Bachelor of Science, Major in Interior Architecture and Design

at University of Massachusetts Dartmouth USA

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 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.

Philosophy will appeal to your sense of curiosity about the world, as you explore topics such as justice, knowledge, reality, and truth: the ideas that have shaped our world over time.

Yet the study of philosophy also prepares you for many challenges, as you analyze and evaluate the ideas of others, and clarify and defend your own ideas.

You will develop problem solving abilities, communication skills, persuasive powers, and writing skills—skills needed to develop a rewarding career and a meaningful life.

With its emphasis on logic, analysis, and clarity of thought, philosophy is an excellent preparation for professional fields such as artificial intelligence, business, communications, government, information sciences, law, medicine, public relations, and writing—as well as graduate study in philosophy, theology, and many other disciplines.

The Master of Science in Healthcare Management (MSHM) provides you with the knowledge and tools to help improve the quality and efficiency of healthcare delivery and become an agent for positive change. Professionals working in healthcare and those interested in influencing the field learn how to save time and money, improve quality of care, redesign organizational processes, and reduce implementation errors.

Throughout the program, you will strengthen your managerial skills, which you’ll be able to immediately apply to the workforce. You’ll also learn how to analyze and measure health systems' performance, improve processes and productivity, and use data to guide improvements and support patient care delivery.

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

Electrical engineers design and develop electrical and electronic components and systems for power, communications, and control; integrated circuits; and computers.

Electrical engineering is the largest field within the engineering profession, and it continues to grow and evolve. Electrical engineers are working in such diverse fields as acoustics, aerospace, automotive, communications, consumer electronics, energy resources, the environment, medical and biomedical fields, power, signal processing, space, testing, and underwater systems.

Our program prepares you for this evolving field by providing a strong background in science, mathematics, and engineering. You will be prepared for positions in industry and with government agencies and to continue your studies at the graduate level.

The Electrical Engineering program prepares students to meet changing high-technology needs in electrical engineering, and for graduate study, by providing a strong background in science, mathematics and engineering.

Electrical Engineering encompasses a broad range of specialties including communications, signal processing, instrumentation, control and automation, power conversion and distribution, RF and microwave devices and systems, and digital and analog techniques. In any of these specialties, electrical engineers work with devices and/or systems to perform various functions such as research and development, systems analysis, management, production, testing, quality control, or sales. They may pursue careers in many areas, such as monitoring and control of the environment, space exploration, aerospace and defense, ocean engineering, energy resources, biomedical engineering, information technology, law, or medicine.

The program consists of a core of basic science and mathematical courses interwoven throughout the four years of study. The student also selects 15 credit hours in a new general education curriculum called University Studies. Students begin to identify with their field in the first and second year of study. In the junior year, students gain a foundation for further study in particular branches of electrical engineering. A senior year composed primarily of elective courses and a capstone design project allows the students to concentrate their studies in one or more areas of their choice, and hone their skills for the real world. A co-op or internship experience is also available for qualified students in cooperation with regional industries.

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 Physics department offers a bachelor's of science degree in physics with a concentration in astronomy and astrophysics.

Explore your interests in the universe, and uncover the mysteries of nature. Probe the far reaches of space and the depths of the ocean, and meet our planet's environmental challenges. You'll learn the observational and analytical methods astronomers use to study the cosmos, as well as the physics behind celestial phenomena.

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.

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 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

The English department offers a bachelor of arts degree in English with a concentration in creative & professional writing.

Creative and professional writing candidates demonstrate their ability to analyze context and rhetorical problems with awareness of cultural diversity to create and compose effective, well-formulated written communication for specific audiences across multiple modalities.

Areas of study in this concentration include: fiction; non-fiction; poetry; journalism; digital media production; script, drama, and screenwriting; professional writing; and technical writing.

Creative and professional writing learning outcomes:

• Write and compose original texts
• Apply key concepts in writing analytically, creatively, and professionally across multiple genres and modes based on audience needs and information design principles
• Identify and summarize foundational concepts in creative writing, literary studies, and rhetorical studies
• Understand and apply concepts and ideas related to issues of diversity such as race, class, sexuality, gender, ethnicity and others to texts across multiple genres and modes
• Analyze the compositional and rhetorical strategies used in texts across multiple genres and modes
• Synthesize primary and secondary sources using appropriate research and writing methods across genres and modes
• Evaluate the appropriateness of compositional and rhetorical strategies used in texts