Bachelor of Arts in Computer Science (Systems Option) (STEM)

at University of New Hampshire - Durham Campus USA

This option is for students seeking a broad background in geology and also for those wishing to study one area in depth. These goals are accomplished through a set of common requirements, core courses and electives for a total of at least 30 credits (34 for non-thesis option). Most students who enter this program have undergraduate degrees in geology or earth sciences. Those with other majors may have to make up selected undergraduate courses.

The Latin and Latin Teaching (LLT) option is designed to provide a good foundational liberal arts education centered on Latin and the Roman world, but it also includes specific elements that make it particularly appropriate for students who are considering careers teaching Latin in secondary schools after graduation. This option does not lead directly to state certification, which can be pursued during a fifth year of study in the Department of Education.

The Italian studies program offers courses in Italian language, culture, literature, history and cinema, as well as courses on Italian American culture. Italian courses can also be used to fulfill Discovery Program requirements and the Bachelor of Arts foreign language proficiency requirement. The program provides opportunities both to achieve high competence in Italian language and culture and to apply these knowledge skills to other disciplines. The Italian studies program encourages independent and innovative thinking and research so that students may pursue and achieve individualized goals while they prepare for the challenges of thriving in the world community.

Biotechnology focuses on the application of the biological and biochemical sciences, and particularly genetics, to the preparation of new and enhanced biomedical, industrial, agricultural, and environmental products. Graduate instruction in this area would include molecular biology, cell and tissue culturing, protein biologic development, bioinformatics, functional and comparative genomics, applied immunology, DNA sequencing, tissue biology and engineering, industrial microbiology, drug development, intellectual property, clinical trials, biotechnology management and marketing, applicable regulations, and biotechnology ethics.

The M.S. in Biotechnology: Industrial and Biomedical Sciences (MS Biotech:IBMS) program at the University of New Hampshire is a STEM-designated graduate degree program that offers its students innovative experiential learning opportunities and delivers a content-rich, skills-based, and highly versatile curriculum for individuals seeking to advance their careers in the biotechnology, pharmaceutical, and biomanufacturing sectors. Students will complete a project, internship, or co-op experience as part of their degree program. The MS Biotech:IBMS program has a core foundation in the theory and wet-laboratory skills of cell and tissue biology and culturing; protein and immunologic methods and therapeutics; and the molecular biotechnology of nucleic acids. Students are also required to develop a substantial background understanding of biotech product lifecycle and the regulatory and legal implications therein. After demonstrating proficiency in the core biotechnology knowledge areas, MS Biotech:IBMS students will work with a faculty advisor to create a customized program of study that may include content from diverse graduate programs across the UNH campuses.

The Biomedical Science: Medical Microbiology (BMS:MM) program explores the world of microorganisms and how they interact with both humans and animals.  This major provides you with excellent academic training and laboratory experiences in the areas of microbiology, infectious disease, and public health.  BMS:MM graduates are prepared for successful careers in biotechnology or public health, or entry into graduate school or health professional programs.

The Option in Money and Financial Markets (B.A. degree) explores the complex and interdependent nature of money and financial markets. Students will develop institutional knowledge and analytical skills to understand the role of the financial system in society, fluctuations and risk in asset markets, including those for bonds, stocks, and currency, and how financial derivatives, such as futures, options, and swaps contracts, can be used to hedge risk. Students will also study the conduct and implications of monetary policy, exploring the merits of quantitative easing, macroprudential policy aimed at reducing systemic risk, and other key issues involving the role of the state in the financial system.

The option is designed for students wanting careers in the financial services sector, including commercial and investment banking, financial trading, security analysis, portfolio management, and financial advising, and in the government sector, especially at the Federal Reserve System, Securities and Exchange Commission (SEC), and the U.S. departments of Treasury, Commerce, and State.

The Wildlife & Conservation Biology major provides students with the knowledge and tools to study, conserve, and manage wildlife and their habitats. 

Our students combine science with their passion for nature and the outdoors.  Our courses emphasize hands-on experience and place fundamental principles within an applied context. Students are encouraged to conduct research alongside faculty, and faculty actively assist students in obtaining internships.

Our students become wildlife biologists and resource managers at state/federal agencies and non-profit organizations, conservation law officers, and environmental educators. Many go on to obtain an advanced degree.

At UNH, a master’s degree in kinesiology allows you to choose among three specialization areas: exercise science, outdoor education or sport studies. Each area focuses on applying cutting-edge knowledge to practice and will prepare you to take the next career step in healthcare, program management, sport administration or advanced research.

Chemical engineering is concerned with the analysis and design of processes that deal with the transfer and transformation of energy and material.

The practice of chemical engineering includes the conception, development, design, and application of physicochemical processes and their products; the development, design, construction, operation, control, and management of plants for these processes; and activities relating to public service, education, and research.

The curriculum prepares students for productive careers in industry or government and provides a foundation for graduate studies. The program emphasizes chemical engineering fundamentals while offering opportunities for focused study in energy, environmental, or bioengineering.

Traditional employment areas in the chemical process industries include industrial chemicals, petroleum and petrochemicals, plastics, pharmaceuticals, metals, textiles, and food. Chemical engineers also are working in increasing numbers in the areas of energy engineering, pollution abatement, and biochemical and biomedical engineering; in addition, they are employed by many government laboratories and agencies as well as private industries and institutions.

Looking to strengthen your computer science skillset or jump into a new career path with an outstanding job placement rate? The computer science M.S. at UNH is the right choice for you. If you don’t have a computer science degree, this program will provide the tools to ensure you’re set up for success. Already have a degree in the field? This program will increase the breadth and depth of your computer science knowledge, strengthen your software development proficiency and advance your research experience. Our graduates go on to high-paying jobs with companies such as Apple, BAE Systems, CA Technologies, Cisco, Dell, Fidelity Investments, Google, IBM, Liberty Mutual, Microsoft, NetApp and others.

Why Choose UNH’s Computer Science Program?
Our program will give you the best of both the professional development and research worlds. It’s housed on the same campus as the UNH InterOperability Laboratory, where the world’s top technology companies come to test their networks and products. Our professionally oriented students are well-prepared for success, completing industry internships, obtaining leadership positions or completing doctorates. If you’re seeking a research-rich experience, you can complete a thesis working closely with a faculty mentor. Our faculty are internationally known in artificial intelligence, machine learning, robotics, information retrieval, cybersecurity and computer networking.