Master of Science in Biomedical Engineering and Biotechnology

at University of Massachusetts Lowell USA

The study of economics stems from the scarcity of resources and the limitless nature of our demands for products and services. Societies must therefore choose the goods and services that will be produced from among the larger range of production possibilities. Economics develops the principles and concepts that follow from this fact of scarcity and applies them to the analysis of various aspects of human activity.

The first year of undergraduate study is devoted to developing writing skills and subjects in mathematics and science that serve as a foundation for upper level professional studies.

During the second year of study, students learn additional engineering mathematics, basic engineering mechanics and biology for engineers. Course work that addresses environmental engineering with an associated laboratory, and environmental engineering chemistry are introduced in the second-half of the sophomore year.

Junior year courses address topics such as: energy and sustainability, groundwater hydrogeology and remediation, and biological processes in environmental engineering.

The senior year focuses on: chemical fate and transport in the environment, air quality and solid waste engineering. Advanced elective courses are available during the senior year. In the final semester students participate in an in-depth comprehensive capstone design project for the solution of an environmental problem.

Master’s of Science in Engineering Management degree from a University whose engineering education excellence is matched only by the high quality of its industry-oriented business program – UMass Lowell. Drawing on the strengths of each, the MSEM program prepares students for leadership roles in manufacturing, quality and production operations, product design and support, engineering services and civil infrastructure management. Applicants with technical and non-technical backgrounds can apply to the program.

Technical professionals learn business principles and practices, while those with current management background can deepen their understanding of technical areas such as product, process and operations as well as quality and reliability, infrastructure systems, and occupational health and safety. The program’s flexibility, offering both evening classes on campus and online options in all fall/spring/summer semesters, means working professionals can enhance their careers while positioning themselves for advancement or a new field.

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.

International Security - Concentration
In this area of concentration, students will develop a comprehensive understanding of complex, intersecting global threats like organized criminal and terrorist networks, and the various policies, strategies and mechanisms to combat these threats.

The UMass Lowell American Studies Program offers both a major and a minor. It includes faculty from departments such as English, Cultural Studies, History, Psychology, Sociology and Political Science.

Graduates of the program have pursued careers in government and social services; others seek certification to teach elementary or high school. Having developed skills in writing and analysis, American Studies majors have become successful executives, public relations representatives, product managers, speech writers, press secretaries, and journalists. American Studies has proven a strong foundation for students continuing their studies in law or in library and information sciences.

American Studies is a vibrant interdisciplinary field practiced around the nation and world. It examines the intersection between such subjects as globalization and economics, music and politics, history and gender, race and environment, technology and art. This willingness to cross the boundaries of traditional disciplines allows for creative critical thinking and research.

he department offers a Master of Science in Engineering (MSE) program and a combined B.S.E./M.S.E. program, both of which offer a thesis and a non-thesis option. The masters degree requires a minimum of thirty credit hours of acceptable graduate work, including nine credit hours of research for the thesis option or nine credit hours in an acceptable out-of-department minor for the non-thesis option. Refer to the graduate catalog for more information on research, thesis and core requirements, as well as degree concentrations.

Students who wish to pursue an MSE in mechanical engineering with a bachelors degree in a physical science or in another field of engineering may be required to take up to five undergraduate mechanical engineering courses. This requirement is to ensure that students have the sufficient fundamentals to complete the master of science in mechanical engineering degree.

The Department of World Languages and Cultures offers a Bachelor of Arts degree with a major in World Languages and Cultures that allows students to pursue one of four options:

• French Option
• French / Spanish Option
• Italian / Spanish Option
• Spanish Option

Each option requires specific foundation courses that prepare students for advanced study; students then select specialized courses that complement this core and allow for exploration of individual interests.

The main purpose of the World Languages major is to provide students with the ability to function more effectively in the multicultural world we live in. The courses offer students the opportunity to acquire an ability to use a second language and to become aware of the cultures in which they flourish.

The options focus on the major intellectual concerns, culture and communication. Serving as the paradigmatic model for thinking in the human sciences, language occupies a high rung in the conceptualization of numerous disciplines. Language courses offer an understanding of language as a system and a model of communication in its cultural context, in addition to providing skills in a number of languages. The learning of languages facilitates the cultural connections with the various linguistic groups of a region. The specific areas of study include instruction in language, literature, linguistics, civilization and culture.

The Applied Biomedical Sciences (ABS) degree program provides a high quality education in biomedical and laboratory sciences, preparing its graduates for employment in a broad range of laboratory and research work environments, including industry, government, medical diagnostics, forensics, and more. Graduates of the program are also very well prepared for graduate and professional degree programs, including medicine and related fields.

Mathematics has long played an integral role in advances in science and technology. And in today’s high-tech, information-based economy, a background in mathematics is a highly valued commodity.

At UMass Lowell, students pursuing a Bachelor of Science Degree in Mathematics develop valuable and transferable skills in critical thinking, quantitative analysis and problem solving — skills that are necessary for success in a broad range of fields.

Offered by UMass Lowell’s Department of Mathematical Sciences, this flexible program features a robust curriculum designed to provide an in-depth understanding of the science of mathematics. Topics covered include calculus, physics, discrete structures, applied statistics, propositional logic, methods of proof, relations and functions, applications to computer science and more.

A computer engineer must understand the fundamentals of general engineering and hardware design as well as essential low and high level programming. A computer engineer must have a fundamental understanding of digital signal processing VLSI filters, electronics, digital/advanced digital computer logic and architecture (at the hardware level) as well as the associated software. This defines the differences between a computer engineer, an electrical engineer, and a computer scientist. An electrical engineer will study math, physical science, and some hardware, while a computer engineer will focus more on hardware and software along with physical science and math, especially discrete math. The computer scientist concentrates more on software and discrete math than the computer engineer and less time to hardware and physical science. For example, both electrical and computer engineers require at least 20 credits of circuits and electronics (theory and laboratories). Computer engineers use their knowledge to create new devices and systems that satisfy perceived societal needs, including health and welfare, safety, environmental control, knowledge enhancement, etc.