Bachelor of Science in Computer Science

at Shorelight Group - University of Massachusetts - Boston USA

The Bachelor of Science in Chemistry is an ACS-approved degree. The American Chemical Society (ACS) is the largest scientific society in the world. The American Chemical Society (ACS) organizes national and regional chemistry conferences, publishes a variety of chemical journals and other publications and offers a variety of additional services to its members. The American Chemical Society also promotes quality in chemistry education by approving undergraduate programs. The American Chemical Society recognizes ACS-approved programs as providing a high-quality undergraduate chemistry program.

Students completing a degree in chemistry will:

• Learn the basic canon of chemistry, covering the five fundamental sub-fields as recommended by the American Chemical Society: inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry, biochemistry.
• Conduct original chemical research and report their results orally and in writing to scientific audiences.
• Learn and apply the principles of scientific ethics with regard to use of sources, generating and reporting of data, and collaboration with colleagues.
• Develop an understanding of green chemistry and environmental responsibility.
• Upon graduation, be prepared to practice as a professional chemist, whether in further study or in the workforce.

UMass Boston's MBA is a streamlined 12-course, AACSB-accredited, immersive business program. focused on equipping you with the knowledge and skills you need to succeed as a business leader. The program is designed for professionals who want to gain a deeper understanding of the ever-changing business world to advance their career, change careers, or start their own business. Explore foundational business theories, gain experience with emerging technologies, and develop your analytical skills.

The field of Latin American and Iberian studies explores the languages, literatures, and histories of Spain, Portugal, Latin America and the Caribbean. Insight into these cultures trains students to think critically from different perspectives—an important skill in a world where communication and understanding across boundaries is essential. Latin American and Iberian studies graduates are prepared for careers in international affairs, government, education and many other fields.

Upon completion of the Major in Latin American and Iberian Studies, students will be able to:

• Communicate proficiently, using all four skills (i.e. speaking, listening, reading and writing), in academic, professional, and everyday settings in the language that is required by their selected track.1
• Conduct and disseminate academic research both orally and in writing in the language that is required by their selected track.
• Identify and analyze cultural representations of the languages, cultures and societies of the Latin American and Iberian world, both their own and those produced by others, in accordance with academic standards.
• Document data and formulate concrete research questions in order to conduct academic research at undergraduate level.
• Recognize and utilize appropriate methodologies in order to explicitly outline a research plan to conduct academic research at undergraduate level.
• Produce scholarly work in dialogue with academic fields such as anthropology, history, and geography at undergraduate level.
• Apply pre-professional translation skills to a variety of documents in both directions, Spanish to English and English to Spanish.2
• Assess a variety of theoretical approaches to Translation Studies in order to adopt adequate methodologies for the translation of a variety of documents.

The field of Africana Studies documents and disseminates a specialized body of knowledge about Africa, the Caribbean and especially the United States. We focus on the experiences of the African Diasporas – the global dispersion of peoples of African descent – its history, literature, culture, society, and contributions worldwide. Students are prepared for careers relevant to the development of the African world community and to the rectification of global social ills created by individual and institutional racism.  Students approach the field and subject matter from a rigorous curriculum rooted in the social and cultural history of Peoples of Africa and the Africa Diaspora, and designed to provide practical solutions to challenges facing them from both a local and global context.

The Political Science major allows students to study political institutions, processes, policies, and problems in a manner that is both practical and evaluative. Students will develop both factual and analytic knowledge permitting them to evaluate political phenomena at the local, national, international levels. Courses typically draw on current data, historical studies, and theoretical approaches in an effort to formulate standards for the appraisal of political life and the performance of political institutions. Scholarship in political science touches on virtually every aspect of our encounters with other people — not merely how societies are governed but also the consequences of political structures, processes, and beliefs for human welfare.

A degree in physics will prepare you for demanding scientific research in any of the following areas of inquiry: non-linear optics and photonics, which can relate to laser eye protection; biomedical imaging; quantum dynamics; semiconductors; and even biological applications such as the acoustics of whale sonar.

Welcome to the Department Of Mathematics!
The Department of Mathematics supports the mission of the University by:

• Providing mathematics majors with high-quality programs
• Offering high-quality courses to majors in the sciences and to others who need mathematics in their field of study and research
• Educating those students whose primary interest is not in a field requiring the highest level of mathematics
• Working on the frontier of mathematical research in fields of interest to our faculty

The Bachelor of Science (BS) degree offered by the Mathematics Department has two possible concentrations:

• Applied and Pure Mathematics - The Applied and Pure Mathematics Concentration is the most “traditional” concentration and students pursuing it will have a solid foundation for various math careers ahead of them. Students interested in going to graduate school in fields like mathematics or physics or working on mathematical modeling in industry or research laboratories, might want to consider the Applied and Pure Mathematics Concentration.
• Computational Mathematics - The Computational Mathematics Concentration provides broad math education with an emphasis on computer and mathematical models as tools to solve real-world problems. Students graduating in this concentration would be qualified to look for jobs, for example, in actuarial companies, finance, machine learning industry or apply to grad schools in computational and data-driven sciences, like computer science, engineering or medical research.

An option to earn a General BS degree is also available.

General BS Degree
For those students who need flexibility in their course work like double majors, major/minor students and transfer students, the Mathematics Department also offers an option to earn a General BS degree in Mathematics. Students who want to pursue this option should get an approval from the department first. To initiate the approval, they need to submit a rationale to the department explaining why they want to pursue the general option.

The biochemistry major at the University of Massachusetts Boston is jointly administered by the departments of biology and chemistry.

The curriculum generally follows the recommendations of the American Society of Biochemistry and Molecular Biology (ASBMB). This is a rigorous and well-rounded program of study designed to accommodate the needs of a broad spectrum of students seeking a terminal or non-terminal bachelor of science degree in biochemistry.

Students completing a degree in biochemistry will:

• Learn the fundamentals of chemistry and biology with emphasis on organic chemistry, analytical chemistry, physical chemistry, genetics and cell and molecular biology.
• Gain a deep appreciation of the theory and laboratory practices in modern biochemistry and a solid understanding of the interaction among metabolic pathways from a systems biology perspective.
• Learn and apply the principles of scientific ethics with regard to use of sources, generating and reporting of data, and collaboration with colleagues.
• Develop an understanding of environmental responsibility.
• Upon graduation, be prepared to practice as a professional biochemist, whether in further study or in the workforce.

The School for the Environment's nationally recognized Environmental Studies and Sustainability program emphasizes solutions integrating the humanities and social sciences with economics and business. As environmental and sustainability advocates, students customize their course of study, drawing from such diverse fields as anthropology, law, history, management, economics, and the sciences. In addition to coursework, this hands-on degree incorporates internships, research, cooperative education, and capstone course experiences in which students work as members of a multi-disciplinary team partnered with agencies and organizations throughout the Boston metropolitan area.

• Students will understand key sustainability concepts and become practiced at applying these principles to real world problems.
• Students will be able to use interdisciplinary and collaborative decision-making processes to devise practical solutions for managing environmental problems.
• Students will be able to analyze and critique sustainability issues balancing multiple disciplinary perspectives and research approaches (e.g., social, ecological, ethical, philosophical, political, and economic).
• Students will demonstrate analytical proficiencies, both quantitative and qualitative, to support data-driven decisions.
• Students will understand the system interactions and feedbacks between human activities and social institutions and the natural environment.
• Students will be experienced in communicating their learnings both in writing, visually, and orally, and for specific and general audiences.

The Information Technology major offered through UMass Boston's College of Management is designed to offer pathways to highly-demanded careers in IT for both high school graduates and students of Massachusetts community colleges. Our small classes ensure personalized attention from IT faculty while our ties to the Greater Boston business and technical communities add an extra dimension of learning to our program of business information technology education. The IT major offers an “applications-path” format for students which includes a core of technical knowledge (nine courses), an area of specialization or track within IT (four or five courses, depending on track selection), three professional electives in an application or domain area (preferably outside of IT but within business), and two wrap-up courses (project management and IT capstone), in addition to general education requirements.

The IT major is project based.  Every exercise assigned throughout the BSIT is designed to be of the kind that a student might encounter in his or her work: collaboration, competence, and outcomes assessment are the hallmark characteristics of the program.  Students will learn how to use IT to solve real-world problems within the context of a field in which they wish to work. Graduates will be familiar with, and be able to apply, the following core information technologies to solve business problems:

• Programming
• Networking
• Databases
• Web technologies

In addition, the BSIT program offers four specialization tracks: business intelligence1, computer forensics1, information architecture1 and systems administration.

Information Architecture Track
The Information Technology (IT) major is a jointly offered program between the College of Management (CM) and the College of Science and Mathematics (CSM) at the University of Massachusetts Boston. The BSIT consists of a common core of ten courses, a track of four to six courses in a particular area of specialization (the information architecture track requires four courses), a common capstone course, and three professional electives.