Bachelor of Science in Exercise Science

at University of New Hampshire - Durham Campus USA

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.

The Master in Public Policy degree (MPP) offers you the opportunity to learn the skills you need to succeed in today’s public policy jobs—analytical expertise, strategic vision, clear and compelling communications, and the tools of leadership. This public policy master's program is ideal whether you will be completing your bachelor’s degree in the near future or are currently working in a policy-related field. You can choose a track focused on public policy analysis or strategy and communications—and select from a broad range of electives to personalize your degree. 

The Biochemistry, Molecular & Cellular Biology (BMCB) major provides you with conceptual competence, analytical skills, and laboratory experiences to understand life at the molecular and cellular level. Your BMCB degree will prepare you for immediate employment as a research associate or for entry into graduate or professional programs in medicine, dentistry or other allied health professions, as well as other career tracks.

The BMCB program offers advanced coursework and laboratories in diverse research areas of modern biology

• Cancer biology
• Cell biology
• Cell culture & tissue engineering
• Endocrinology
• Molecular biology techniques
• Pharmacology
• Physical biochemistry
• Protein structure, function & proteomics

Nutrition is the study of how nutrients and food components function at molecular, cellular, and whole-body levels to impact human health and disease. Students are grounded in fundamental sciences as they develop nutrition-specific competencies in nutrition and health, foods, nutritional assessment, wellness, life cycle nutrition, and/or metabolic biochemistry.

The nutrition program prepares students for entry-level positions in health care, education, or the biotechnology industry, or entry into post-baccalaureate professional programs. Nutrition faculty have expertise in clinical nutrition, sports nutrition, and food science, as well as assessing risk factors of chronic disease risk (i.e. obesity, diabetes, cardiovascular, cognitive) in diverse populations (pediatric, young adult, older adult).

Students in the Nutritional Sciences option most often enroll in a post-graduate educational degree program (e.g., medical school, graduate school, physician assistant program, etc.) or enter the biomedical/biotechnology workplace.

This option is designed for:

• Students interested in a teaching therapeutic riding or other equine-assisted activities and therapies.
• Students interested in an administrative career at a center conducting equine-assisted activities and therapies, such as fundraising, volunteer coordination, or management for a therapeutic riding center.

This option includes classes in equine studies, equine-assisted activities and therapies, non-profit organizations, and topics related to human development and special needs. Students also prepare and test for PATH International instructor certification, which allows them to teach therapeutic riding at any PATH International operating center.

In addition to the standard core courses for all Equine Studies majors, students in Equine Management take courses in human anatomy and physiology, agricultural business management and non-profit management, equine-assisted activities, therapeutic riding instruction, equine management, and equine conformation.  Students then select 20 approved credits to allow them to focus in the areas most relevant to their desired career.  Those courses may include classes in equine training, riding instruction, sign language, human development, and education.

Paul College’s STEM designated Master of Science in Analytical Economics is a breed apart. The program offers students a choice between an academic track or an industry track. The academic track provides a full year of doctoral-level economic theory, econometric analysis, and research seminar. It is designed for for students whose ultimate goal is to become a Ph.D. economist. Students also have the flexibility of pursuing a mixed track.

The industry track’s curriculum is unlike any other Master’s program in the country. It is interdisciplinary, weaving together economic theory, data analytics, statistical methods, and data modeling. The program’s mix of doctoral-level and applied classes is also distinctive. Students learn economic theory and statistical methods at the doctoral level. They also use economic theory and data to understand a range of business decision problems. Innovative applied classes include Macroeconomic Consulting and Strategy Analysis: Games and Auctions.

Few other Master’s programs in the country provide a toolkit with comparable interdisciplinary range or rigor. Students learn economic theory and econometrics, code in R and STATA, and learn SQL, PowerBI, and Tableau all in one year. Graduates are uniquely trained to help business managers and project leaders not only formulate decision problems, but communicate with IT people on what data and analysis may be needed. People with this training are increasingly in high demand.

The Clinical Nurse Leaders (CNL) oversees the lateral integration of care for a distinct group of patients and may actively provide direct patient care in complex situations. The CNL puts evidence-based practice into action to ensure that patients benefit from the latest innovations in care delivery,collects and evaluates patient outcomes, assesses cohort risk, and has the decision-making authority to change care plans when necessary. This clinician functions as part of an inter-professional team by communicating, planning and implementing care directly with other healthcare professionals, including physicians, pharmacists, social workers, clinical nurse specialists and nurse practitioners.

This degree program prepares students for employment and/or graduate study in a variety of fields and research specializations in which mathematics plays a critical role in the solution of important scientific and technological problems.

The Genetics:Genomics program (GEN) explores the world of genetics and genomics in plants, animals, and microbes. Genomics is the study of genomes and includes topics like DNA structure and function, high-throughput sequencing, and computational comparison of the genomes of different organisms. The Genetics faculty strongly value hands-on learning and many GEN students conduct undergraduate research under the supervision of our faculty. GEN graduates are prepared for successful careers in biotechnology fields or for entry into a variety of graduate school or health professional programs.

The Genetics program offers course work and laboratories in:

• Molecular genetics
• Bioinformatics
• Human genetics
• Comparative genomics
• Plant genetics
• Microbial genetics
• Population and evolutionary genetics

The ECS major is comprised of 14 core requirements providing integrative courses in both environmental conservation and sustainability, along with a foundation in biology, ecology, physical and social science, and the basic tools and skills applied to problem solving. These core requirements are typically fulfilled in the first two years. Beginning in their junior year, ECS students, in consultation with their advisers, create a seven course focus area based on an ecological system or natural resource of their choosing. The focus area provides advanced study in ecology and natural resources; social sciences; tools, skills, and/or natural history and should reflect the student's interests and future goals. Additionally, each ECS student completes a practicum experience and a capstone option.

The ECS major provides the opportunity for students to gain a common foundation of knowledge and skills emphasizing integration and critical thinking, while allowing for sufficient flexibility to pursue their interests and passions within a large and complex field of study. The design of the curriculum will allow each student at least four, and as many as six, free electives, which they may fulfill as they choose. Many students pursue international experiences, such as the UNH EcoQuest program in New Zealand, add a minor or dual degree (such as the dual degree in international studies), and/or pursue research opportunities with our faculty or through another of UNH's undergraduate research opportunity programs.