Bachelor of Fine Art, Major in Sculpture

at University of Massachusetts Dartmouth USA

UMass Dartmouth’s Master of Arts in Professional Writing & Communication program meets a growing demand for professional and technical communicators. According to the U.S. Bureau of Labor Statistics, jobs in professional and technical writing are growing faster than average.

Our students take classes that prepare them to meet that demand by learning how to communicate ideas and information across a range of media.

• Web authoring
• Document design
• Social media writing
• Rhetorical theory
• Usability
• Stylistics

Do you dream of exploring the ocean environment, conserving species, and understanding the complexity of marine organisms? UMass Dartmouth's Biology department offers a bachelor's degree in biology with an option in marine biology.

When you study marine biology at UMass Dartmouth, you begin with a solid foundation in fundamental biological principles and practices. Then you'll focus on your specific interests, from the biology of sharks and fishes to marine ecology.

Our faculty's research interests in marine and coastal biology place them at the forefront of their fields, from molecular and cellular biology to marine and terrestrial ecology.

We emphasize field and laboratory opportunities, so you will learn marine biology while studying living organisms. Our nearby coastal environments will be your living laboratories.

You'll be prepared for employment in biological oceanography, ecology, education, fisheries biology, industry, marine biology, project management, and research fields. With a strong background in fundamental biological principles and practices, you'll be prepared for graduate study in marine biology and related disciplines.

The Electrical & Computer Engineering Department offers a bachelor's degree in computer engineering with a concentration in cybersecurity: the application of measures to protect computers and computer systems from unauthorized access and attack.

With the expanding threat of cyber attacks, cybersecurity is one of the fastest growing fields in computer engineering.

As a concentration within UMassD's computer engineering major, your program of study will explore the foundations of cybersecurity—including hardware, software, and information systems—as well as contemporary issues in software reliability, security risk, internet of things, and smart and connected cities.

Your course work will cover:

• computer forensics: detection and prevention of digital criminal activity; ethical and legal issues in the collection, analysis, and reporting of digital data
• cyber threats and security management: trustworthy systems, security life cycles, social engineering, risk assessment
• design and implementation: real-time embedded resource management systems
• network security: defense of network resources, cryptography, models

As a computer engineering major, you'll be prepared to meet the changing high-technology needs of industry and to continue with graduate studies.

Computer engineers with a background in cybersecurity will find exciting and challenging work in a variety of fields including banking, communications, e-commerce, government, the military, and social media.

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.

When you major in biology, you begin your studies with a solid foundation in fundamental biological principles and practices. Then you'll focus on your specific interests, such as cell and molecular biology, organismal biology, ecology and evolution, or the biology of marine organisms.

We offer programs of study leading to bachelor's degrees in biology and marine biology. Both programs emphasize field and laboratory opportunities, so you will learn biology while studying living organisms. Our semi-rural campus and nearby coastal environments will be your living laboratories.

Our faculty engage in research at the forefront of their fields, with a strong focus on marine biology, ecological and evolutionary genetics, and integrative biology, in which we use diverse approaches to study the complexity of biological organisms.

You'll be prepared for careers in industry and government in areas such as animal biology, biotechnology, botany, cell biology, developmental biology, education, and medicine—or to pursue research in fields such as biomedicine, the environment, and marine science. Our curriculum prepares you for graduate study in biology, medicine, and other health professions.

A bachelor's degree in Management Information Systems (MIS) prepares you for a multitude of career paths, including IT consultant, business analyst, e-commerce systems developer, and database specialist.

MIS is about finding answers and leveraging information and communication technology within an organization to increase business value and profits. MIS professionals are in high demand. In fact, the U.S. Labor Department predicts that MIS jobs will continue to have one of the largest growth rates.

The Charlton College of Business’ MIS degree offers 2 study options that enable you to refine your MIS skills in your area of interest:

• Technology and Management: advanced course work includes business intelligence and analytics, database design, enterprise systems, networking and security, systems analysis, management of an organization's information resources and project management
• E-Commerce/Digital Business: advanced course work prepares you for success in the Internet economy through e-commerce development, social media marketing, systems analysis, small business management, and management of an

In our MIS program you will learn how to:

• Employ core technologies such as database, enterprise systems, e-commerce, business analytics, and networking
• Apply information technology to business problems by analyzing, designing, and implementing IT solutions
• Manage IT systems throughout their life cycle

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.

The master's degree program in data science prepares you for leadership positions in data analytics, information management, and knowledge engineering. It is jointly offered by the departments of Computer Science in Engineering and Mathematics in Arts & Sciences.

With a master's degree in data science, you will:

• Develop skills in computer programming, statistics, data mining, machine learning, data analysis, and visualization
• Be prepared to solve challenging problems involving large, diverse data sets from different application domains

You will explore the rapidly emerging fields of data analytics and discovery informatics—which integrates mathematics and computer science for the quantification and manipulation of information from a cognate area of application (such as science, engineering, business, sociology, healthcare, planning).

The program emphasizes:

• Strong foundations in information theory, mathematics, and computer science
• Current methodologies and tools to enable data-driven discovery, problem solving, and decision-making

Physicists and astronomers conduct theoretical, experimental, and computational studies to explore the fundamental properties and laws that govern space, time, energy, and matter on scales ranging from atoms to the universe.

As a physicist, you can investigate the structure of the atom, design and program computers, solve environmental problems, and develop new manufacturing materials. Physicists lead some of the world's major technology companies and research institutes, paving the way for technological innovations such as lasers, solar cells, electric cars, medical diagnostics, and computers.

The powerful array of technical skills you'll acquire as a physics major will prepare you for a career in many areas of theoretical and applied science. You'll be ready to assume leadership roles in industry, business, and government or explore the fields of materials science, biophysics, geophysics, oceanography, and medical physics. Within a year of graduation, 95% of physics majors are either in graduate school or employed.

Mechanical engineers work on the design, analysis, production, and operation of mechanical and thermal systems, including tools, engines, and machines.

You will be prepared to work in a diverse range of careers including aerospace, manufacturing, robotics, biomedical, product design, energy, sustainable development, scientific research, defense, and the military.

Growing opportunities are available for mechanical engineers in cutting-edge medical research, new energy resources, novel material design, and robotics applications. Encompassing a wide range of fields, mechanical engineering includes the study of energy transformations, manufacturing, mechanical systems, material science, and systems control.

The Mechanical Engineering program provides students with both a diverse, broad-based degree that is grounded in fundamental principles of science and engineering and the opportunity to specialize in a field of interest (such as energy, manufacturing, robotics, materials science, mechanical systems).

The program is characterized by hands-on design projects and the use of computer work stations to address complex problems and enable the design and manufacture of components and systems.  The program culminates in a senior project, solving a real-life engineering problem with realistic constraints of time as well as economic, aesthetic, safety, social and environmental considerations. The students defend their work in an oral presentation before their class, faculty, guests and an invited panel of judges from local industries.

The first two years of the program include basic courses in mathematics, chemistry and physics, together with introductory courses in applied science such as mechanics, materials, and electrical science. Specialization occurs during the last two years with courses available in the areas of thermodynamics, fluid mechanics, manufacturing processes and systems, control systems, materials behavior, energy, and mechanical design.