University of Missouri

What you'll study

This programme blends foundational science with applied practice. Core topics typically include human anatomy and physiology, exercise physiology, biomechanics, motor learning and control, kinesiology, sports psychology, and nutrition for performance. Students study assessment and testing methods, strength and conditioning principles, injury prevention, and health promotion.

Coursework normally combines lectures, laboratory sessions and supervised practical experiences. Typical modules and learning activities include:

• Anatomy & Physiology — structure and function of musculoskeletal, cardiovascular and respiratory systems relevant to movement.
• Exercise Physiology — metabolic responses to exercise, training adaptations and performance testing.
• Biomechanics — analysis of movement, kinetics and kinematics, and application to technique improvement.
• Motor Learning & Control — how skills are acquired, practised and retained.
• Sports Psychology — motivation, arousal regulation and mental skills for athletes.
• Physical Education Pedagogy — curriculum design, teaching methods and assessment for school settings.
• Research Methods & Statistics — study design, data collection and basic analysis for applied research.
• Practicum / Internship — supervised placements in schools, athletic programmes, clinics or community fitness settings.
• Capstone / Senior Project — applied research project or applied practice demonstration integrating prior learning.

Students can typically choose electives to focus on strength and conditioning, clinical exercise, sport performance, or health promotion. Collaborative opportunities with campus athletic programmes and research labs allow hands-on experience with performance testing, lab-based investigations and community outreach.

Entry requirements

Admission to the University of Missouri requires a completed secondary-school qualification equivalent to a U.S. high school diploma. Competitive applicants usually present strong grades in science-related subjects (biology, chemistry, or physics) and mathematics, and have evidence of involvement in sport, coaching, or physical activity programmes.

Specific expectations include:

• Completion of secondary education with a record of academic achievement; admissions decisions consider whole‑profile including coursework and activities.
• Recommended preparatory subjects: biology and chemistry, plus mathematics; prior coursework in physical education or health is beneficial.
• Standardised test requirements vary with institutional policy; applicants should confirm current test‑optional or testing policies.
• International applicants must provide an equivalent secondary qualification and demonstrate English language proficiency through accepted tests or institutional pathways.

Certain pathways within the programme (for example, teacher certification) require additional steps such as meeting state certification requirements, completing a teacher preparation sequence, and passing licensure assessments.

Career prospects

Graduates enter a wide range of roles across education, sport, fitness and health care. Common career paths include:

• Primary or secondary school physical education teacher (requires state teacher certification where applicable).
• Strength and conditioning coach or sports performance specialist working with teams or private clients.
• Exercise physiologist or clinical exercise specialist in hospitals, cardiac rehabilitation or wellness clinics (may require further certification).
• Fitness director, personal trainer or corporate wellness coordinator in community and commercial settings.
• Rehabilitation assistant or allied-health support roles; many graduates move on to professional training in physiotherapy, occupational therapy, physician associate or medicine.
• Roles in sport management, coaching, youth development and community recreation.
• Further study and research at postgraduate level in kinesiology, biomechanics, exercise science or related fields.

Professional certification bodies (e.g. strength and conditioning or exercise physiology organisations) offer credentialing that graduates frequently pursue to enhance employability. Hands-on practicum and placement experiences provided by the programme are designed to help students build networks and practical skills for the workforce.

Why study at University of Missouri

The University of Missouri offers an established programme with access to dedicated laboratories, strength and conditioning facilities and close links to campus athletic programmes. Students benefit from faculty who are active in applied research and community partnerships, providing opportunities for supervised undergraduate research and real-world internships.

Additional advantages include a broad range of student organisations related to sport and fitness, structured pathways for teacher preparation and clear advising for students aiming for graduate or professional health programmes. Campus career services and connections with regional health and sport employers support transitions into employment or postgraduate study.

Overall, the University of Missouri’s combination of practical training, laboratory experience and community engagement makes it a suitable choice for students seeking a comprehensive undergraduate education in kinesiology and physical education.