with no concentration will select their area of specialization in consultation with an academic faculty advisor.

Program Learning Outcomes

Graduates of this program will be able to:

• Understand advanced biological concepts beyond the scope of the typical undergraduate degree and to increase the depth of their knowledge through coursework and hands-on experiences.
• Apply scientific principles and appreciate work outside of their particular field.
• Effectively communicate about science with colleagues as well as those outside of the student's area of expertise.
• Develop the necessary laboratory skills that will allow testing of hypotheses.

The Master of Science degree in Artificial Intelligence prepares students with a focused educational and research environment to develop career paths through necessary learning and training with emerging artificial intelligence technologies and applications to intelligent analytics, smart homes and communities and robotics and automation. Graduates have technical knowledge and research and development skills necessary for applying artificial intelligence to industry, community and military. These areas include sectors requiring intelligent pattern-analysis of big data such as retail, healthcare, biology, psychology and intelligent human-machine interactions and interfaces.

Program Learning Outcomes
Graduates of this program will be able to:

• Combine intelligent analytics and automation, human-computer interaction and robotics techniques to optimize and automate, transportation, industrial process and/or healthcare processes.
• Apply machine learning techniques on big data to predict, classify, data mine and explore patterns.
• Apply intelligent visualization and Internet-based techniques for smart homes and communities.
• Perform research, discovery and integration by applying knowledge of artificial intelligence theory and techniques.

The Master of Science degree in Biological Sciences–Integrative Physiology and Neurobiology is the study of a broad range of topics, including endocrinology, neuroscience, immunology, reproductive biology and other regulatory systems. Students have access to resources for physiological research, including a vivarium, tissue culture facility, confocal microscope/visualization facility, laser capture microscope, genomics and proteomics facilities.

Program Learning Outcomes
Graduates of this program will be able to:

• Understand advanced biological concepts beyond the scope of the typical undergraduate degree and to increase the depth of their knowledge through coursework and hands-on experiences.
• Apply scientific principles and appreciate work outside of their particular field.
• Effectively communicate about science with colleagues as well as those outside of the student's area of expertise.
• Develop the necessary laboratory skills that will allow testing of hypotheses.

The Bachelor of Science degree in Anthropology is for students who wish to acquire in-depth training in archaeology and biological anthropology. The program is more structured in terms of course requirements than the B.A. degree in Anthropology and provides students with methods and theory that will prepare them for graduate school and future careers in the discipline.

The Anthropology major comprises the following concentrations:

• The Archaeology concentration provides students with in-depth training in analysis and field opportunities, as well as coursework in archeological theory and cultural ecology. The program emphasizes the interdisciplinary nature of archaeology. Students take courses in geography (GIS mapping and satellite imagery), geology and mathematics; and have the option of  chemistry or physics courses, depending on interests and aspirations. The program features hands-on training using the latest technologies, including morphometric analysis, material properties testing, artifact replication, digital recording and mapping equipment. Areas of specialization include experimental archaeology, Old World Paleolithic archaeology and North American archaeology.
• The Biological Anthropology concentration trains students in aspects of evolutionary theory, human evolution and human variation. Coursework includes studies of living primates, their anatomy, behavior, ecology and conservation. Laboratory work for genetics, endocrinology, bone biology and neurobiology are available for undergraduate training. Additionally, the freshmen human evolution laboratory enhances the learning process in the biological aspects of human nature.

Program Learning Outcomes

Graduates of this program will be able to:

• Acquire a foundational view of human cultures and an extensive knowledge base of diverse human behavior
• Demonstrate broad skills in social, physical and biological sciences.
• Understand how social scientists think and apply their findings.

Graduates of the Archaeology concentration will be able to:

• Learn how anthropologists investigate the past combining the methods of social and natural scientists.
• Demonstrate comprehension of anthropology’s special role in making archaeology (particularly the study of the ancient Americas) come to life and become relevant for them.
• Gain a special appreciation of archaeology’s other mandate—the need to conserve the precious heritage of the archaeological record, both in the New World and the Old World.
• Demonstrate thorough knowledge of general chemistry and/or physics,  fundamental mathematics, as well as specific areas of geology and geography.

Graduates of the Biological Anthropology concentration will be able to:

• Demonstrate an understanding of biological anthropology as the most relevant evolution science, the one which gives them an appreciation of their place in nature.
• See the two dimensions of human evolution and adaptation: a global one (modern human variation) and a deep temporal one (human origins). Both dimensions require an appreciation of the neo-Darwinian theory of evolution, which includes both the process of natural selection and the roles which genetics and developmental biology play.
• Demonstrate thorough knowledge of general chemistry and fundamental mathematics, as well as specific areas in the biological sciences.

The Bachelor of Science degree in Mechatronics Engineering Technology integrates mechanical, electrical, computer and controls. Mechatronics engineering technology revolves around the design, construction and operation of automated systems, robots and intelligent products, which result from the integration of software and hardware.

Using automated systems is becoming more popular for operating equipment/machinery in a host of situations, including on assembly and manufacturing lines, on automobiles and aircraft and in electrical power generations to reduce labor costs, increase precision and accuracy and provide quality and safety for workers.

Graduates from the mechatronics engineering technology program manage and support the design, operation and analysis of mechanical and electrical devices connected with automated systems, robots and computer-integrated manufacturing. They can work in any company that develops, designs or manufactures and markets these devices. Opportunities exist in manufacturing sales as well as research.

Program Learning Outcomes

Graduates of this program will be able to:

• Select and apply a knowledge of mathematics, science, engineering and technology to engineering technology problems that require the application of principles and applied procedures or methodologies.
• Design systems, components or processes for broadly defined engineering technology problems.
• Select and apply the knowledge, techniques, skills, and modern tools of the discipline to broadly defined engineering technology activities.

The Bachelor of Science in Education degree in Earth Science prepares students for teacher licensure in earth science, grades 7-12. Students take a broad range of courses in biology, chemistry, geography and physics and specialize in geology content. Most content coursework is completed during students' first three years; methods coursework begins during the spring of their third year. In the final year of the program, students complete remaining content courses, science teaching methods courses and a year-long placement in a local school district, which concludes with 13 weeks of student teaching in the spring. Earth Science students are encouraged to meet with their advisor early in their program because many courses must be sequenced carefully.

Students are required to complete Bureau of Criminal Investigation and Identification (BCII) and Federal Bureau of Investigation (FBI) background checks.

Program Learning Outcomes

Graduates of this program will be able to:

• Plan multiple lessons using a variety of inquiry approaches that demonstrate their knowledge and understanding of how to engage all students in learning science.
• Plan a learning environment and learning experiences for all students that demonstrate chemical safety, safety procedures, and the ethical treatment of living organisms within their licensure area.
• Plan fair and equitable assessment strategies to analyze student learning and to evaluate if the science learning goals are met.

The Bachelor of Science degree in Applied Mathematics emphasizes the tools most useful in science, engineering and technology applications: mathematical modeling, scientific computing and probability and statistics.

The Applied Mathematics major comprises the following concentrations:

• The Applied Mathematics concentration emphasizes the classical aspects of the discipline, which are rooted in mathematical modeling and applications in the sciences. It couples well with the Physics minor or major.

The Bachelor of Science degree in Animation Game Design provides the key concepts, creative tools and principles of diverse skills in fundamental and advanced technical knowledge of modeling, animation and game design.

The degree program prepares students for careers by developing technical competency, creative/independent problem solving and conceptual understanding necessary for the challenges of a career in the creative industries. Upon graduation, students have created a professional-quality portfolio to enter the field of content creators and are prepared for jobs in technical illustration, two- and three-dimension modeling, game design, animation, artistic production, and exhibition. Students are guided in selecting courses that support a given concentration. They can take courses in various aspects of art, design, and film/video.

The Animation Game Design major comprises the following concentrations:

• The Animation concentration involves bringing motion to still objects or displaying a sequence of still images to create the illusion of motion or life. Animation involves more than just character motion; it includes motion graphics, video editing, special effects, cameras and video output. Students learn how to animate characters, elements of environments and graphics. Two- and three-dimension models are animated as necessary, via a combination of manual animation, procedural tools and physical simulation.
• The Game Design concentration provides the environment and content creation in two- and three-dimension models. The focus is on the design part of game environments to be used on platforms such as personal computers, smart phones and game consoles.  Students learn the importance of two- and three-dimension model creation for specific games used for simulation, training, entertainment and measuring educational outcomes.

Program Learning Outcomes

Graduates of this program will be able to:

• Demonstrate current skills in two- and three-dimension modeling, animation and game design.
• Apply design thinking to technological problems, including demonstrating familiarity with design thinking applicable to their professional work.
• Demonstrate an understanding of the ethics (and legal issues) closely associated with fields of modeling, animation and game design.
• Demonstrate effective communication skills—both verbally and in written form—with technical, business and design professionals, including effective communication as individuals and as part of a project team.
• Participate in, and lead, multidisciplinary project teams, demonstrating theoretical and practical understanding of team dynamics.
• Demonstrate appreciation for diverse cultures and individual differences, and reflect that appreciation in their work.
• Engage in continuous learning, as well as research and assess new ideas and information to provide the capabilities for lifelong learning.