Master of Arts in Sustainability (STEM)

at Kaplan Group - Arizona State University - Tempe Campus USA

The MArch degree program is designed for students interested in:

• Design and construction of beautiful new spaces and buildings
• Design and analysis of economically and ecologically sustainable built environments and communities
• Digital design and prototyping of innovative new building systems and technologies
• Research and advocacy for new definitions of the expansive public role of architects in professional practice and broader civic dialogue

The Master of Architecture is an accredited professional degree program at ASU. The architecture program has been educating aspiring architects, as well as other professionals involved in the construction of cities and the broader built environment since the 1950s. The program has matured to include undergraduate and graduate degrees with a focus on designing for a sustainable and innovative future.

The curriculum has been designed specifically for students to be able to leverage other majors at ASU. Students can pursue concurrent options such as sustainability, real estate development, construction management, interior design, landscape architecture and many more.

The MS program in organizational leadership offers a theoretically and methodologically rigorous approach to studying and creating use-inspired research needed to impact organizational leadership.

Students explore areas such as organizational dynamics, institutional evolution, strategic change, leading diverse teams, collaborative governance, conflict mediation, critical problem-solving and leadership assessment, and they learn advanced methodological and statistical skills.

The program places special emphasis on learning best practices and other applied aspects of leading organizations. Students tailor their degree to their interests through a vast array of leadership elective courses. In consultation with a faculty advisor, students choose from many different elective courses, such as not-for-profit leadership and intercultural leadership.

Curriculum, schedule and format, faculty and a top-ranked business school: It all adds up to a degree with real value. The W. P. Carey Master of Science in finance delivers the financial qualifications increasingly sought by employers within the corporate finance industry.

In only nine months, students in the MS program in finance develop deep expertise in corporate finance and asset or portfolio management and are equipped with the tools needed to manage complex financial institutions. The program is one of the few advanced finance degrees offered by a top-ranked business school, providing a foundation in business and finance. Students have access to world-renowned faculty, motivated classmates and personalized career resources.

Faculty members bring cutting-edge research and decades of real-world experience into the classroom. Classes are offered full-time, during the week, utilizing a lock-step course format allowing students to build on concepts throughout the program. Upon completion of the program, students can graduate with a Chartered Financial Analyst® designation.

As a STEM-designated master's degree, the program allows eligible graduates on student visas access to an Optional Practical Training extension for up to 36 months, helping international students gain additional skills and experience in the U.S.

This advanced degree program emphasizes competency in the rapidly growing fields of robotics and autonomous systems. This concentration is appropriate for students who wish to focus on applications in electrical engineering.

The electrical engineering concentration is one of four concentrations in the multidisciplinary MS program in robotics and autonomous systems, which emphasizes robotics, controls, autonomous systems, artificial intelligence and related fields.

Students in this concentration receive a solid theoretical and practical background in a variety of topics that include theory, design and implementation of control systems; signal processing; real-time and embedded systems; computer vision; and machine learning. They are exposed to state-of-the-art and emerging theories and implementations related to sensing, data processing, adaptive control, automated mobility, autonomous systems, human-machine interaction and robotic applications in various domains including public safety, manufacturing, health care, automotive and assistive technologies.

The executive MBA program is designed for senior leaders with increasing responsibility managing people, projects and budgets.

The W. P. Carey School of Business Master of Business Administration program provides a solid foundation and knowledge base in the core business disciplines and develops the analytic capabilities and decision-making and leadership skill sets required to effectively integrate decisions into the business environment. Students learn how to refine their management skills and contribute more substantially to their organization and society.

Classes meet one weekend per month on campus, convenient for travel from within Arizona and surrounding states. A summer experience in Washington, D.C. and an international practicum help students see the world of business in a new way. The executive Master of Business Administration is completed in 21 months and is supported by each of the eight academic units within the W. P. Carey School of Business. The comprehensive approach equips students with:

• the fundamentals of business and the confidence to see projects to completion
• a data-driven mindset
• strategic leadership skills and exposure
• the understanding of public policy here and abroad

Civil engineering majors in the Ira A. Fulton Schools of Engineering have two choices within the accredited BSE program: civil engineering and civil engineering with the sustainable engineering concentration. Regardless of choice, the Bachelor of Science in Engineering in civil engineering is accredited by ABET.

Civil engineering involves the analysis, planning, design, construction, maintenance and application of sustainable practices in all areas of urban infrastructure for government, commerce, industry and the public domain. These include airports, bridges, canals, dams, factories, office towers, roadway systems, schools, tunnels and subway systems and water purification facilities.

Civil engineers are concerned with the impact their projects have on the public and the environment; they coordinate the needs of society with technical and economic feasibility.

The curriculum exposes students to the following areas of civil engineering, with a strong emphasis on sustainability:

• Construction engineering
• Environmental engineering
• Geotechnical engineering
• Hydrosystems engineering
• Structures
• Transportation

The BFA program in art with a concentration in art education involves creative teaching and learning processes and strategies, first-hand experience teaching art for a range of ages, the study of art history and global cultures, and practice in a variety of studio areas.

The program focuses on engaging with artistic inquiry and education in K-12, community and museum settings. Students investigate issues related to teaching art from multiple perspectives, including:

• Creativity and critical thinking
• Ecological connections
• Inquiry-based learning
• Interdisciplinary curriculum development
• Multicultural contexts
• Studio and conceptual art practices

In addition to their art education coursework, students are required to take coursework in the various studio areas offered in the School of Art. Students declare their Bachelor of Fine Arts concentration at the time of their ASU admission. Following admission, if students wish to change their concentration, they may meet with their School of Art academic advisor.

The BS degree program in mathematics offers a grounding in both theoretical and applied mathematical concepts.

Classes cover a broad spectrum of advanced mathematical topics, including differential equations, modeling, numerical analysis, number theory, cryptography and real analysis.

Mathematics is foundational and can be applied to many different types of careers in many fields.

The MA program in political science offers a variety of areas of specialization within and between the four main subfields of political science -- American politics, comparative politics, international relations, and political theory -- with particular strengths in ethno-religious dynamics, women and politics, conflict and human rights, and Latino politics.*

Faculty also conduct research and teach in the areas of political psychology and political economy, and many are active in collaborative interdisciplinary research at ASU and with scholars at other universities; many have won major grants and awards. The school is host to the Center on the Future of War, the Center for Latina/os and American Politics Research and an experimental lab.

This Master of Arts program may be taken as a terminal program or as a step toward eventual fulfillment of the requirements for the doctorate. Students who plan to obtain the doctorate at ASU should apply directly to the doctoral program.

*Students interested in a political theory specialization should consult with the academic unit prior to application prior to application.

The BA program in innovation in society is designed to help students cultivate the critical thinking skills needed to develop creative strategies that steer innovations toward the needs and values of society. Students are trained to synthesize research and theory from the social sciences, humanities, natural sciences and engineers so they can develop proposals for how to build better futures for people and communities around the globe.

No single discipline is able to solve the complex problems we face today. Science and engineering can help us further values we hold dear, such as health, economic prosperity, security, justice, peace, sustainability, privacy and happiness. But innovations need to be developed and deployed carefully and with an understanding of a global context that includes corporations, governments, infrastructure and people.

Students in this major learn to consider the implications of technology before it is deployed and to understand the big picture so that they can bring together the pieces needed to form a successful strategy. Classes include extensive use of interactive activities and projects.

The program is specifically tailored for students who have a background or interest in the humanities and the artistic side of innovation who want to play a pivotal role in bringing different disciplines together to solve the world's most difficult problems.