Master of Science in Chemical and Biochemical Engineering (STEM)

at EDUCO - University of Maryland - Baltimore County USA

The goal of the program prepares students from a wide range of disciplinary backgrounds for careers in data science. In the core courses, students will receive a fundamental understanding of data science through classes that highlight machine learning, data analysis and data management. The core courses will also introduce students to ethical and legal implications surrounding data science.

Beyond the core courses, students will take three courses in domain specific pathways developed in collaboration with academic departments across the university. Through these pathways, students will be able to utilize the skills and techniques learned in the core courses within their own field or area of expertise.

Tracks/Concentrations: 

• Data Science Analytics
• Spatial Analytics
• Project Management Pathway
• Management Science Pathway
• Cybersecurity Pathway
• Policy Analysis Pathway
• Healthcare Analysis Pathway
• Advanced Computing and Analytics Pathway

The Systems Engineering (SE) Program at UMBC is designed to accelerate the development of systems engineers by providing practical experience that can be immediately applied on the job. Students learn from industry experts how to develop operable systems that meet customer requirements, while successfully navigating the complexities of system design.

Courses are developed and taught by senior systems engineers and address the entire systems engineering life cycle, including requirements analysis, systems architecture and design, modeling, simulation and analysis, and system implementation and test. Classes are held at convenient late afternoon or early evening times to meet the needs of working professionals.

The Department of Mechanical Engineering offers courses of study leading to M.S. The department offers an Accelerated Program for students who wish to combine their undergraduate studies with a master’s degree and thesis. Graduate certificates in Mechatronics and in Computational Thermal/Fluid Dynamics consist of a sequence of four graduate courses in a specific technical area. Credits from a graduate certificate apply to the M.S. degree program.

UMBC’s Intermedia and Digital Arts M.F.A. Program is where interdisciplinary artists seek to expand or reinvent their professional practice. The IMDA program is committed to art that poses unique conceptual and social challenges while offering an environment that provides artists a studio, teaching opportunities, courses in emerging methods, contemporary art and theory, engaged faculty, premier visiting artists and high-end research centers that are typical of a research university.

The Master of Arts in Texts, Technologies, and Literature provides an opportunity for advanced students to further their understanding of literature and a broad array of other texts, including digital, academic and those that function in everyday use, in relation to both historical and contemporary culture. The program welcomes students with undergraduate majors in such areas as American Studies, Media Studies, Communication Studies, Modern Languages and Literature, and Gender and Women’s Studies, as well as English. It is designed to accommodate students with a variety of interests and career paths, including those who are considering an academic career in English, whether in Rhetoric and Composition, Communication and Media Studies, or Literature; those interested in pursuing a Ph.D. (for example, in UMBC’s Language, Literacy, and Culture Ph.D. program or the Ph.D. in English at Morgan State University); high school teachers looking for advanced training; and those entering communications, editorial, and/or digital media professions. Students may specialize in the study of print-based or multi-modal texts of particular periods or genres; rhetoric, communication, and composition; or language use and production in various settings.

The Master of Professional Studies in Software Engineering is a ten-course program designed for professionals interested in developing software at all levels. 

In this interdisciplinary graduate program, students will gain both comprehensive software engineering knowledge and skills, in addition to increased exposure to coursework in leadership, communications, management, and ethics.  The MPS degree provides hands-on applied experience, real-world application of relevant concepts, mentorship, and industry connections.

• Students will learn modern approaches to software development: requirements analysis, system design techniques, formal specification techniques, implementation, testing, debugging, metrics, human factors, quality assurance, cost estimation, maintenance, and tools.
• Students will be introduced to, and gain firsthand experience on, the fundamentals of software testing and the main phases in the software development process.
• Students will gain experience working on hands-on programming projects that prepare students to work in co-located or geographically distributed software development team environments

The graduate program in Intercultural Communication allows students to develop advanced foreign language proficiency, to train them to function comfortably and effectively in intercultural situations, and to prepare them for specific career goals through individual courses of study and internships. Students and faculty come from various parts of the world, and participation in the program is itself a significant intercultural experience.

The graduate program in Applied Sociology prepares students for careers in program development and evaluation, policy analysis, and research in the fields of health, aging, and diversity and gender.

The Department of Physics offers graduate programs leading to the MS and PhD degrees in physics. The Department is located in the 78,000 sq. ft. Physics building (built in 1999), which contains numerous research and teaching labs, offices, classrooms, a machine shop, and a physics library. Research in the UMBC Physics Department is centered in 4 main areas: condensed matter physics, quantum optics and quantum information science, astrophysics, and atmospheric physics. Faculty members are engaged in both theoretical and experimental research in these areas.

The graduate programs at the Erickson School of Aging Studies provide integrated, interdisciplinary professional training for leaders in the growing longevity economy. Graduates will meet a growing workforce need for leaders with professional education to serve in management positions in public, private, and non-profit/advocacy organizations providing services to older adults.

The Erickson School of Aging Studies’ goal is to prepare graduates to apply this integrated perspective in leadership positions in a broad array of aging services organizations from government agencies/organizations and advocacy/non-profit groups to a variety of positions in the for-profit business arena.