Master of Science in Energy Engineering

at University of Massachusetts Lowell USA

Business analytics is the process of transforming raw data into business intelligence and insight. As companies generate more data at ever faster rates, the need for business analytics professionals is growing. The Master of Science in Business Analytics program will help you:

• Develop the ability to collect, manage and analyze data from a variety of sources.
• Enhance your understanding of business processes and systems.
• Develop the ability to understand and communicate insights gleaned from descriptive, predictive and prescriptive analytics.

Private and public firms in fields as diverse as health care, finance, logistics and marketing need business analysts to help them identify and solve problems related to forecasting, customer relationship management and revenue optimization — to name only a few. Experts predict that in the next 10 years, hundreds of thousands of new jobs will be created in the domain of business analytics.

The curriculum requires a series of courses in basic science and mathematics. These provide a firm understanding of fundamentals, help students develop analytical techniques, and serve as the basis for specialized engineering courses. The curriculum consists of courses that serve as an introduction to engineering, link the basic sciences and engineering, and introduce engineering analysis, synthesis and design. Woven throughout the curriculum are courses in the arts and humanities and the social sciences, which broaden perspectives, maintain and improve communication skills, and expose the engineering students to concepts of values and ethics.

The educational objectives of the Biomedical Engineering program at the University of Massachusetts Lowell are that our alumni will:

• Actively engage in and make contributions to post-graduate opportunities, whether they are in biomedical engineering practice or other advanced professional training
• Demonstrate depth, breadth, and creativity in biomedical engineering, its underlying sciences, and related technologies
• Utilize their multidisciplinary background to foster communication across professional and disciplinary boundaries
• Demonstrate professional and social responsibilities on health-related issues and the ability to deal knowledgeably and ethically with the impact of technology in our society.

Biomedical Engineering graduates shall meet the student outcome requirements of ABET Criterion 3 as follows:

• An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics
• An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors
• An ability to communicate effectively with a range of audiences
• An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts
• An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives
• An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions
• An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

The Master of Science program in Security Studies prepares students for careers in the rapid expanding field of cyber security, as well as weapons of mass destruction (CBRNE) and how to address threats to our critical infrastructure.

Homeland Defense - Concentration
Students pursuing this area of concentration will develop competencies and knowledge relating to homeland security strategy and policy development, critical infrastructure protection, regional and national security intelligence, land and maritime border protection, and the use of new technologies in homeland security. Emphasis is placed on integrating a “big picture” policy perspective with an understanding of human behavior, systems, and intelligence analysis.

The Theatre Arts Concentration offers a solid foundation in the dramatic arts within a broad-based liberal arts degree. The concentration emphasizes creative, analytical, and communication skills as well as collaboration and teamwork. Students work in genres ranging from classical to contemporary, including opportunities to collaborate on devised-theatre projects. Close attention from our professional theatre faculty and guest artists allows students to develop the skills and confidence to pursue graduate study or professional work in theatre, education, the entertainment industry, and many other fields.

Required and elective courses provide well-rounded study in the history and literature of theatre and a rich grounding in theatrical practice—acting, design, directing, stage management, production, and dramaturgy. Students can concentrate their upper-level coursework within a particular area of their choice—for example, performance, dramaturgy, or design/tech. Our students also have a wide range of exciting internship opportunities through our partnership with the Merrimack Repertory Theatre in Lowell, and at theatres in Boston and the region.

Geoscience is the study of the physical environment. The curriculum at UMass Lowell is centered around a strong geoscience core, but includes additional course work in the biological sciences, hydrogeology, hydrochemistry and geographical information systems. This concentration provides a broader preparation than the traditional geology course of study and also is recommended for students who might wish to obtain certification as earth science teachers. It provides the requisite course work for students who wish to pursue a graduate degree in environmental science or geology.
Graduates of this concentration are qualified for a variety of employment opportunities in traditional areas of geological employment in the petroleum and mining industries, as well for expanding opportunities in hydrogeology, hazardous waste assessment and management, groundwater remediation, wetlands delineation and evaluation, and environmental management.
Previous graduates have found employment in the petroleum industry, in asbestos identification and remediation, in environmental testing laboratories as analytical specialists, and in the field evaluating hazardous waste sites and ground and surface water contamination.

Students can take courses in the history of philosophy and philosophical movements; political, mathematical and scientific philosophies; metaphysics; linguistics and aesthetics. Students will learn how to analyze, reason, deduct and apply persuasive arguments in a disciplined and systematic way while developing their oral and written communication skills.

The department does not specify particular course work for the major, but recommends that the sequence of courses be designed in close consultation with the student’s faculty advisor. Students who plan to go to graduate school are strongly encouraged to take at least two courses from the History of Philosophy series. They should also consider a second major in a cognate field, e.g., American studies, English, French, history, mathematics, or political science.

The B.F.A. degree prepares students for careers in studio arts and graphic design. Within these disciplines, students may choose to focus on photography, sculpture, painting, ceramics, animation, 3D modeling, drawing, printmaking or interactive digital media.

The art major is designed to develop a rigorous art practice. Students gain a deep knowledge of the technical and conceptual abilities needed to succeed in the professional world. The Art & Design Department offers the professional degree of Bachelor of Fine Arts (B.F.A.).

Through a broad, competence-building sequence of core courses, students are introduced to the language of several disciplines, various materials and techniques. They study the fundamentals of studio art along with a wide variety of skills including visual communication, critical thinking, problem-solving, oral communication and project development. In addition, they learn how to constantly adapt to new technology.

Assignments focus on self-expression, material/technical competencies, building a personal language and life practice. In addition to core studio courses, students can take advantage of courses in web design, motion graphics, interactive design, typography, art history, art theory, video, and the huge array of science and humanities courses available at the university.

High quality professors, rigorous and relevant curriculum and state-of-the art facilities create an environment that produces excellent student achievement.

The Studio Art concentration prepares artists for careers in animation, digital imaging, drawing, interactive-media, painting, photography, and sculpture. Graduates have built successful careers in photography, teaching, animation, gallery management and studio arts. The Studio Art concentration at UMass Lowell provides students with the tools necessary to reach their highest potential as creative practitioners.

The Department of Electrical and Computer Engineering (ECE) at the University of Massachusetts Lowell offers graduate programs leading to Master of Science (M.S.), and Doctor of Philosophy (Ph.D.) degrees. Our research is funded by the National Science Foundation, the Air Force Office of Scientific Research, the Defense Advanced Research Projects Agency, the Office of Naval Research and various companies, including Raytheon and Intel.

The Creative Writing concentration invites English majors to study literary artistry in small group workshop classes that emphasize style, technique, and other aspects of craft. Where most undergraduate programs staff creative writing classrooms with visiting lecturers or graduate students, UMass Lowell retains a permanent faculty of distinguished writers specializing in poetry, fiction, and creative nonfiction. Focused on reading widely and writing well, the concentration’s multi-genre, progressively rigorous course of study culminates in a capstone portfolio project.

Students can expect to take part in the English Department's vibrant and active literary and creative community. The campus literary magazine, The Offering, is entirely student-run and -edited, and many creative writing students work on the editorial team or publish work in the magazine. Students have access to any number of public literary events each semester, including student readings, and can meet and speak to award-winning, nationally recognized authors through our Writers on Campus series. Our program, like the other department concentrations, offers a degree in English, and provides a solid foundation for students hoping to pursue a writing life beyond the classroom. Graduates of our program have published work in prominent literary magazines, been accepted in top-ranked MFA programs, released books with major publishers, and won prestigious national awards.

Students gain education and training in radiation sciences, radiation protection, medical applications of radiation, and dosimetry, which includes laboratory work and clinical internship. The MS program duration is designed to be two years plus one summer semester, although the typical academic plan may be different due to elective courses and the length of thesis research. The duration of the Ph.D. program depends on the student’s academic progress, and it is usually between four and six years. Both the M.S. thesis and Ph.D. dissertation must be based on hypothesis- or development-driven research, and the student is expected to submit the results to a peer-reviewed journal.

The MS Degree in Medical Physics qualifies students for all medical physics specialties and prepares them for residency programs, junior medical physicist positions, and future ABR exams. The clinical component provides the students with training dominantly in radiation therapy, but diagnostic imaging traineeships are also available.

Upon graduation, medical physics students are prepared to receive advanced clinical training through working under the direction of a board-certified medical physicist or entering a medical physics residency program. The students will be prepared for a career as:

• A professional clinical medical physicist.
• A medical physicist in a research laboratory.
• A medical physicist in industry.
• For Ph.D. students, career as a medical physicist in an academic environment.
• For MS students, further research training in a Ph.D. medical physics program.