Popular Accredited Exercise Science Programs in New Jersey [2026 Guide]

New Jersey offers a strong mix of exercise science programs that prepare you for careers in fitness, wellness, and clinical settings. From broad science-based majors at Rutgers University-New Brunswick and Montclair State University to applied pathways at Kean University, Stockton University, Georgian Court University, and the fully online M.S. in Exercise Physiology at William Paterson University, you can match your studies to your goals.

Many programs emphasize hands-on lab work, internships, and preparation for graduate study in physical therapy, athletic training, and other health professions.

Best Exercise Science Programs in New Jersey

Listed below are some of the popular schools offering exercise programs in New Jersey:

• Rutgers University-New Brunswick – B.S. in Exercise Science
• Montclair State University – B.S. in Exercise Science
• Kean University – B.S. in Exercise Science
• Stockton University – B.S. in Exercise Science
• Georgian Court University – B.S. in Exercise Science, Wellness & Sports
• William Paterson University of New Jersey – M.S. in Exercise Physiology (Online)

To find out how we select colleges and universities, please click here.

Rutgers University-New Brunswick

B.S. in Exercise Science

The B.S. in Exercise Science at Rutgers University-New Brunswick is a science-focused degree that examines how physical activity influences health, performance, and disease prevention. The program is structured as a 120 credit bachelor degree that typically takes four years of full time study, combining university core requirements with a robust major curriculum in kinesiology and health.

As an exercise science major, you move through foundational coursework in biology, chemistry, physics, statistics, and introductory kinesiology before progressing into advanced topics such as exercise physiology, biomechanics, and motor learning. This layered structure helps you understand how the body responds to acute exercise and long term training across different populations, from healthy adults to clinical groups.

The degree is designed for students interested in careers or graduate study in areas like physical therapy, occupational therapy, cardiac rehabilitation, strength and conditioning, and corporate or community wellness. You gain a strong grounding in human anatomy, physiology, and movement science while also developing skills in behavior change, coaching, and health promotion.

Within the major, you choose from targeted electives that allow you to focus on interests such as clinical exercise testing, exercise for special populations, or research oriented study. This flexible structure supports pre professional pathways, including tracks aligned with physical therapy, medicine, and other allied health fields.

Experiential learning is built into the curriculum through laboratory classes, field experiences, and a required internship in exercise science. These experiences connect classroom learning with real clients and patients, giving you a clearer sense of day to day professional practice and expectations in health and fitness settings.

By the time you complete the 120 credit program, you are prepared to pursue professional certifications in exercise science, apply to graduate school, or step directly into entry level roles in fitness, wellness, and clinical support environments.

Courses and Curriculum

The curriculum in exercise science at Rutgers begins with a foundation in the natural sciences and quantitative reasoning. Early coursework includes general biology, chemistry, physics, and statistics alongside introductory classes in kinesiology and health. These courses provide the background you need to understand cellular processes, metabolic pathways, and basic mechanics that underlie human movement.

As you advance, required courses in exercise physiology, biomechanics, and motor learning deepen your understanding of how the neuromuscular, cardiovascular, and respiratory systems respond and adapt to training. Laboratory sections allow you to work directly with equipment used to measure oxygen consumption, heart rate, blood pressure, body composition, and movement patterns, tying scientific theory to practical measurements.

Upper level classes emphasize application and professional practice. You study exercise assessment and prescription, administration of exercise programs, research methods, and elective topics such as exercise for special populations or advanced strength and conditioning. A capstone internship in exercise science helps you integrate scientific knowledge, technical skills, and professional communication in a supervised setting.

Some of the core courses that you will take include:

• Foundations of Kinesiology and Health – Introduces the field of kinesiology, major subdisciplines, and career options in exercise science. You explore how physical activity relates to health, disease prevention, and human performance while learning basic terminology and conceptual frameworks used throughout the major.
• Exercise Physiology – Examines acute and chronic responses of the cardiovascular, respiratory, muscular, and endocrine systems to exercise. You analyze energy systems, aerobic and anaerobic metabolism, and training adaptations in both healthy and clinical populations.
• Biomechanics – Applies principles of physics and mechanics to human movement. Topics include kinematics and kinetics of gait, joint loading, lever systems, and movement analysis, helping you evaluate technique and design safer, more effective exercise programs.
• Motor Learning and Control – Focuses on how individuals acquire and refine motor skills. You consider sensory feedback, practice structure, and neural control of movement, then apply these ideas to coaching, rehabilitation, and performance improvement.
• Exercise Testing and Prescription – Covers standardized protocols for assessing cardiorespiratory fitness, muscular strength and endurance, flexibility, and body composition. You learn to interpret test results and design individualized exercise prescriptions aligned with health status and goals.
• Research Methods in Exercise Science – Introduces research design, data collection, and statistical interpretation in exercise science. You review published studies, develop basic research proposals, and practice communicating findings to both professional and lay audiences.
• Administration of Exercise Science Programs – Explores management issues in fitness and wellness settings, including staffing, risk management, budgeting, marketing, and policy development. The course prepares you to take on leadership roles in clinical, corporate, and community programs.
• Internship in Exercise Science – Provides a supervised field experience in settings such as cardiac rehabilitation centers, physical therapy clinics, strength and conditioning facilities, or community wellness programs. You apply assessment, program design, and communication skills with real clients under professional supervision.

Practical Experience

Practical learning is a major feature of the exercise science program. Laboratory classes in physiology and biomechanics introduce you to tools such as metabolic carts, electrocardiography, motion analysis systems, and force platforms. In these settings, you practice collecting and interpreting data on oxygen consumption, heart rhythms, movement patterns, and muscular forces.

Field based courses and practicum experiences place you in campus fitness centers, community wellness programs, and clinical partner sites. You help conduct fitness assessments, lead supervised exercise sessions, and assist with behavior change initiatives under the guidance of faculty and site supervisors.

The required internship provides extended, structured experience in a professional environment. Depending on your interests, you might complete this internship in a cardiac rehabilitation program, hospital based wellness center, outpatient physical therapy clinic, strength and conditioning facility, or corporate wellness site, building a strong resume and network before graduation.

Learning Outcomes

• Apply core concepts in anatomy, physiology, biomechanics, and motor learning to evaluate human movement and exercise responses.
• Design safe and effective exercise programs for diverse populations, including healthy adults, older adults, and individuals with risk factors or chronic conditions.
• Conduct and interpret fitness and functional assessments using appropriate protocols, equipment, and reference standards.
• Analyze research in exercise science, understand basic research designs and statistics, and communicate findings in clear written and oral formats.
• Demonstrate professional behaviors related to ethics, cultural competence, and effective communication in clinical, community, and performance settings.
• Collaborate with health and wellness professionals to support integrated care and coordinated exercise interventions.
• Prepare for entry level employment and advanced study in fields such as physical therapy, occupational therapy, exercise physiology, athletic training, or public health.

Career Preparation & Outcomes

Graduates of the Rutgers B.S. in Exercise Science are prepared for a wide range of roles in fitness, wellness, and healthcare support. Many pursue positions as exercise specialists, health coaches, corporate wellness coordinators, strength and conditioning coaches, or cardiac rehabilitation assistants. Others use the degree as a springboard into graduate programs in physical therapy, occupational therapy, athletic training, exercise physiology, or related clinical disciplines.

The program’s strong science foundation and emphasis on assessment, program design, and behavior change align well with professional certifications from organizations such as the American College of Sports Medicine and the National Strength and Conditioning Association. Laboratory and internship experiences help you build the practical skills and professional networks needed to compete for these roles.

Rutgers University-New Brunswick reports a 6 year graduation rate of about 85%, reflecting strong overall student persistence and completion. As an exercise science major, you benefit from campuswide career services, alumni connections in health and wellness fields, and proximity to major healthcare and sport markets in New Jersey, New York, and Pennsylvania.

Admissions Requirements

• High school diploma or equivalent with a college preparatory curriculum that includes biology, chemistry, and mathematics.
• Competitive high school GPA that meets general Rutgers-New Brunswick admission standards for first year applicants (2.7).
• Submission of the Rutgers application or Common Application, including required application fee and personal statement.
• Official high school transcripts and, if applicable, transcripts from any colleges attended for dual enrollment coursework.
• SAT or ACT scores are considered but not required for many applicants, in line with current Rutgers testing policies.
• For transfer students, completion of recommended prerequisite coursework in biology, chemistry, and related areas, along with a strong college GPA.

Application Deadlines

For fall entry to Rutgers University-New Brunswick as a first year student, the early action application deadline is typically November 1, and the regular decision deadline is December 1. Applying by these dates ensures full consideration for admission and merit scholarships. Transfer applicants seeking fall admission usually follow a February 1 application deadline.

Montclair State University

Bachelor of Science in Exercise Science

The Bachelor of Science in Exercise Science at Montclair State University is a 120 credit program that most students complete in four years of full time study. Housed in the College for Community Health, it blends a strong science core with extensive professional preparation so you understand both how the body works and how to apply that knowledge in real fitness, performance, and clinical environments.

The major is built around a multidisciplinary view of human movement. You study anatomy, physiology, biology, chemistry, psychology, motor control, and biomechanics to understand how the body functions during physical activity and adapts to repeated training. From this base you learn how to evaluate fitness, design exercise programs, and teach functional movement patterns across different ages and ability levels.

Students choose from two concentrations inside the Exercise Science major: Sport Conditioning or Clinical and Pre Professional Studies. The Sport Conditioning concentration focuses on strength and conditioning, performance training, and athlete development, while the Clinical and Pre Professional Studies concentration emphasizes preparation for careers and graduate programs in areas like physical therapy, cardiac rehabilitation, and other allied health fields.

Montclair State emphasizes structured course sequencing so you build skills in a logical progression. You begin with introductory and support courses, then move into advanced physiology, kinesiology, motor learning, and specialized exercise science coursework as you satisfy prerequisites. Academic advising helps you align your plan of study with your professional goals, including pre health paths if you intend to apply to professional schools.

Laboratory learning and field based experiences are central to the curriculum. You spend time in the Human Performance Laboratory and Physical Education Activity Laboratory working with equipment for exercise testing, movement analysis, and physiological assessment. These settings help you connect lecture content with hands on practice and prepare you for the expectations of professional work sites.

By completing general education requirements, the exercise science core, concentration specific courses, free electives, and an extended internship, you graduate with a Bachelor of Science in Exercise Science from Montclair State University ready for entry level roles in fitness, wellness, sport, or clinical support, or to move on to graduate study in exercise science or allied health professions.

Courses and Curriculum

The curriculum starts with a foundation in natural and social sciences. You complete introductory biology and chemistry, college level mathematics or statistics, and courses in psychology and personal health. At the same time, you take early major requirements such as emergency care, nutrition, and fitness focused physical education so you can link general science content to health, safety, and wellness themes.

As you progress, you move into core exercise science courses that cover anatomy, physiology, biomechanics, and motor learning. Classes such as Anatomy and Physiology, Kinesiology, Physiology of Exercise, and Basic Motor Learning explain how body systems respond to training and how movement skills are acquired and refined. Research methods and data interpretation courses introduce you to study design and statistical thinking so you can read and apply exercise science research.

Upper division coursework emphasizes advanced application and concentration specific content. You complete classes in exercise assessment and prescription, exercise in special populations, cardiac rehabilitation, theories in strength and conditioning, and leadership in aerobic and anaerobic exercise. A two course seminar sequence and a large credit internship serve as capstone experiences, helping you integrate scientific knowledge, technical skills, and professional behavior in supervised settings.

Some of the core courses that you will take include:

• EXSC 255 – Research Methods and Data Interpretation: Introduces research design, data collection, and basic statistics in exercise science. You learn how to interpret graphs and tables, critique published studies, and connect research findings to exercise testing and programming decisions.
• EXSC 233 – Leadership in Aerobic Exercise: Focuses on planning, leading, and evaluating aerobic exercise sessions for groups and individuals. Emphasis is placed on cueing, music selection, class structure, safety considerations, and inclusive instruction for participants with varied fitness levels.
• EXSC 234 – Anaerobic Leadership: Emphasizes resistance and high intensity training leadership. You study correct lifting techniques, spotting, progression strategies, and how to coach power, strength, and speed development safely in sport conditioning and fitness settings.
• PEMJ 320 – Physiology of Exercise: Examines how the cardiovascular, respiratory, muscular, and endocrine systems respond to acute bouts of exercise and adapt to chronic training. Topics include energy systems, fatigue, thermoregulation, and implications for health and performance.
• PEMJ 321 – Kinesiology: Applies mechanical and anatomical principles to human movement. You analyze joint actions, muscle function, and movement patterns during everyday activities, exercise, and sport skills to improve performance and reduce injury risk.
• EXSC 331 – Exercise Assessment and Prescription: Covers the design and implementation of testing batteries for cardiorespiratory fitness, muscular strength and endurance, flexibility, and body composition. You learn to interpret results and develop individualized exercise prescriptions based on goals and health status.
• EXSC 430 – Exercise in Special Populations: Reviews the effects of exercise in populations with chronic conditions such as cardiovascular disease, diabetes, obesity, and orthopedic limitations. You study how to modify assessments and programs so they remain safe and effective for these clients.
• EXSC 480 – Internship in Exercise Science: Serves as an extended, supervised field experience in an approved site such as a cardiac rehabilitation program, hospital fitness center, corporate wellness facility, or strength and conditioning setting. You apply classroom learning to real clients while gaining professional experience and feedback.

Popular Elective Courses

• EXSC 270 Nutrition for Fitness
• EXSC 420 Theories in Strength and Conditioning
• EXSC 475 Cardiac Rehabilitation
• EXSC 476 Seminar II in Exercise Science
• EXSC 151 Yoga, Relaxation and Stress Reduction
• HPEM 356 Management of Health, Physical Education, Athletics and Fitness Programs

Practical Experience

Practical experience is built into multiple layers of the Exercise Science major at Montclair State. Laboratory components in courses such as Physiology of Exercise, Kinesiology, and Exercise Assessment and Prescription place you in the Human Performance Laboratory where you conduct graded exercise tests, measure blood pressure and heart rate responses, analyze movement with video or force data, and practice using metabolic and body composition equipment.

Skill and leadership courses give you practice designing and leading exercise sessions for peers. In aerobic and anaerobic leadership courses, you plan class formats, select exercises, lead warm ups and cool downs, and refine your cueing and motivational strategies. Feedback from instructors and classmates helps you develop a professional coaching style.

The culminating internship provides eight to nine credits of intensive fieldwork at an approved site that matches your concentration and interests. You may work alongside clinical exercise physiologists, athletic trainers, wellness coordinators, or strength and conditioning staff. During the internship you record hours, complete assignments, and reflect on your growth so you are ready to transition into full time professional roles or advanced study.

Learning Outcomes

• Explain how anatomical, physiological, biomechanical, and psychological factors influence human movement, exercise response, and training adaptation.
• Conduct valid and reliable assessments of fitness, functional capacity, and health risk using established protocols and appropriate equipment.
• Interpret assessment and research data to design safe, effective, and individualized exercise programs for healthy individuals and those with medical considerations.
• Apply principles of strength and conditioning, aerobic training, and motor learning to improve performance, reduce injury risk, and support long term physical activity participation.
• Demonstrate effective leadership and communication skills when instructing individuals and groups in exercise and wellness settings.
• Exhibit professional behavior, ethical decision making, and cultural competence in interactions with clients, patients, colleagues, and community partners.
• Collaborate with professionals in allied health, sport, and wellness fields to support integrated care and coordinated exercise interventions.
• Prepare for professional certifications and graduate programs in areas such as exercise physiology, physical therapy, athletic training, and related health professions.

Career Preparation & Outcomes

Graduates of the Exercise Science program at Montclair State University pursue careers in fitness and wellness centers, strength and conditioning programs, cardiac and pulmonary rehabilitation, community health organizations, and corporate wellness. Depending on your concentration and elective choices, you may work as an exercise specialist, health and wellness coach, performance coach, rehabilitation aide, or program coordinator in sport and fitness facilities.

The curriculum is also structured to support pre health pathways. With careful course planning, you can complete many prerequisites for professional programs in physical therapy, occupational therapy, physician assistant studies, or other health professions while earning your bachelor degree. Combined BS and MS options in exercise science and kinesiology provide accelerated routes to advanced credentials for students who want to deepen their expertise.

Montclair State University reports a six year graduation rate of about 64%, which reflects strong overall student completion. As an exercise science major you can draw on this supportive environment, along with university career services and departmental advising, to plan internships, certification preparation, and next steps after graduation.

Admissions Requirements

• High school diploma or equivalent with a college preparatory curriculum that typically includes four years of English, at least three years of mathematics, and laboratory science courses such as biology and chemistry.
• Submission of the Montclair State University or Common Application, including the required nonrefundable application fee or approved fee waiver.
• Official high school transcripts and, for transfer students, official transcripts from all colleges previously attended.
• Optional standardized test scores in line with Montclair State’s current test optional policy, for applicants who believe scores strengthen their application.
• Completion of any specified prerequisite courses in biology, chemistry, mathematics or statistics, and health related subjects that support successful progression in the Exercise Science major.
• Maintenance of minimum grade and GPA standards outlined by the department for progression through the exercise science course sequence and eligibility for internship.

Application Deadlines

Montclair State University reviews applications on a rolling basis but offers several key deadlines for fall entry. For many first year applicants, an Early Action deadline around early December provides an opportunity to receive an admission decision later in the same month. A regular fall admission and scholarship priority deadline typically falls on or around March 1.

Transfer students planning to begin in the fall term usually follow preferred and final deadlines in mid spring and early summer. Spring admission is also available, with applications generally due in late fall.

Kean University

Bachelor of Science in Exercise Science

The Bachelor of Science in Exercise Science at Kean University is a 120 credit hour program that most students complete in four years of full time study. The degree combines university general education with a focused major that emphasizes human movement, fitness, and health promotion.

The program is housed in the College of Health Professions and Human Services and is designed to give you a solid understanding of the acute and chronic responses to exercise. You study how different training approaches affect the cardiovascular, respiratory, metabolic, and neuromuscular systems, and how to use that knowledge to design safe and effective programs for a variety of populations.

Within the major, you complete at least 55 credits of required exercise science courses that progress from introductory content to advanced application. Early classes help you master fundamentals of anatomy, physiology, biomechanics, and motor learning. Later courses highlight program design, personal and group training, nutrition for fitness, and statistics in exercise science.

The curriculum also provides a clear pathway for students interested in pre professional preparation. Kean offers a pre athletic training and pre physical therapy four year plan that uses the exercise science major as the academic base, allowing you to satisfy many prerequisites for graduate programs while building strong applied skills.

Small lab based classes and activity courses in areas such as group fitness, yoga, and Zumba allow you to experience exercise from both the participant and instructor viewpoints. This approach helps you develop communication, coaching, and leadership skills that are valued in fitness, wellness, and clinical support settings.

By the time you complete the 120 credits required for graduation, you will have worked through a sequence of science, assessment, programming, and clinical experience courses that prepare you for entry level work in exercise and wellness fields or for application to graduate study in exercise science and related health professions.

Courses and Curriculum

The exercise science curriculum at Kean begins with general education and introductory major courses. During your first year you complete college composition, mathematics, speech communication, and principles of biology, alongside early exposure to exercise science through courses such as Motor Learning and activity based fitness classes.

In the middle of the program you move into the scientific core of the major. Courses in human anatomy, physiology of exercise, biomechanics, wellness, public health, and nutrition for fitness and wellness build your understanding of how the body responds to physical stress, how movement patterns are organized, and how lifestyle behaviors interact with health outcomes. Lab components strengthen your skills in measurement and data interpretation.

Your final years focus on advanced application. You study group and personal training, statistics in exercise science, prescriptive exercise programming, and clinical practice experiences where you work directly with clients or patients under supervision. Throughout the curriculum you are encouraged to connect coursework to national certification standards and to think about long term professional goals.

Some of the core courses that you will take include:

• EXSC 1500 – Motor Learning: Introduces principles of how motor skills are acquired and refined. You explore topics such as feedback, practice structure, and stages of learning, then relate them to coaching, instruction, and rehabilitation of movement skills.
• EXSC 2500 – Introduction to Biomechanics: Applies mechanical principles to human movement, including forces, levers, torque, and balance. The course helps you analyze common exercise and sport techniques so you can improve efficiency and reduce injury risk.
• EXSC 3510 – Physiology of Exercise: Examines how the cardiovascular, respiratory, endocrine, and muscular systems respond to acute exercise and adapt to training over time. You study energy systems, fatigue, and training variables that influence health and performance.
• EXSC 3511 – Physiology of Exercise Laboratory: Provides hands on experience with exercise physiology testing equipment. You practice measuring heart rate, blood pressure, oxygen consumption, and lactate responses and learn how to interpret these data for different types of clients.
• EXSC 3601 – Nutrition for Fitness and Wellness: Covers macronutrients, micronutrients, hydration, and dietary strategies that support exercise performance, weight management, and long term health. You learn how to integrate nutrition principles with exercise programming.
• EXSC 3612 – Principles of Personal and Group Training: Focuses on planning and leading exercise sessions for individuals and groups. Topics include communication skills, safety considerations, program design, and professional responsibilities for trainers and instructors.
• EXSC 3692 – Clinical Experience: Exercise Science
  Offers a supervised experience where you observe and assist professionals in settings such as fitness centers, rehabilitation clinics, or wellness programs. You begin to apply assessment and programming skills with real participants.
• EXSC 4626 – Prescriptive Exercise Programming: Emphasizes the design of detailed exercise prescriptions for diverse populations, including those with controlled chronic conditions. You integrate information from assessments, client goals, and clinical guidelines to build structured programs.

Popular Elective Courses

• EXSC 1109 Zumba Fitness
• EXSC 1130 Group Fitness
• EXSC 2023 Yoga II
• EXSC 3605 Special Topics in Exercise Science
• HED 3635 Introduction to Public Health

Practical Experience

Practical experience is embedded throughout the Kean exercise science degree. Lab courses give you repeated opportunities to conduct assessments such as blood pressure measurement, aerobic fitness testing, body composition analysis, and functional movement screening. You also learn how to document findings and explain results to clients in clear language.

Clinical experience and clinical practice courses place you in supervised sites that may include hospital based wellness programs, outpatient rehabilitation clinics, athletic training rooms, or community fitness facilities. In these placements you observe professionals, assist with exercise sessions, and gradually take on more responsibility as your skills develop.

Activity and leadership oriented courses in group and personal training offer additional hands on practice planning sessions, demonstrating exercises, and managing small groups. By graduation you will have accumulated significant applied hours that help you transition smoothly into the workforce or into graduate programs.

Learning Outcomes

• Describe how anatomical and physiological systems respond to and adapt from acute and chronic exercise in healthy and clinical populations.
• Use valid and reliable assessment techniques to evaluate cardiorespiratory fitness, muscular fitness, flexibility, body composition, and functional performance.
• Interpret assessment data and apply current guidelines to design individualized exercise and physical activity programs that are safe and goal oriented.
• Apply biomechanical and motor learning principles to improve movement technique, enhance performance, and reduce injury risk during exercise and sport.
• Integrate nutrition, wellness, and behavior change concepts into exercise programming to support long term health and adherence.
• Demonstrate professional communication, ethical behavior, and cultural sensitivity when working with clients, patients, and interdisciplinary health teams.
• Critically review exercise science research and translate key findings into practical strategies for assessment and program design.
• Prepare for professional certifications and for further study in fields such as exercise physiology, athletic training, physical therapy, and related health professions.

Career Preparation & Outcomes

The exercise science major at Kean University prepares you for a range of entry level roles in fitness, wellness, and allied health support. Graduates pursue positions as exercise specialists, personal trainers, group fitness instructors, wellness coaches, cardiac rehabilitation aides, strength and conditioning assistants, and community health promoters.

The program also serves as an academic base for students who plan to apply to graduate programs in exercise science, athletic training, physical therapy, or other health fields.

Kean University reports a six year graduation rate of about 43%, providing context for overall student completion as you plan your academic path. Departmental advising, internship coordination, and campus career services support you in choosing electives, planning for certification exams, and preparing for employment or graduate school applications.

Admissions Requirements

• High school diploma or equivalent that meets Kean University general admission standards, including completion of college preparatory coursework in English, mathematics, and science.
• Submission of the Kean University application or accepted common platform application, along with required application fee or approved fee waiver.
• Official high school transcripts and, for transfer students, official transcripts from all colleges previously attended.
• Placement into or completion of required freshman level writing and mathematics courses as part of general education.
• Completion of designated prerequisite coursework in areas such as biology, mathematics, and introductory health or exercise science before progressing into upper level major requirements.

Application Deadlines

Kean University uses a rolling admissions process, which means applications are reviewed as they are received throughout the year. However, students seeking fall entry are encouraged to submit their applications and supporting materials several months before the semester begins to allow time for advising, placement, and financial aid processing.

Stockton University

Bachelor of Science in Exercise Science

The B.S. in Exercise Science at Stockton University requires 128 credit hours and is designed as a four-year undergraduate degree. The program integrates science, movement, health, and wellness education to give a comprehensive grounding in human physiology, exercise, and lifestyle-based fitness.

This program studies human movement from multiple angles – physiological, psychological, social, and environmental. You learn how factors such as metabolism, biomechanics, nutrition, lifestyle, and social context influence health and fitness across the lifespan. The curriculum is meant to equip you both for immediate employment in fitness/wellness settings and for graduate or professional study in allied health or related fields.

Students engage in courses including exercise physiology, anatomy and physiology, nutrition, biomechanics, fitness assessment and prescription, research methodology, and applied strength and conditioning. The program also embeds supervised practical experiences and culminates in a senior internship to ensure you gain hands-on skills in real-world environments before graduation.

The degree is oriented toward certification readiness as well. Graduates are prepared to pursue credentials such as Certified Exercise Physiologist (from a recognized certifying organization) or Certified Strength and Conditioning Specialist. This helps if you wish to work in fitness centers, rehabilitation, athletic training, corporate wellness, or community health settings.

By the end of your studies, you will have developed the knowledge and abilities to conduct health and fitness assessments, design individualized exercise and wellness programs, monitor fitness and health outcomes, and apply research-informed practices in varied populations. The broad foundational approach supports a range of career and further education paths.

The program’s design emphasizes flexibility and real-world applicability – blending laboratory work, classroom theory, applied physiology, nutrition, wellness promotion, and fieldwork to prepare graduates for diverse roles in health, fitness, and allied-health environments.

Courses and Curriculum

In the first years students complete foundational courses in biology, general chemistry, anatomy and physiology, basic movement science, and general education requirements. These courses build the basic science background needed to understand how human systems function and respond to exercise. Early movement science classes also introduce you to exercise science as a field, common career paths, and foundational concepts in human performance and health.

Core major courses include exercise physiology, biomechanics, nutrition for fitness and wellness, fitness assessment and exercise prescription, and research methods. Many courses include lab or practical components where you practice using equipment to measure physiological parameters, assess movement, analyze body composition, or design exercise programs. This hands-on curriculum helps you translate theory into practice and builds competence in applied settings.

In upper-division study, you also complete specialized courses and a capstone senior internship. This final phase integrates coursework with real-world practice: you apply assessment protocols, design and supervise exercise or rehabilitation programs, and learn about professional practice, safety, and health promotion. The curriculum emphasizes evidence-based methods, critical thinking, and ethical practice throughout.

Some of the core courses that you will take include:

• EXSC 2103 – Exercise Nutrition & Weight Management: Covers macronutrients and micronutrients, energy balance, dietary planning for health, performance, weight management, and nutrition strategies to support fitness and wellness goals across populations.
• EXSC 3101 – Exercise Physiology: Examines physiological responses and adaptations to acute and chronic exercise including cardiovascular, respiratory, metabolic, and neuromuscular systems. You learn how exercise affects health, performance, and long-term adaptation.
• EXSC 3102 – Fitness Assessment & Exercise Prescription with Lab: Provides hands-on training in conducting health and fitness assessments (e.g. aerobic fitness, strength, flexibility, body composition), interpreting results, and designing individualized exercise programs based on those assessments.
• EXSC 3103 – Strength Training and Conditioning: Focuses on resistance training, conditioning, program design for strength and performance development, including planning, progression, and monitoring of training effects.
• EXSC – Biomechanics / Human Movement Science: Analyzes mechanical principles underlying human motion, joint function, muscle action, and movement efficiency; helps in designing safe, effective training and rehabilitation programs.
• EXSC – Research Methods in Exercise Science: Introduces research design, data collection, and interpretation of research in exercise science. You learn to critically evaluate studies and apply evidence to programming and health promotion.
• Capstone Field Experience: A supervised real-world placement in fitness, wellness, rehabilitation, athletic training, or community health settings where you apply assessment, programming, and client-interaction skills under professional supervision.

Practical Experience

Stockton University places strong emphasis on hands-on experience through labs and supervised internships. Many courses involve lab-based fitness assessments, physiological testing, body composition measurements, and movement analysis to build technical competence. These labs simulate real-world exercise science, rehab, and fitness center environments.

In the senior internship, you are placed in a public or private fitness, wellness, rehabilitation, or sport-performance facility. Under professional supervision, you conduct assessments, design programs, coach clients, monitor progress, and refine your communication and leadership skills. This capstone ensures you graduate with both theoretical knowledge and practical readiness for employment or further study.

Learning Outcomes

• Explain how human anatomy, physiology, biomechanics, nutrition, and lifestyle factors interact to influence movement, exercise responses, and health across the lifespan.
• Use valid, reliable assessment tools to evaluate fitness, body composition, strength, endurance, flexibility, and movement quality in individuals and groups.
• Interpret assessment and research data to design evidence-informed exercise, fitness, or rehabilitation programs tailored to individual needs and goals.
• Apply strength and conditioning, aerobic training, and wellness-promotion principles to support performance, health, and rehabilitation in diverse populations.
• Communicate assessment results, programming plans, and health recommendations clearly and professionally to clients, patients, and interdisciplinary health or wellness teams.
• Demonstrate ethical conduct, cultural sensitivity, and professional behavior in fitness, wellness, rehabilitation, and community health settings.
• Critically evaluate scientific literature and apply research findings to practical exercise, health, and wellness programming.

Career Preparation & Outcomes

Graduates of the B.S. in Exercise Science at Stockton University are prepared to work as exercise physiologists, fitness and wellness coaches, strength and conditioning assistants, cardiac rehabilitation aides, corporate wellness coordinators, personal trainers, and community health or recreation specialists. The program also supports students who plan to continue their education in physical therapy, occupational therapy, athletic training, public health, or advanced exercise science degrees.

As part of the professional preparation, Stockton’s Exercise Science program aligns with certification standards such as those from the American College of Sports Medicine or strength and conditioning certification bodies. These credentials can expand your employability in fitness, clinical, and wellness sectors.

Stockton University reports a six-year graduation rate of about 65%, giving context to the overall student completion and support services at the institution.

Admissions Requirements

• High school diploma or equivalent with completion of required college preparatory coursework (including biology, chemistry, mathematics, and English).
• Submission of a completed undergraduate application for admission to Stockton University, including official high school transcripts or transcripts from prior institutions for transfer applicants.
• Placement or completion of prerequisite courses in biology, chemistry, and general education coursework as specified in the degree map before beginning upper-division exercise science courses.
• Maintenance of minimum GPA and satisfactory grades (C or better) in foundational and required major courses to continue into advanced and concentration-specific coursework and internship eligibility.

Application Deadlines

Applications to Stockton University follow the standard undergraduate admissions cycle with fall and spring entry terms. Prospective students are encouraged to submit applications early to allow time for advising, placement, and planning for lab or internship scheduling due to limited capacity in practical components.

William Paterson University of New Jersey

Master of Science in Exercise Physiology (Online)

The online Master of Science in Exercise Physiology at William Paterson University of New Jersey is a 36 credit graduate program designed for working professionals in exercise science, kinesiology, physical education, and related fields. Offered fully online with multiple start dates, the degree provides flexibility while maintaining a rigorous, science based curriculum focused on advanced human performance and clinical exercise applications.

The course of study can typically be completed in approximately 18 months on a full time plan of study or about 24 months on a part time basis. This structure allows you to balance graduate work with employment and professional responsibilities while progressing steadily through the sequence of research, physiology, and elective courses.

The curriculum is built around three graduate core classes in research and seminar, five advanced exercise physiology courses, two elective courses, and a culminating thesis or internship requirement. This combination gives depth in physiology and performance while also building research literacy, critical thinking, and practical professional skills.

Coursework examines exercise responses and adaptations from multiple perspectives, including cardiovascular and metabolic physiology, neuromuscular function, physical activity and aging, and applied sports nutrition. You study how exercise can be used both to enhance high level performance and to prevent or manage chronic disease in clinical and community settings.

Because the program is offered fully online, you engage with faculty and classmates through virtual lectures, discussions, and applied projects. Many assignments are designed to connect directly with your current or future work environment, encouraging you to apply assessment, programming, and research concepts to real clients, patients, or athletes.

By completing this 36 credit online degree, you develop the advanced scientific, analytical, and professional skills needed for leadership roles in strength and conditioning, clinical exercise physiology, cardiac rehabilitation, health promotion, corporate wellness, and related allied health and performance settings.

Courses and Curriculum

The curriculum is organized into four major components: graduate research core, advanced exercise physiology coursework, elective study, and a capstone thesis or internship. Early in the program you complete core research classes that introduce graduate level inquiry, quantitative and qualitative methods, and the critical appraisal of exercise science literature. These courses provide the foundation you will use in later classes and in the capstone experience.

Once the research core is underway, you move into the required exercise physiology sequence. These classes focus on advanced physiological principles of performance, nutrition and exercise, cardiovascular physiology and metabolic disease, neuromuscular physiology, and physical activity and aging. You explore how acute and chronic exercise affects multiple body systems, how exercise can be used therapeutically, and how to translate physiological knowledge into practical training and clinical strategies.

Throughout the program you also select elective courses in areas such as applied biomechanics, motor behavior, and sport and exercise psychology. In the final stage of the degree you choose between a thesis or an internship. The thesis route emphasizes independent research, while the internship option focuses on supervised field experience with a substantial culminating report and comprehensive examination. Both paths help you integrate coursework into professional level competence.

Some of the core courses that you will take include:

• EXSC 5010 – Introduction to Research: Provides an overview of research concepts, including research questions, study design, quantitative and qualitative approaches, data collection, and basic analysis. Emphasis is placed on interpreting published research and understanding how evidence informs decision making in exercise physiology.
• EXSC 5020 – Research Methods and Design: Builds on introductory research content by examining more complex design issues, measurement quality, sampling, and data analysis strategies. You learn how to plan a study, evaluate internal and external validity, and prepare for thesis or project work.
• EXSC 5030 – Seminar in Exercise Science: Engages you in critical discussion of contemporary topics and emerging research in exercise physiology and related fields. You review journal articles, prepare presentations, and synthesize knowledge across courses while refining your professional communication skills.
• EXSC 6100 – Advanced Physiological Principles of Performance: Examines advanced mechanisms underlying human performance, including energy system contribution, cardiovascular and respiratory limitations, thermoregulation, fatigue, and training adaptation. Applications to endurance, strength, and power oriented sports are emphasized.
• EXSC 6110 – Applied Nutrition, Exercise and Performance: Focuses on the interaction between nutrition and exercise training. Topics include macronutrient periodization, hydration, supplementation, recovery nutrition, and strategies to support health and performance in both athletic and clinical populations.
• EXSC 6120 – Cardiovascular Physiology and Metabolic Diseases: Explores the pathophysiology of cardiovascular and metabolic diseases and how exercise can be used for prevention and management. You review mechanisms of hypertension, dyslipidemia, obesity, and diabetes and analyze exercise prescription guidelines for these conditions.
• EXSC 6130 – Neuromuscular Physiology: Investigates the structure and function of the neuromuscular system, including motor unit recruitment, muscle fiber types, neural adaptations to training, and mechanisms of strength and power development. Applications to sport performance and rehabilitation are highlighted.
• EXSC 6140 – Physical Activity and Aging: Addresses the influence of aging on physiological systems and functional capacity, as well as the role of physical activity in healthy aging. You examine training considerations for older adults and learn how to design safe and effective exercise programs for this population.

Popular Elective Courses

• EXSC 6520 Applied Kinesiology and Biomechanics
• EXSC 6530 Advanced Motor Behavior
• EXSC 6540 Applied Psychology of Sport and Exercise
• EXSC 6600 Special Topics in Exercise Science
• EXSC 7700 Exercise Science Internship
• EXSC 7800 Exercise Science Thesis

Practical Experience

Practical experience is concentrated in the capstone requirement, where you choose between an internship or a thesis. The internship option places you in a supervised setting such as a cardiac rehabilitation program, hospital based wellness center, collegiate strength and conditioning program, community health agency, or performance training facility. Under the guidance of both site and university supervisors, you apply assessment, prescription, and monitoring skills with real clients or patients.

During the internship you are expected to integrate classroom concepts with field practice, document your experiences, and reflect on professional growth. You typically assist with exercise testing, program design, group and individual training sessions, education programs, and outcome tracking. This exposure helps you understand the expectations, communication demands, and ethical responsibilities of exercise physiologists in diverse settings.

If you select the thesis option, your practical experience centers on conducting original research. You work with a faculty advisor to develop a research question, design and implement a study, collect and analyze data, and present your findings in a formal written thesis and oral defense. This path is particularly appropriate if you plan to pursue doctoral study or research oriented careers.

Learning Outcomes

• Analyze advanced physiological responses and adaptations to acute and chronic exercise across cardiovascular, respiratory, neuromuscular, and metabolic systems.
• Critically evaluate exercise science research, interpret statistical findings, and translate evidence into practice in performance and clinical settings.
• Design, implement, and modify exercise programs for healthy individuals, athletes, older adults, and people with or at risk for chronic disease, using current professional guidelines.
• Apply principles of biomechanics, motor behavior, and sport nutrition to optimize human performance and reduce risk of injury or adverse events.
• Conduct appropriate exercise testing and functional assessments, interpret results, and communicate findings clearly to clients, patients, and interprofessional teams.
• Demonstrate ethical and culturally responsive professional behavior in clinical, sport, corporate, and community based environments.
• Plan and complete either an applied internship or a research thesis that integrates graduate coursework with real world practice or scholarly inquiry.
• Prepare for advanced professional certifications and for leadership roles in exercise physiology, strength and conditioning, health promotion, and related allied health fields.

Career Preparation & Outcomes

The online MS in Exercise Physiology at William Paterson University is structured to advance your career in clinical and applied exercise settings. Graduates pursue roles such as clinical exercise physiologist, cardiac rehabilitation specialist, strength and conditioning coach, performance specialist, wellness coordinator, corporate fitness manager, and health promotion professional in hospitals, outpatient clinics, athletic organizations, community agencies, and private facilities.

The program’s focus on advanced physiology, research literacy, and supervised practice supports continued professional development and prepares you to sit for relevant advanced certifications offered by major professional organizations. For students interested in further graduate study, the thesis pathway provides a strong research foundation for doctoral programs in exercise science, human performance, or related disciplines.

William Paterson University of New Jersey reports a six year graduation rate of about 56%, reflecting the institution’s overall record of supporting students through to degree completion. As a graduate student you also have access to university career services, faculty mentoring, and department level networking opportunities to help you plan next steps after completing the 36 credit online degree.

Admissions Requirements

• Bachelor’s degree in exercise science, human performance, kinesiology, physical education, or a closely related field from a regionally accredited institution.
• Official academic transcripts showing a minimum undergraduate GPA typically around 2.75 on a 4.0 scale; applicants with lower GPAs may be asked to provide additional materials or test scores according to current policies.
• Completed online graduate application and required application fee submitted through William Paterson University’s graduate admissions portal.
• Two references with contact information, usually from former professors, supervisors, or other professionals who can comment on your academic and professional potential.
• Proof of English language proficiency for non native English speakers, according to the university’s current graduate admission standards.
• Maintenance of at least a 3.0 graduate GPA each semester after admission in order to remain in good standing and progress toward degree completion.

Application Deadlines

The MS in Exercise Physiology is offered fully online with rolling admission and multiple start dates throughout the year. This structure allows you to begin the program in different terms rather than waiting for a single annual intake.

Specific priority dates for upcoming start terms, as well as details about rolling admission windows, are published on the William Paterson University graduate admissions and WP Online program pages. Prospective students should review the most current information and select a start date that aligns with personal and professional schedules.