APK4114C Principles of Strength Training and Conditioning - Curriculum Guide

Course Description

APK4114C is the strength and conditioning course. The statewide description is unusually specific about both content and purpose: "identifies the essentials involved in strength training and conditioning. Students are prepared for national credentialing. Topics include the structure and function of body systems, training adaptations, testing and evaluation, exercise techniques and program design. Students apply exercise prescriptions and practice stretching and spotting/safety techniques."

⚠⚠ "Students are prepared for national credentialing" is the sentence that defines this course, and it is rare for a statewide description to say so. The credential is the NSCA Certified Strength and Conditioning Specialist (CSCS), and the topic list above maps closely onto its examination content. The C suffix is doing real work too: the description's last clause — applying prescriptions, practising stretching and spotting — is hands-on laboratory content, not lecture.

Two Florida public institutions carry it: the University of Central Florida, as Strength and Conditioning II, and the University of West Florida, as Physiological Basis of Strength Development. Both at 3 credits.

⚠⚠ The two titles point in different directions — and one of them implies a sequence

Source	Title	What it signals
Statewide	Principles of Strength Training and Conditioning	the applied, credential-facing reading
⚠ UCF	Strength and Conditioning II	a second course in a sequence — so it assumes a first one
⚠ UWF	Physiological Basis of Strength Development	weights the science of adaptation over programme design

⚠⚠ UCF's "II" is the one to take seriously. A course numbered as a second term assumes the first — typically exercise technique, basic programme design and the fundamentals of resistance training. A student transferring into UCF's version from an institution without the first course may find the pace assumes material they have not had; a student taking UWF's version and transferring out may find a receiving programme expects the applied content that UWF's physiological framing de-emphasises. Ask which half you are getting, and ask what the course assumes.

The syllabus test is straightforward: does the course spend substantial time on programme design — periodisation models, writing an actual training block for a named athlete — or is it primarily mechanisms of adaptation? The CSCS examination tests both, so a student aiming at the credential should know which half their course under-serves and read for it separately.

Learning Outcomes

Required Outcomes

• Explain the structure and function of the body systems relevant to training — muscular, skeletal, neural, endocrine, cardiovascular and respiratory — at the level the work requires.
• Explain bioenergetics: the phosphagen, glycolytic and oxidative systems, their time courses, and how energy-system demand determines programme design.
• Explain neuromuscular adaptations to resistance training — motor unit recruitment, rate coding, and why early strength gains are largely neural.
• Explain muscular adaptations: hypertrophy, fibre type characteristics and the response of connective tissue and bone to loading.
• Explain endocrine responses to resistance and endurance training.
• Apply the principles of programme design — needs analysis, exercise selection and order, training frequency, intensity and volume, rest intervals, and progression.
• Apply periodisation models and explain the rationale for planned variation.
• Design and justify a training programme for a specific athlete or population, including in-season and off-season considerations.
• Select, administer and interpret tests of strength, power, speed, agility, endurance and body composition, including normative comparison and reliability.
• ⚠ Demonstrate correct exercise technique and coach it — the major lifts and their variations — and demonstrate correct spotting and safety procedures. This is laboratory content and it is assessed practically.
• Apply flexibility and warm-up principles, including the evidence on static versus dynamic stretching before performance.
• Explain facility organisation, risk management and legal responsibility in a strength and conditioning setting.
• Explain the professional and ethical framework, including the evidence base on performance-enhancing substances and supplements.

Optional Outcomes

• Programme for special populations — youth, older adults, pregnancy, or clinical groups.
• Apply velocity-based training and use monitoring technology.
• Design return-to-play progressions in collaboration with clinical staff.
• Analyse nutrition for strength and power athletes.
• Apply athlete monitoring and load management, including wearable data.
• Complete a practicum with a real team or client.
• Prepare systematically for the CSCS examination.

Major Topics

Required Topics

• Muscle structure, function and fibre types.
• Neuromuscular physiology and motor unit recruitment.
• Bioenergetics and energy system training.
• Endocrine responses to training.
• Cardiovascular and respiratory responses and adaptations.
• Adaptations to anaerobic and aerobic training.
• Biomechanics of resistance exercise.
• Testing and evaluation; reliability, validity and norms.
• Warm-up and flexibility.
• Exercise technique: the major lifts, Olympic lift derivatives, plyometrics, speed and agility work.
• Spotting and safety.
• Programme design and needs analysis.
• Periodisation.
• Programme design for aerobic endurance.
• Facility design, organisation and risk management.
• Professional ethics; ergogenic aids and the evidence.

Optional Topics

• Special populations and lifespan considerations.
• Rehabilitation and reconditioning interfaces.
• Nutrition and body composition management.
• Athlete monitoring technology and data.
• Tactical populations — military, fire and law enforcement.
• Coaching and behaviour change.

Florida-Specific Content

• ⚠⚠ Heat is a genuine and specifically Florida professional responsibility, not a footnote. Exertional heat stroke is a leading cause of sudden death in sport, and Florida's climate makes it a live risk for much of the year. A strength and conditioning professional here must understand heat acclimatisation protocols, work-to-rest ratios, wet bulb globe temperature monitoring, hydration, and — critically — the recognition and immediate treatment of exertional heat stroke by cold-water immersion before transport. Florida high school athletics has adopted heat-safety policies including acclimatisation requirements and cooling provisions. Expect a Florida course to treat this properly, and if yours does not, learn it anyway: the Korey Stringer Institute publishes the standard guidance free.
• ⚠ Exertional sickling is a related and under-taught risk — athletes with sickle cell trait are vulnerable during intense conditioning, and the NCAA requires trait screening. Recognition and modified conditioning protocols are professional knowledge.
• The Florida employment market is unusually good for this field. Professional franchises across three metropolitan areas, major college athletic programmes at several state universities, Major League Baseball spring training and the extensive minor league system, IMG Academy in Bradenton (one of the largest private athlete development operations in the world), and a very large private-sector performance and fitness industry.
• Tactical strength and conditioning — Florida's substantial military presence and large public safety agencies support this growing specialism, and the NSCA has a tactical credential.
• Older-adult strength training. ⚠ Florida's demographics make resistance training for older adults a large and growing market, and it is under-served — a graduate who can programme safely and effectively for that population has a real Florida advantage, and the evidence base for strength training in older adults is strong.
• Year-round outdoor training means Florida programmes rarely have a genuine off-season indoors, which changes periodisation in practice.

Resources & Tools

• ⚠⚠ Essentials of Strength Training and Conditioning (NSCA, Haff and Triplett, eds.) — this is the text. It is the CSCS examination's primary reference and is almost certainly your assigned book. Buy the current edition and keep it; it remains useful professionally long after the course.
• Science and Practice of Strength Training (Zatsiorsky, Kraemer and Fry) for the deeper theory; Periodization (Bompa and Buzzichelli) for programme design.
• NSCA — the professional body. ⚠ Student membership is inexpensive and includes the journals (Strength and Conditioning Journal, Journal of Strength and Conditioning Research), plus conference and job-board access. Join as a student.
• ACSM for the clinical and health-fitness side, and its Guidelines for Exercise Testing and Prescription.
• Korey Stringer Institute — free, authoritative guidance on exertional heat illness and sudden death in sport. ⚠ Directly relevant in Florida and should be read regardless of whether it is assigned.
• Practical tools: velocity-based training devices, force plates and jump mats where available; a spreadsheet is the real programme-design tool and competence with one is employable.
• Evidence appraisal: PubMed, and the habit of reading the methods section before the abstract's conclusion — ⚠ this field has an unusually wide gap between what is marketed and what is supported.

Career Pathways

• Strength and conditioning coach (SOC 27-2022) — collegiate, professional, private sector or tactical. ⚠ The CSCS is effectively required for collegiate and professional work.
• Personal trainer / fitness professional (SOC 39-9031) — a lower barrier to entry; the NSCA-CPT, ACSM and NASM credentials are the recognised ones.
• Tactical strength and conditioning facilitator (SOC 27-2022) — military, fire, law enforcement; the NSCA TSAC-F credential.
• Exercise physiologist (SOC 29-1128).
• Sport scientist / performance analyst (SOC 19-3039) — monitoring and load management, a growing role.
• Athletic trainer (SOC 29-9091) — requires a master's and licensure; works closely with strength staff.
• Physical therapist (SOC 29-1123) — requires the DPT; this course is useful preparation and relevant to return-to-play work.
• Facility or programme management (SOC 11-9179).
• Graduate study in exercise science, sport science or a clinical doctorate.

⚠⚠ About the CSCS, since the course names it

• ⚠ The CSCS requires a bachelor's degree (or current enrolment in the final year), plus current CPR/AED certification. Confirm the current eligibility rules with the NSCA before planning around them — requirements have changed and will change again; this guide is not the authority.
• The examination has two sections — scientific foundations and practical/applied — and you must pass both. ⚠ The practical section uses video items on exercise technique, which is why the laboratory half of this course matters.
• This course is preparation, not a substitute for preparation. Candidates typically study beyond coursework. But taking it while the material is fresh, and sitting the examination near graduation, is the efficient sequence.
• ⚠ An honest note on the field: entry-level collegiate strength and conditioning is competitive, frequently begins with unpaid or low-paid internships, and involves very early mornings. The private sector and tactical routes pay better at entry. Build the internship record while you are a student — it is what actually gets hired.

Special Information

Prerequisites narrative

The statewide prerequisite is APK2100C and APK2350C — anatomy and physiology with laboratory, and the applied kinesiology or exercise physiology foundation, depending on the institution's numbering. Institutions add major standing, and ⚠ UCF's "II" implies a first strength and conditioning course as well. Check your catalog.

⚠ What is assumed beyond the gate: comfort with physiological mechanisms at some depth, and the willingness to be physically present and participating in a weight room. The laboratory involves lifting, coaching and spotting — if you have a condition that affects participation, raise it with the instructor and your institution's accessibility office early; accommodations exist and are routine.

Credits and contact hours

Both Florida public carriers offer this course at 3 semester credits — no credit divergence on this number. No institution publishes a contact-hour figure. The 60 hours here is the Florida convention for a 3-credit integrated (C) course and is derived, not published — 45 would be the lecture-only figure, and this identifier is the integrated form.

Course-code variation across Florida

⚠ The `APK` prefix is heavily fragmented: 183 of its 238 live identifiers are carried by exactly one Florida public institution, and none by more than four. Strength and conditioning is also taught under `PET` at several institutions. For transfer, send the syllabus and — if the receiving programme is professional — expect the laboratory content to be what they ask about.

Dual enrolment, high school credit and general education

SCNS marks this number available for dual enrolment with elective high school credit; ⚠ all 179 active `APK` numbers carry the identical marking, so it is a prefix-level default. No Gordon Rule or general-education designation is recorded at either carrier, as expected at the upper division.

Transferability

SCNS records guaranteed transfer to an institution offering the same course. With two carriers the guarantee is narrow; elsewhere expect upper-division elective credit.

Position in the curriculum

Upper division, after anatomy and physiology and normally after or alongside exercise physiology and biomechanics (APK3220C, guided separately in this catalogue — ⚠ the two are complementary and the biomechanics course is what lets you reason about why a lift is coached the way it is). Best taken in the final two years, close to when you would sit the CSCS.

AI Integration

Where AI tools help: explaining a physiological mechanism a second way; generating practice questions for the CSCS scientific foundations material; producing a first-draft programme skeleton to critique; summarising a research paper; and building spreadsheet formulas for load calculation and progression tracking.

Where they fail, and one failure is a safety matter:

• ⚠⚠⚠ A generated training programme is confident, plausible, and knows nothing about the athlete. It does not know their training age, injury history, competitive calendar, available equipment, or what happened in yesterday's session — and those are precisely the inputs that make a programme safe and effective. Programme design is the professional judgement this course exists to build, and it is what you will be paid for. Use a model to critique a programme you wrote; never to produce one you would actually give someone.
• ⚠⚠ Exercise technique cannot be learned or assessed from text. Coaching a clean or a squat is a visual and tactile skill, assessed practically in this course and on the CSCS practical section. A model's description of a lift is not instruction.
• ⚠⚠ Supplement and ergogenic-aid claims are exactly where output is unreliable, because the training text is saturated with marketing. This field has a wide gap between what is sold and what is supported, and a model reproduces the marketing register fluently. Go to the research, and to the NSCA and ACSM position stands.
• Fabricated citations to plausible Journal of Strength and Conditioning Research articles. Verify.
• ⚠ Client data is confidential. Athlete health information, testing results and injury history should not be entered into general-purpose AI tools — for athletes in a clinical or university setting, privacy obligations may apply formally.

Where AI is genuinely entering the field: athlete monitoring and load management platforms, velocity-based training feedback, and automated movement screening from video. ⚠ These raise the value of understanding the underlying physiology rather than lowering it — someone has to judge whether the recommendation is sensible for this athlete on this day, and that judgement is the job.

Academic integrity and professional responsibility. Follow your institution's policy and disclose AI use where required. Professionally: you are responsible for the safety of the people you coach, and a programme you did not reason through is one you cannot adjust when something goes wrong.