Bachelor of Science, Major in Chemistry

at University of Massachusetts Dartmouth USA

Chemists conduct research and experiments to discover new concepts about the universe. They try to solve society's problems, whether by developing a cure for cancer, monitoring the earth's ozone layer, creating new materials to heat our homes, or pursuing countless other challenges.

The knowledge you'll gain through the study of chemistry at UMass Dartmouth will open the door to many different career opportunities within the five divisions of chemistry: analytical, biological, inorganic, organic, or physical. You'll be prepared for chemistry careers in education, forensics, government, law, industry, medicine, or research.

Ranked by the American Physical Society as one of the top physics master's programs in the U.S., the MS in Physics is designed to:

• Advance your understanding of the concepts of modern and classical physics
• Develop your ability to apply these concepts to solve practical problems

We are interested in working with inquisitive and enthusiastic students who plan to pursue:

• Professional careers in research and teaching
• Applied areas of industrial research and development

The Physics Department offers a range of graduate courses in:

• Astrophysics
• Computational physics
• Electrodynamics
• Fluid physics
• Mathematical physics
• Nuclear physics
• Quantum mechanics
• Relativity

The department also offers courses emphasizing research—including thesis research and independent study in special topics.

You'll be encouraged to participate in faculty research in areas such as theoretical and computational physics—including atomic physics, relativity, high-energy and gravitational physics, and traffic modeling. Most students are supported by teaching or research assistantships.

Under the guidance of a graduate advisor, you will follow a course of study and research that is in harmony with your own background and goals. The size of our program fosters close personal contacts among students and faculty.

The MFA degree is the credential that signifies the artist's capacity to work independently in a discriminating, distinctive, and professional manner.

The goal is to find the interdependence of idea to medium. This may be initiated through the pure language of traditional print processes, or this may be accomplished through a blend that complements the traditional multiple with other possibilities such as: mixed media, photo mechanical, alternative processes or digital fabrication.

Student and advisor meet weekly for one-on-one critique and additional faculty input is planned at mid- and end-of-semester reviews.

In addition to the studio experience, the students take courses in art history and critical theory, and a broad complement of University offerings that support the fostering of intellectual pursuit and individual aesthetic maturation.

Computer engineers apply electrical engineering techniques and computer science concepts to develop dependable, cost-effective hardware and software systems and components.

Computer engineering is a rapidly growing discipline and is also one of the highest-paid engineering fields. Specialty areas within computer engineering include:

• Computer architecture
• Computer networks
• Cybersecurity
• Embedded systems
• Mobile devices
• Wireless sensors
• Internet of Things

As a computer engineering major, you'll be prepared to meet the changing high-technology needs of industry and to continue with graduate studies. Our program prepares you for this evolving field by providing a strong background in science, mathematics, and engineering.

Computer engineers work in a variety of fields such as aerospace, automotive, biomedical, communications, consumer electronics, medicine, power, and space. As a computer engineer, you may work as a designer, researcher, scientist, educator, consultant, entrepreneur, executive, public official, or in the military.

The bachelor’s degree in Economics with a concentration in Healthcare Services Administration is for anyone interested in a career as a manager or supervisor in the healthcare field. This degree is a great option for healthcare professionals with an associate's degree who want to advance their careers as managers or supervisors. The program is also well suited to students looking to work in the healthcare industry with a focus on operations, administration, and management rather than the science-focused aspects of this profession.

Healthcare administration professionals make decisions every day that help improve the lives of their patients. They are often responsible for managing health records, communicating new policies, coordinating with doctors and nurses, and ensuring compliance with healthcare laws and regulations.

The field of healthcare administration is growing fast, and so is the demand for qualified candidates to fill the growing number of jobs. Employers seek candidates with very specific credentials in the field.

We'll help you gain the practical skills necessary for intelligent decision-making and administration in healthcare. You will be able to:

• Create evaluative techniques
• Design and implement budgets
• Develop quantitative skills
• Evaluate management goals
• Use theoretical concepts of social dynamics
• Research healthcare and economic issues
• Manage healthcare staff

Centered on studio practice, UMass Dartmouth's BFA in Art Education is a professional degree that will prepare you for elementary or secondary school teaching and for careers in other learning environments.

The BFA is a professional degree with concentrated areas of specialization, so you will take more art courses than you would in a BA program. At UMass Dartmouth, you also have the advantages of a university education where you can diversify your studies and expand your career opportunities.

The BFA is a professional degree that prepares students for licensure in elementary or secondary school teaching or for work in other learning environments and it is founded on studio practice.  Students must complete a concentration in one of the studio areas in the College of Visual and Performing Arts.

Teaching licensure students become Art Education Teacher Candidates after passing the Communication and Literacy Skills portion of the Massachusetts Test of Educator Licensure (MTEL). Teaching licensure students become Art Education Pre-Service Candidates only after passing the entire MTEL, which includes the Visual Arts portion, before the first semester of their senior year, a prerequisite for entrance to the student teaching practicum. Depending upon the level of licensure sought, in consultation with the Art Education faculty advisor, and prior to class registration each semester, the appropriate Art Education courses must be selected and passed.  Students must achieve a minimum GPA of 2.75 and obtain a positive recommendation from the chairperson before permission is granted to the student for entrance in his/her student teaching (Practicum). Student teaching requires a commitment of 400 total hours, earning full-time (12 credits) status. During the pre-practicum field experience, UMD pre-service teachers observe and assist in teaching students at their selected grade level (PreK-8 or 5-12) in public schools. Students must acquire a total of seventy-five hours outside of class during their pre-practicum field work, plus 20 hours observations in Sheltered English Immersion (SEI).

The Bioengineering Department offers a BS degree in bioengineering with a concentration in biomedical engineering: the biological and medical application of engineering principles in healthcare.

Biomedical engineers integrate engineering principles with the medical sciences to design and create medicines, artificial tissues and organs, devices, computer systems, and software to improve human health.

As a concentration within UMassD's bioengineering program, your program of study will bring together the life sciences, medicine, and engineering—providing a solid academic foundation and a broad interdisciplinary approach to the field.

Within the concentration, you'll have the opportunity to explore:

• Cell and tissue engineering: with courses in areas such as nanotechnology, immunology, human organogenesis, and material surfaces
• Medical devices: with courses in areas such as implantable sensors, robotics, medical ultrasonics, and device regulations

Your education will prepare you to contribute to the profession in an ethical and socially responsible manner and to work effectively to further your career and to benefit society.

You’ll join a new generation of innovators and leaders in fields with significant opportunities for growth. Biomedical engineers pursue exciting, rewarding careers in manufacturing, universities, hospitals, research facilities, and other educational and medical institutions.

Focus your studies on international affairs. The Political Science Department offers a BA degree in political science with a concentration in international politics.

The International Politics Concentration promotes critical thinking, problem-solving, and creativity with respect to international politics; it enables students to address global issues and contribute to the public good.

Building on a strong foundation of American and comparative politics, international relations, and political theory, the international politics concentration provides you with the knowledge and analytical skills to understand politics within other countries and politics among countries.

Through experiences in and out of the classroom, you’ll learn to address critical global issues and contribute to the public good. You’ll acquire proficiency in writing, communication, advocacy, and comparative analysis: all vital skills in today’s global workplace.

You’ll be prepared for careers in international business, development, and diplomacy, and to continue your education at the graduate level.

Our graduate program provides individualized attention and unique research opportunities for students. Classes are typically small, affording superb opportunities for interaction with the faculty and access to state-of-the art equipment and computational resources.

Students gain broad knowledge of the field and UMass Dartmouth has particular expertise in biotechnology and environmental chemistry. You may choose to specialize in:

• Analytical chemistry
• Biochemistry
• Computational chemistry
• Inorganic chemistry
• Marine chemistry
• Organic chemistry
• Physical chemistry

The Computer Science MS program gives graduates a broad and deep knowledge of computer science by offering a strong core program with a wide selection of elective courses.

The program maintains a balance between theory, systems, and applications—with an emphasis on software development.

You'll gain the ability and confidence to use your knowledge by working on realistic-scale, graduate-level projects. Your experience will include:

• Work as a member of a team
• Situations where you will be responsible for the entire project, from problem specification to solution
• Independent research
• Presentation of research results in oral and written forms

You will graduate with the knowledge and skills required to develop and design high-quality computer systems and application software—and the ability to follow the rapid changes in the field of computer science.