Bachelor of Arts in Water Resources (STEM)

at State University of New York College at Brockport USA

Exercise science is the study of how the human body responds and adapts to exercise. In practice, exercise scientists are responsible for designing and implementing exercise programs for a wide breadth of populations. They work to improve the health and performance of individuals by conducting physiological assessments and using that information to design effective exercise programs. In addition, exercise science is a terrific undergraduate-level foundation for students looking to pursue graduate school in an allied health care field.

Exercise science students have the opportunity to match their area of interest with one of two concentrations within the major. Hence all students must select either: 1) The Exercise for Health Promotion Concentration, or 2) The Strength and Conditioning Concentration. All majors take the set amount of core courses before branching off into their concentration.

Exercise for Health Promotion Concentration
Students who pursue this concentration enjoy working with the general population and/or have an interest in clinical exercise science, such as cardiac rehabilitation. This concentration is designed to prepare students to sit for the American College of Sports Medicine (ACSM) Certified Exercise Physiologist Exam.

Strength and Conditioning Concentration
Students who pursue this concentration enjoy working with athletes and have a strong interest in resistance training. This concentration is designed to prepare students to sit for the National Strength and Conditioning Association Certified Strength and Conditioning Specialist (CSCS) exam.

Student Learning Outcomes:

Upon completion of the program, students will be able to:

• The student will be able to describe the core principles of exercise physiology and related exercise science for the general population.
• The student will be able to independently evaluate the five components of fitness of a client and then design an appropriate, safe, and effective training program to meet the client's needs.
• The student will identify the principles of clinical exercise physiology, as well as describe the pathophysiology of disease and their associated risk factors.
• The student will describe the principles of nutrition and physical activity behavior change in order to promote healthful living.
• The student will identify and explain the issues of safety, injury prevention, emergency procedures and program administration related to exercise program development and implementation.
• The student will apply the principles of exercise science in a practical learning environment.
• The student will describe the ethical demands/challenges of the exercise science related professions and the human/social context in which graduates will work.
• As a result of preparation by our curriculum, students will be prepared for, and participate in, a national credentialing exam (i.e. ACSM HFS, NSCA CSCS, etc.).
• Our undergraduates will complete their B.S. degree in Exercise Science and will be employed and/or accepted to graduate school within a year of graduation.

Water resources majors must earn a minimum of 42 credits in required core courses. Additional requirements are two semesters each of calculus, college chemistry with lab, and college physics with lab. This major prepares students for careers in hydrology, resource management, and pollution control; the course of study includes courses recommended for federal employment as a hydrologist. The major is offered to meet the growing demand for hydrologists and other water resources professionals by federal, state and local government agencies; private sector environmental and consulting firms; and industrial and educational institutions.

Student Learning Outcomes

Upon completion of the program, students will be able to:

• Explain the manner with which variables and data, relevant for water resources, are properly collected using discipline appropriate methodology (fieldwork, instrumentation, remote sensing, or derived products from models).
• Properly interpret water resources data using discipline-accepted qualitative analysis.
• Properly interpret water resources data using discipline-accepted quantitative analysis.
• Define a scientific question and develop a methodology for answering it.
• Locate, evaluate and interpret primary source scientific literature.
• Effectively express water resources concepts and research results following the accepted written format for the discipline
• Explain water resources concepts and communicate research results following the accepted oral format for the discipline.

Develop the knowledge and skills required of a public health professional with exciting courses in programming planning and evaluation, health communication, leadership, and a full-semester professional internship.

Undergraduate students in the Department of Public Health & Health Education can choose from one of two programs:

• Public Health
• Consumer Health

Student Learning Outcomes

The Public Health Education program is aligned with the seven Areas of Responsibility as defined by the National Commission on Health Education Credentialing.

Public Health Major

Upon completion of the program, students will be able to:

• Assess individual and community needs for health education
• Plan health education strategies, interventions, and programs
• Implement health education strategies, interventions, and programs
• Conduct evaluation and research related to health education
• Administer health education strategies, interventions, and programs
• Serve as a health education resource person
• Communicate and advocate for health and health education

Consumer Health Concentration

The Consumer Health concentration is aligned with three of the seven Areas of Responsibility as defined by the National Commission on Health Education Credentialing.

Upon completion of the program, students will be able to:

• Administer health education strategies, interventions, and programs
• Conduct evaluation and research related to health education
• Serve as a health education resource person

As the nations of the world become more interconnected and interdependent, proficiency in other languages is a vital skill that allows you to engage with the world in a more immediate and meaningful way. French language and culture studies prepare you for future opportunities to compete and succeed in the global economy. Through interdisciplinary instruction and the development of intercultural understanding, our curriculum is designed to help you become proficient in French and prepares you to reach your career aspirations in your chosen field of interest. We encourage our students to double major and to participate in study abroad programs in French-speaking countries sponsored by the Center for Global Education and Engagement.

The French major consists of 33 credits and enables students to acquire an advanced level of proficiency in the language. Literature and culture courses are designed to provide a historical, political and social overview of the French-speaking world. All courses are taught in French unless otherwise noted. As with all other undergraduate degrees, students in this major must also complete the General Education program requirements.

Recent Modern Languages and Cultures' graduates have gone on to highly competitive Master's and PhD programs in Higher Education Administration, TESOL, French Literature, and Counseling at recognized research universities. Others have joined the workforce as Bilingual, French, and Spanish elementary and high-school teachers in Rochester and around NY state, ESL teachers for adult learners, translators, interpreters for defense attorneys, social workers, law enforcement officers, and health professionals.

Student Learning Outcomes:

Upon completion of a baccalaureate degree in French, graduates will be able to:

• Narrate and describe using a variety of time frames, extended discourse, and specialized vocabulary.
• Deliver oral presentations on a wide variety of topics, using a variety of strategies to tailor the presentation to the needs of their audience.
• Narrate and describe in all major time frames with good control of aspect and a range of general vocabulary in writing for personal and professional needs.
• Identify the main facts and many supporting details in conventional narrative and descriptive oral texts.
• Identify some of the essential points of argumentative texts in areas of special interest or knowledge.
• Explain key perspectives of some French-speaking cultures within a comparative framework and connect them to cultural products and practices.
• Interpret and synthesize ideas and critical issues from a wide range of historical and contemporary cultural artifacts.

Our biochemistry degree opens doors to cutting edge knowledge — molecular biology, chemical biology, neuroscience, pharmaceuticals, and more. Our electives build on these foundations so you can tailor your education to your goals.

Computer Science is the theory and practice of computation.  A computer scientist creates new hardware and software that is more efficient, effective, and reliable.  At SUNY Brockport, the Advanced Computing (AC) and the Software Development (SD) Tracks of the Computer Science (CSC) major train students in lasting fundamental principles of computing, with appropriate exposure to modern hardware/software products and applications.  The emphasis is on computer problem solving and the development of new software and hardware.

The Advanced Computing Track of the Computer Science major is accredited by the Computing Accreditation Commission of ABET.  This track is recommended for students with a strong preparation in mathematics and science. The Software Development Track is recommended for transfer students and double majors with interest in software development.

Useful information for students, such as career guidance, advisement, sample plans of study, student awards, and scholarships can be found at the department website.

Student Learning Outcomes:

Upon completion of the program, students will be able to:
Advanced Computing Track

• Analyze a complex computing problem and to apply principles of computing and other relevant disciplines to identify solutions.
• Design, implement, and evaluate a computing-based solution to meet a given set of computing requirements in the context of the program's discipline.
• Communicate effectively in a variety of professional contexts.
• Recognize professional responsibilities and make informed judgments in computing practice based on legal and ethical principles.
• Function effectively as a member or leader of a team engaged in activities appropriate to the program's discipline.
• Apply computer science theory and software development fundamentals to produce computing-based solutions.

Physics is the study of the physical properties of the universe and of the fundamental properties and interactions of matter and energy. Physicists work to understand why and how things work, addressing questions ranging from how the efficiency of a solar panel can be improved to why the expansion of the universe is accelerating. Physics underlies and has applications in the pure sciences – astronomy, chemistry, biology, earth science – and applied sciences, such as engineering, optics, and materials science.

Physics majors take a wide variety of courses that develop technical and essential skills, including problem-solving, instrumentation, data analysis, teamwork and communicating results. Graduates who enter the job market immediately find their knowledge and skills, particularly any specialized training gained through research experiences, are strong selling points. A physics degree is also excellent preparation for graduate or professional school, and recent graduates have pursued advanced degrees in physics, astronomy, applied math, engineering, and medicine.

Student Learning Outcomes

Upon completion of the program, students will be able to:

• Apply the principles of Classical Mechanics in the analysis of physical problems.
• Apply the principles of Classical Electrodynamics in the analysis of physical problems.
• Apply the principles of Quantum Mechanics in the analysis of physical problems.
• Use scientific instruments to gather, analyze, and display data with the intention of identifying patterns.
• Communicate scientific concepts and the results of scientific research both orally and in writing.
• Apply conservation principles appropriately in the investigation of physical problems.

Physics is the study of the physical properties of the universe and of the fundamental properties and interactions of matter and energy. Physics has applications in every field of pure and applied science, such as engineering, optics, materials science, space science, and medicine.

The major in Physics Adolescence Education is intended for students who want to become certified to teach high school Physics. It includes 57 credits in the Physics Content Core and 36 credits of Pedagogy Content offered by the Department of Education and Human Development (EHD). Because of the large number of required credits in this major, students should plan their time at Brockport carefully and consult with advisors in both Physics and EHD.

The Physics Adolescence Education major leads to initial certification (see 'Certification' below) under the 'Adolescence Physics Education' category as outlined by the New York State Education Department (NYSED):

• Adolescence Physics, 7-12
• Adolescence Physics, 5-6 Extension

What You’ll Learn

Physics pursues answers to how the Universe works on scales both large and small. High school teachers get to share these answers with their students and spark their curiosity about the natural world.

Your Physics Teacher Education degree will provide you with the content and skills necessary to become an outstanding educator in Physics and prepare you to teach in today's diverse classrooms. You will leave with an initial single certification in teaching Physics.

This major allows a typical student to obtain a Bachelor of Science in Medical Technology from SUNY Brockport upon the satisfactory completion of all program requirements. A typical student fulfills the General Education and major requirements during the first three years. The fourth year, Clinical Year, is completed at an approved clinical site (Hospital/Medical Lab) and includes both theoretical study and practical work. The BS in Medical Technology is awarded upon the satisfactory completion of these program requirements. Completing the Clinical Year (sometime referred to as internship) makes the student eligible to take the National Registry Examination, which the student must pass to be certified as a Registered Medical Technologist.

Student Learning Outcomes

Upon completion of the program, students will be able to:

• Define and accurately use biological terminology and nomenclature.
• Evaluate and analyze biological problems using knowledge of cell structure and function.
• Integrate interdisciplinary concepts to assess tissues, organs and systems.
• Evaluate and analyze biological problems using knowledge of genetics and evolution.
• Compare and contrast origins and diversity of life to explain life processes.
• Competently employ common laboratory equipment.
• Analyze and interpret scientific data, using relevant computer skills.
• Use quantitative reasoning to analyze complex biological problems.
• Apply biological knowledge to societal issues.
• Apply clinical knowledge of Medical Technology as demonstrated by satisfactory score on the New York State Licensure Examination.

The Biology major is designed for students with an interest in aspects of the life sciences, to provide excellent preparation for postgraduate education and careers in biomedicine, health and secondary education, as well as other fields that require an understanding and practice of scientific reasoning and methods.

Students build a scientific foundation for understanding how biological systems function through courses taken during the freshman and sophomore years. In the junior and senior years, students may concentrate in areas such as: pre-professional health, biotechnology, secondary education, or an individualized program. Research opportunities with departmental faculty as well as internships and cooperative programs with public and private organizations afford students the opportunity to apply their skills outside the classroom. Due to the complex biological issues that face modern society, the department also encourages non-majors to take selected courses in the biological sciences.