Master of Science in Computer Engineering - Computer Systems (STEM)

at Kaplan Group - Arizona State University - Tempe Campus USA

In the BS program in chemistry, students take courses that give them the knowledge and skills to solve problems at the molecular level in areas as diverse as energy and sustainability, new materials for technology, medicine and health, nanoscience, environmental science, forensics, cosmetics and food chemistry.

The Bachelor of Science degree in chemistry prepares students for advanced study of chemistry and material science in competitive graduate degree programs.

The BA in the arts is an interdisciplinary degree program designed for students who are passionate about the arts and interested in exploring multiple arts disciplines.

Students gain an increased understanding of the theoretical, historical and cultural forces that shape the arts and design. Students pursue open-ended paths to explore and develop a range of skills suitable for advanced study in multiple areas.

The major includes a common core for all students, and students may choose a focus from arts administration or entertainment design or they may design an individualized focus that is subject to approval by the institute's standards committee and the dean's office.

Students in the linguistics concentration of the BA program in English focus on study of the history and structure of language. Students have the opportunity to study with distinguished faculty actively engaged in scholarly research and to gain practical experience through internships that prepare them for an ever-expanding variety of careers. The program also prepares students to continue their studies in graduate and professional programs.

The MA program in mathematics is designed to increase mathematical knowledge beyond the traditional level of a bachelor's degree in order to prepare students for careers requiring sophisticated mathematical skills. Students may choose to specialize in applied mathematics, core mathematics, mathematics education or statistics through their course selections.

The BA program in international letters and cultures with a concentration in Arabic studies provides critical and cultural diversity in advanced Arabic language and literature that enriches ASU students' undergraduate experience.

The program provides a broad knowledge and understanding of the culture, literature and traditions of the vast Arabic-speaking world and prepares students for a thriving job market. The Arabic studies concentration also benefits students interested in academic research and careers in public and diplomatic service as well as in national security.

This concentration complements existing degree programs in the School of International Letters and Cultures and enhances studies in social science disciplines such as political science and global studies as well as many humanities fields, including anthropology, history, philosophy and religious studies.

The MS program in materials science and engineering prepares engineers for doctoral study or industrial positions that specialize in research, project management and product innovation in materials science and engineering.

The program stresses a sound foundation in technical fundamentals, communication and professionalism. To this end, a broad-based curriculum is offered in thermodynamics, structures and mechanical properties; kinetics; optical and magnetic properties; materials characterization; and energy production and storage.

The BA program in history introduces students to a broad span of history that covers the ancient world through the modern period and extends from Europe to Latin America and the United States. In addition to learning about the origins and development of various peoples, ideas and institutions of the past, students engage in the practice of history by learning to conduct research, analyze historical evidence and formulate arguments using historiographical perspectives and methodological approaches.

The MSUS program prepares students to apply sustainability principles and approaches to careers in a variety of fields, addressing complex human and environmental challenges. The focus is on developing solutions by working with stakeholders on these challenges using a sustainability framework.

A distinguishing element of the program is its applied approach and emphasis on learning how to develop solutions. Students begin the program with a foundation in sustainability theory and methods, then take electives in an area of interest.

Final courses include learning how to manage sustainability projects as well as the capstone experience, where students team up with a company, a government agency or a nongovernmental organization to develop a real-world sustainability solution. Carried out collaboratively in lieu of a thesis, the capstone provides practical experience positioning graduates for today's competitive, knowledge- and skill-intensive job market.

Los Angeles location: Currently, programs of study are offered in a hybrid learning model. Select courses are offered through in-person instruction in the Herald Examiner building. The majority of courses are offered virtually from Arizona through a combination of synchronous and asynchronous learning technologies. Students should consult their advisor and schedule of classes for additional information.

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.

The MS program in exploration systems design with a concentration in instrumentation promotes the development and growth of engineering-literate scientists and science-literate engineers who are interested in the design, construction and implementation of scientific instrumentation. Its unique curriculum combines science applications with engineering knowledge and skills through engineering and science courses focused on Earth science, space science and astrophysics. The concentration trains students to design the next generation of in-situ or remote sensing instrumentation for exploration of the Earth, space and the universe.