Master of Natural Science in Physics (STEM)

at Kaplan Group - Arizona State University - Tempe Campus USA

The BA in philosophy teaches students how to think well, which in turn lays the foundation for personal and professional success.

Philosophy students learn how to structure arguments, write precisely and clearly, and communicate their ideas in an orderly, persuasive and unambiguous way. Many philosophical texts are complicated, and philosophy courses teach students how to read, comprehend and summarize conceptually difficult material. In short, studying philosophy trains one to be a better, clearer thinker.

Coursework includes the major subfields of philosophy, such as metaphysics, epistemology and ethics, and electives that connect philosophy to other areas of inquiry, emphasizing the social relevance of philosophy.

Philosophy alumni are well prepared for leadership roles whatever path they take, whether it be in business, law, politics, medicine or education.

The MSTP program uniquely prepares its graduates to have an impact in today's science and technology decision-making. It is designed to train future leaders, policymakers and analysts in tackling diverse and complex policy issues such as climate change and artificial intelligence in ways that are socially responsible and that contribute to a more just and vibrant future.

This cohort-based program attracts students of the highest caliber and can be completed in one year or over an extended period on a part-time basis. It is suited to anyone interested in a career in which they work to ensure, through responsive and effective policy development and implementation, that science and technology serve society. Students come from a wide range of backgrounds.

The program provides students with knowledge and tools to analyze and answer complex questions around science and technology policy issues, including:

• How are science and technology influenced by the policy process?
• What is the rightful place of scientific expertise in public policymaking?
• What values and assumptions underlie society's current understanding of science and technology?
• Who should make decisions about science and technology policy? Only experts? Or should lay people also have a voice?
• How should policymakers deal with the risks and uncertainties that come from new science and technology (e.g., biotechnology, nanotechnology, geoengineering, information technology)?
• How can policymakers balance concerns about science and technology, while maintaining innovation and international competitiveness?

Students work on topics as varied as responsible innovation, technological convergence, social and environmental sustainability, health and well-being, energy, equity, security, data privacy, infrastructure, democracy, STEM education, the role of science, and space exploration and policy. They are able to describe the historical, social and institutional foundations of science and technology policy; discuss the complexities of science and technology policy decisions, decision-making under uncertainty and the role of experts; employ effective policy communications skills and techniques; and work collaboratively and effectively with experts from different backgrounds, including scientists, engineers and elected officials.

Graduates are able to apply critical skills and methods to science and technology policy analysis, apply cutting-edge approaches to ensuring socially responsive and responsible technology innovation, and contribute to developing and implementing creative solutions to many of today's most complex challenges.

The BAE program for elementary education with a concentration in educating multilingual learners offers students a firm grounding in current research and critical pedagogy for English language learners, accompanied by professional experiences that expose students to more ways of teaching and learning.

Students in this program are prepared to nurture and develop languages other than English in dual-language settings and to value the rich linguistic resources that are present in any classroom to support student learning. Students take several courses that focus on developing teachers for linguistically and culturally diverse settings. These courses include topics such as language diversity, dialectal variation, funds of knowledge, and practices that value cultural and community engagements.

Understanding the challenges that emerging bilinguals face instructionally, coupled with understanding the implications of language policy in various learning contexts is imperative to student experiences and coursework. Students learn processes for identifying English language learners as well as developing and supporting the needs of students with individual language learning plans. Students also receive preparation in teaching academic content areas including math, language arts, computer literacy and science with a specific focus on meeting the academic and linguistic needs of English language learners.

The program requires six credit hours of a foreign language or its equivalent and enables students to work with second-language learners.

The elementary education EML teacher certification program is clinically embedded during the junior and senior years. During this time, students are intentionally and directly implementing course learning and theory to practices in the classroom. Strategies within the EML program focus on foundations of second language acquisition, biliteracy, culturally relevant pedagogy, effective language instruction and prepares pre-service teachers to develop critical perspectives that allows them to advocate for bilingual children and families.

Architects design buildings and environments that are useful, sustainable and aesthetically pleasing. This implies an understanding of people's needs, the science and technology of building and the concepts of aesthetics.

The faculty in The Design School offer a BSD program in architectural studies. In addition to developing knowledge and skills in architectural thinking, building technology, history and theory and professional practice, students are encouraged to select electives from a broad range of approved courses within the institute and across the university. These electives may be selected to devise a minor, to further professional study or to enrich the student's academic experience in some other fashion.

This is an eight-semester program requiring sequential completion of studio coursework or approved equivalent at any point of entry.

Chemical engineering deals with the application of chemistry, physics and mathematics to the process of converting raw materials or chemicals into more useful or valuable forms. Chemical engineering also involves the design of valuable new materials and chemical products.

The BSE program offered in chemical engineering builds on a broad base of knowledge within the basic and mathematical sciences and engineering and offers excellent career opportunities. Chemical engineers are engaged in the development and production of a diverse range of products, including high-performance materials needed for aerospace, automotive, biomedical, electronic and environmental applications. The modern discipline of chemical engineering is intertwined with biology and biomedical engineering.

The dance program welcomes a diversity of applicants, including returning professionals, who have experience and interest in choreography, dance science and somatics, dance teaching praxis, dance and technology, community engagement, practices of equity and inclusion, professional partnerships and dance scholarship and theory. Students whose approaches are interdisciplinary, cross-cultural in nature, and who are self-motivated, have clear and demonstrated objectives, and are willing to explore new possibilities in the field of dance and beyond are ideal for this program.

Each graduate student will develop their potential as a creator, performer, teacher, thinker and art advocate. Frequent showings, a final Master of Fine Arts project, a written document and oral defense are required for degree completion.

Students earning an MS degree in biochemistry in the School of Molecular Sciences are trained in the fundamental aspects of the discipline, but most also choose to learn by joining transdisciplinary teams that work on larger, mission-based contemporary problems in areas such as:

• Biogeochemistry
• Energy and sustainability
• Fundamental chemical biology
• Materials and nanoscience
• Medicine and health
• Structure function and dynamics

The master's degree program in biochemistry in the School of Molecular Sciences provides students with the training they need to solve biological problems at the molecular scale and to contribute to research in current challenging societal issues.

This is the only marriage and family therapy program at a state university in Arizona, and its accelerated, applied format means that you will earn your degree in 15 to 18 months instead of spending three or four years in a traditional program.

This self-contained, accelerated MAS program in marriage and family therapy provides high-quality coursework and supervised internship experiences. The curriculum and degree requirements have been specified and approved by the Arizona Board of Behavioral Health Examiners and are designed to meet the degree requirements for licensure in the State of Arizona for the practice of marriage and family therapy. The program is designed to train practitioners who wish to practice marriage and family therapy.

The ASU School of Art's MFA program provides artists with both a formal and a conceptual foundation in contemporary art. Situated in the context of a public research university renowned for innovation, students work closely with distinguished art faculty to develop the skills to produce culturally relevant work and sustain a lifelong creative practice. Students are encouraged to work across disciplines, and also select a focus from a range of media including animation, ceramics, intermedia, metals, painting and drawing, photography, printmaking, sculpture, textiles and woods.

In addition to the expansive curriculum, students benefit from a visiting artist and scholar lecture series, professionalization workshops, teaching opportunities and pedagogical training. Students also supplement their arts curriculum by taking advantage of the vast resources afforded by a "Research 1" university, engaging with world renowned researchers or taking courses in a variety of departments. The ASU Museum offers vital opportunities for students to learn from and connect with artists and curators.

Students in the BS program in geographic information science begin their study by gaining a strong foundational understanding of geographic information systems, statistical analysis and computer programming. Students expand on this foundation through upper-division coursework in the major that enables the pursuit of deeper and more focused understanding of the application of geographic information science technologies to complex environmental and societal issues.