51 Units, 978 GLH, 3 Parts – What the Level 6 Diploma Covers
The Level 6 Diploma in Veterinary Physiotherapy with Hydrotherapy (RQF) comprises 51 units across three parts: Part 1 – Advanced Small Animal Hydrotherapy (14 units), covering pool and underwater treadmill techniques, water chemistry, small animal massage, and business fundamentals; Part 2 – Veterinary Physiotherapy Core (19 units), covering gait analysis, electrophysical agents, canine sports conditioning, biomechanics, and clinical reasoning at Level 6; and Part 3 – Clinical Practice and Rehabilitation (18 units), covering neurological assessment, individualised exercise prescription, research methodology, ethics, legislation, and the 800-hour clinical practice portfolio. Total guided learning is 978 hours. The qualification is Ofqual-regulated at Level 6 (degree-equivalent).
Assessment across all three parts is portfolio-based – case studies, video and photo evidence, and supervisor witness testimonies – plus practical assessments on 25 residential days at approved centres. There are no end-point written exams. Each unit builds on the last, with Part 1 providing the hydrotherapy and clinical foundations, Part 2 adding advanced physiotherapy theory and specialist skills, and Part 3 integrating everything through supervised clinical practice.
Part 1 – Advanced Small Animal Hydrotherapy (14 Units)
Part 1 delivers the full Level 3 hydrotherapy standard bundled into the Level 6 Diploma. These 14 units cover everything from pool and treadmill technique to animal behaviour, water management, business operations, and the anatomical foundations that underpin every clinical decision. There are no formal entry requirements – you start here.
Application of Advanced Hydrotherapy and Treadmill Techniques
Develops advanced practical skills in pool and underwater treadmill hydrotherapy. Covers patient preparation, harness fitting and selection, treadmill speed and water-depth protocols, in-water handling techniques, and adaptation of session plans to individual patient needs and treatment goals.
Hydrotherapy Business Management and Branding
Foundations for running a hydrotherapy business. Covers business planning, brand positioning, pricing models, client acquisition, marketing channels for veterinary referral, financial planning, and the operational systems that make a small hydrotherapy practice profitable and sustainable.
Comprehensive Canine Nutrition
A comprehensive grounding in canine nutritional science. Covers macronutrients and micronutrients, life-stage feeding (puppy, adult, senior), nutrition for working and sporting dogs, weight management protocols, and the role of diet in rehabilitation and recovery from injury or surgery.
Common Medical Conditions that Benefit from Hydrotherapy
Clinical introduction to the orthopaedic, neurological, and soft-tissue conditions that respond well to hydrotherapy. Covers cruciate disease, hip and elbow dysplasia, intervertebral disc disease, fibrocartilaginous embolism, osteoarthritis, and post-surgical rehabilitation cases.
Feline Behaviour and Welfare in Hydrotherapy
A growing number of feline patients are referred for hydrotherapy. This unit covers feline-specific behaviour, stress signalling, handling techniques, environmental enrichment, and the welfare considerations that make safe and effective feline hydrotherapy possible.
Musculoskeletal System Anatomy and Terminology
The anatomical foundation underpinning every clinical decision. Covers bones, joints, muscles, tendons, ligaments, and fascia across the canine and feline skeleton, alongside the standardised anatomical terminology used in veterinary physiotherapy reporting and clinical communication.
Comprehensive Canine Laser Therapy
Photobiomodulation (low-level laser therapy) is increasingly important in canine rehabilitation. Covers the physics of laser light, biological effects at the cellular level, indications and contraindications, treatment dosing, safety protocols, and integration with hydrotherapy and physiotherapy.
Canine Musculoskeletal System and Physiotherapy Practice
Translates musculoskeletal anatomy into clinical practice. Covers joint range of motion assessment, palpation of major muscle groups, identification of trigger points and restrictions, and the foundational physiotherapy techniques applied to the canine patient.
Fundamentals of Land-Based Manual Therapy
An introduction to manual therapy techniques used on land alongside hydrotherapy. Covers passive range of motion, soft tissue mobilisation, stretching protocols, joint mobilisation principles, and the clinical reasoning behind selecting manual interventions for specific patient presentations.
Effective Maintenance and Water Management in Hydrotherapy Facilities
The operational backbone of a hydrotherapy facility. Covers water chemistry (chlorine, bromine, pH, alkalinity), filtration systems, water testing protocols, pool and treadmill cleaning schedules, equipment maintenance, and the legislative requirements for safe hydrotherapy facility management.
Practical Skills and Programme Design in Small Animal Hydrotherapy
Building safe, effective hydrotherapy programmes for individual patients. Covers initial assessment, goal setting in collaboration with the referring vet, session structure, progression and regression of difficulty, programme review, and outcome measurement across a course of treatment.
Management and Duty of Care in Hydrotherapy Centres
The legal and ethical responsibilities of running a hydrotherapy centre. Covers the Veterinary Surgeons Act 1966 and the Exemptions Order, health and safety legislation, duty of care to patients and clients, record-keeping standards, complaints handling, and the boundaries of professional scope.
Comprehensive Small Animal Massage
A thorough grounding in massage techniques for the small animal patient. Covers effleurage, petrissage, tapotement, friction, myofascial release, and the indications and contraindications for each technique across orthopaedic, neurological, geriatric, and sports rehabilitation cases.
Canine Body Language and Stress Management in Small Animal Hydrotherapy
Reading and responding to canine communication is central to safe practice. Covers canine body language, stress signals, fear and anxiety indicators, low-stress handling techniques, environmental management, and the welfare-led approach to building positive associations with the hydrotherapy environment.
Part 2 – Veterinary Physiotherapy Core (19 Units)
Part 2 is the heart of the Level 6 qualification. These 19 units elevate learners from hydrotherapy competence to full veterinary physiotherapy – covering gait analysis, electrophysical agents, canine sports, biomechanics, welfare, geriatric care, and the scientific literacy to practise at degree level.
Gait Analysis and Clinical Reasoning
Gait analysis is a core skill in veterinary physiotherapy. Covers observational gait analysis at walk, trot, and turn, identification of lameness grades and compensatory patterns, video gait analysis techniques, and the clinical reasoning that links observed deficits to anatomical and functional impairments.
Palpation, Massage, Stretching, and Joint Mobilisation Techniques
A consolidation of manual therapy skills at Level 6. Covers systematic palpation of every major joint and muscle group, advanced massage techniques, evidence-based stretching protocols, and grade I–IV joint mobilisation techniques applied to the canine patient.
Canine Nutrition and Health Optimisation
Builds on Part 1 nutrition with a clinical focus. Covers therapeutic diets for orthopaedic and neurological patients, supplements with an evidence base in rehabilitation (omega-3, glucosamine, green-lipped mussel), feeding for recovery from surgery, and the role of body condition scoring in long-term outcomes.
Canine Sports and Conditioning
Sports rehabilitation and conditioning is a specialist application. Covers the demands of agility, flyball, working dogs, gun dogs, and competition dogs; sport-specific conditioning protocols; pre-event warm-ups; post-event recovery; and the prevention of common sports injuries.
Clinical Reasoning and Safe Application of Electrophysical Agents
Electrophysical agents (TENS, NMES, ultrasound, PEMF) require careful clinical reasoning. Covers the physical principles behind each modality, physiological effects on tissue, indications and contraindications, dosing parameters, safety protocols, and integration with broader rehabilitation programmes.
Business Development and Resilience
Long-term success requires more than clinical skill. Covers scaling a veterinary physiotherapy business, building referral networks with vets and rehabilitation specialists, diversifying income streams, managing cash flow through quiet periods, and the personal resilience needed to sustain a clinical career.
Customer Service Excellence in Physiotherapy
Client experience determines whether owners return and refer. Covers consultation structure, expectation setting, written and verbal communication of clinical findings, handling difficult conversations about prognosis, and the systems that make a small clinical practice feel professional and consistent.
Canine Athlete Assessment and Treatment Planning
Specialist assessment and planning for the canine athlete. Covers sport-specific functional testing, identification of subclinical performance limiters, treatment planning for return-to-sport pathways, periodisation of rehabilitation across a competition season, and outcome measurement in performance dogs.
Effects of Injury and Physiotherapy Intervention to Aid Tissue Repair
The science of tissue healing underpins clinical decision-making. Covers the phases of tissue repair (inflammation, proliferation, remodelling), the cellular response to injury in muscle, tendon, ligament and bone, and how physiotherapy interventions are timed and dosed across each healing phase.
Lifelong Learning and Professional Growth in Animal Rehabilitation
Veterinary physiotherapy is a rapidly evolving field. Covers continuing professional development planning, critical appraisal of new research, attendance at conferences, peer review and mentorship, and the reflective practice frameworks used to maintain and develop clinical competence over a career.
Biomechanical Principles in Rehabilitation and Conditioning
Biomechanics provides the framework for understanding movement and dysfunction. Covers kinematics, kinetics, forces acting on the canine skeleton during locomotion, the effect of conformation on injury risk, and the biomechanical rationale behind exercise prescription in rehabilitation and conditioning programmes.
Multidisciplinary Teamwork in Veterinary Care and Sport Medicine
Best outcomes come from coordinated care. Covers the roles of vets, orthopaedic specialists, veterinary nurses, behaviourists, and trainers in a multidisciplinary team; effective handover and communication protocols; and the boundaries between professions in shared cases.
Strength and Conditioning in Animal Rehabilitation
Strength and conditioning is increasingly central to rehabilitation. Covers progressive overload principles applied to the canine patient, equipment selection (balance discs, FitPAWS, Cavaletti), exercise progression, programme periodisation, and the evidence behind strength training in clinical recovery.
Physical Principles and Patient Benefits of Electrical Therapies in Rehabilitation
A deeper dive into the physics and physiology of electrical therapies. Covers waveform characteristics, current parameters, motor and sensory effects, the role of NMES in muscle recovery, TENS for pain modulation, and the integration of electrical therapies with manual and exercise interventions.
Musculoskeletal and Systemic Responses to Strength Training and Conditioning
The body adapts in measurable ways to training stimulus. Covers musculoskeletal adaptations (muscle hypertrophy, tendon stiffness, bone density), cardiorespiratory adaptations, neural adaptations, and systemic recovery requirements that determine training frequency and intensity in canine athletes and rehabilitation patients.
The Aging Process and Geriatric Patient Care
Geriatric patients form a significant proportion of physiotherapy caseloads. Covers the physiological changes of aging (sarcopenia, joint degeneration, cognitive decline), assessment frameworks for the geriatric patient, gentle progressive exercise prescription, and quality-of-life conversations that accompany care of older animals.
Practical Application of Research Methodology
Evidence-informed practice requires research literacy. Covers research question formulation, study design (case series, cohort, RCT), critical appraisal of veterinary rehabilitation literature, data collection methods, basic statistical interpretation, and the application of research findings to clinical decision-making.
Assessing and Monitoring Welfare in Small Animals
Welfare is the foundation of ethical practice. Covers the Five Domains welfare model, validated welfare assessment tools, recognition of pain and stress, environmental enrichment, and the documentation of welfare considerations across the rehabilitation journey from first consultation to discharge.
Tissue Changes and Rehabilitation Effects
A clinical synthesis of tissue science and rehabilitation. Covers the structural and functional changes that occur in tissue under load and during recovery, the mechanotransduction effects of exercise and manual therapy, and the way tissue adaptation informs progression of rehabilitation programmes over weeks and months.
Part 3 – Clinical Practice & Rehabilitation (18 Units)
Part 3 is where theory and practice converge. These 18 units cover neurological assessment and management, individualised exercise prescription, treatment planning for common orthopaedic injuries, ethics and legislation, the capstone research project, and – at the centre of it all – the 800-hour clinical practice portfolio that forms the foundation of your qualification evidence.
Cellular Anatomy, Injury, and Responses
The molecular and cellular foundations of injury and repair. Covers cell structure, the cellular response to mechanical and biochemical stress, the cascade of inflammation, the role of cytokines and growth factors, and the implications for clinical decision-making in the early phases of rehabilitation.
Understanding and Managing Patient Behaviour in Physiotherapy Sessions
Behaviour management is integral to safe and effective sessions. Covers learning theory applied to the clinical setting, desensitisation and counter-conditioning, recognition of behavioural red flags, the role of the owner in session success, and protocols for managing patients with significant fear or reactivity.
Neurological Assessment and Management in Small Animal Physiotherapy
Neurological patients require a specific clinical approach. Covers neurological examination of the canine and feline patient, common neurological presentations (IVDD, FCE, vestibular disease, degenerative myelopathy), neurorehabilitation principles, and long-term management of patients with permanent neurological deficits.
Clinical Practice in Veterinary Hydrotherapy and Physiotherapy
The clinical practice unit consolidates 800 hours of supervised practice in veterinary physiotherapy and hydrotherapy settings. Learners build a portfolio of cases evidencing assessment, treatment planning, intervention, reassessment, and outcome documentation across orthopaedic, neurological, and sports cases.
Clinical Reasoning in Rehabilitation
Clinical reasoning is the thread that connects assessment, treatment, and outcome. Covers structured reasoning frameworks, hypothesis generation, prioritisation of clinical findings, decision-making under uncertainty, the role of reflective practice in refining reasoning, and documentation of reasoning in case notes.
Treatment Plans for the Rehabilitation of Common Musculoskeletal Injuries
Detailed treatment planning for the most common orthopaedic conditions. Covers cranial cruciate ligament disease (surgical and conservative management), hip and elbow dysplasia, osteoarthritis management, tendon and ligament injuries, and the evidence-based protocols for each presentation.
Cellular Anatomy, Injury, and Responses (Advanced Application)
A deeper consolidation of cellular science applied to clinical scenarios. Builds on earlier foundations with focused application to specific tissue types (muscle, tendon, ligament, bone, cartilage, nerve), repair timelines, and the implications for loading and progression of rehabilitation interventions.
Individualised Exercise Prescription in Rehabilitation
Exercise prescription is one of the most powerful tools available. Covers dosing principles (frequency, intensity, time, type), selection of exercises matched to patient deficits and goals, equipment selection, home programme design, owner education, and progression and regression of programmes over time.
Physiotherapy Techniques and Equipment
A comprehensive review of equipment used in clinical practice. Covers selection, set-up, and safe use of treatment tables, harnesses, slings, balance equipment, treadmills, electrotherapy units, laser units, and the rationale for choosing one piece of equipment over another in different clinical scenarios.
Principles of Rehabilitation in Canine and Feline Patients
The over-arching principles guiding every rehabilitation programme. Covers the SOAP framework, goal-oriented planning, measurable outcomes, the integration of multiple interventions into one coherent programme, and the principles of progressive overload, specificity, and reversibility applied to the small animal patient.
Professional Practice in Veterinary Hydrotherapy and Physiotherapy
The professional standards expected of a qualified veterinary physiotherapist. Covers professional indemnity insurance, record-keeping requirements, GDPR and data protection in clinical practice, complaints procedures, professional boundaries, and the ongoing CPD requirements that maintain professional competence.
Ethics and Legislation in Professional Physiotherapy Practice
The ethical and legal framework of practice. Covers the Veterinary Surgeons Act 1966 Exemptions Order, the Animal Welfare Act 2006, consent and capacity in animal care, ethical decision-making frameworks, the boundaries between professions, and the disciplinary processes that govern professional conduct.
Research Project
The capstone research project. Learners design and complete an independent piece of research relevant to veterinary physiotherapy, applying the research methodology learned in Part 2. The project includes literature review, methodology, data collection or critical synthesis, analysis, and a written report at Level 6 standard.
Competent and Compassionate Animal Care in Veterinary Physiotherapy
The human qualities that underpin clinical excellence. Covers empathy in clinical communication, recognising the emotional context of veterinary referral, working with anxious or grieving owners, end-of-life conversations, and the self-care and supervision practices that sustain compassion across a clinical career.
Developmental Considerations for the Juvenile Patient
Juvenile patients require an adapted clinical approach. Covers skeletal maturation in dogs and cats, developmental orthopaedic diseases (HD, ED, OCD, panosteitis), age-appropriate loading and conditioning, growth-plate considerations, and the parent education that supports owners of growing puppies and kittens.
Legislation and Ethics in Small Animal Care
A focused review of legislation and ethical considerations specific to small animal practice. Covers the Animal Welfare Act 2006, microchipping legislation, the Dangerous Dogs Act, breed-specific welfare considerations, ethical sourcing of patients for clinical work, and ethical considerations of advanced interventions.
Advanced Case Study
An advanced case study demonstrating integrated clinical reasoning at Level 6. Learners present a complex multi-system case from assessment through to discharge, evidencing the application of theory and outcome measures, alongside critical reflection on clinical decision-making across the entire case.
Pain Management in Veterinary Physiotherapy
Pain is a primary concern in most physiotherapy presentations. Covers the neurophysiology of pain (acute, chronic, neuropathic), validated pain assessment tools, multimodal pain management strategies, the role of physiotherapy interventions in pain modulation, and collaborative pain management with the referring veterinary surgeon.
How the Three Parts Connect
Part 1 → The Clinical Foundation
Part 1 establishes the clinical and operational foundation on which everything else is built. The 14 hydrotherapy units give you practical water-based skills, an understanding of water chemistry and facility management, the anatomical vocabulary you will use throughout the rest of the diploma, and the business fundamentals needed to run any animal health service. Critically, Part 1 includes the early manual therapy and musculoskeletal anatomy units that prevent Part 2 from feeling like an abrupt step change. By the time you move into Part 2, you are already thinking like a clinician – assessing patients, considering welfare, and making evidence-based decisions about treatment. The 14 units of Part 1 are the reason there are no formal entry requirements for the overall programme: they bring every learner to the same clinical starting point.
Part 2 → Advanced Theory and Specialist Skills
Part 2's 19 units operate at the full depth of Level 6. Gait analysis (Unit 15) requires the anatomical knowledge from Part 1 to interpret compensatory movement patterns. The electrophysical agents units (19, 28) sit on top of the tissue science introduced in the earlier anatomy content. The canine sports and conditioning units (18, 22, 27, 29) build progressively, from sport-specific demands to athlete assessment to strength programming to systemic physiological responses – each unit assuming the previous. Part 2 is also where business, communication, and professional development threads run in parallel with clinical science: Units 20, 21, and 24 ensure that by the time learners reach clinical practice, they are not just competent clinicians but commercially and professionally literate practitioners who can build a sustainable caseload. Research methodology in Unit 31 prepares learners directly for the research project they will complete in Part 3.
Part 3 → Clinical Integration and Qualification Evidence
Part 3 is the point of convergence. The clinical practice unit (37) is the single largest unit in the whole programme – 800 supervised clinical hours in which everything from Parts 1 and 2 is applied to real patients in real settings. The remaining 17 units in Part 3 are designed to provide the theoretical depth to support and contextualise that clinical work: neurological assessment (36) informs how you manage IVDD and FCE cases in your portfolio; individualised exercise prescription (41) gives you the framework to write and defend your home programmes; the ethics and legislation units (45, 49) ensure you understand the legal and ethical context of every clinical decision. The advanced case study (50) and research project (46) are the final proof of competency – demonstrating that you can synthesise information, reason critically, and communicate clinical decisions at Level 6 standard. Together, the three parts deliver a qualification that is greater than the sum of its 51 units.
Frequently Asked Questions About the 51 Units
Which units are Level 3 and which are Level 6?+
All 51 units are delivered within a single Level 6 qualification – the Level 6 Diploma in Veterinary Physiotherapy with Hydrotherapy (RQF). Part 1 (Units 1–14) contains the content that maps to the Level 3 hydrotherapy standard, but these units are assessed and certificated as part of the Level 6 diploma, not as a standalone Level 3 award. The purpose of bundling this content is to ensure every learner has the hydrotherapy competence needed before progressing to Parts 2 and 3 – not to issue a separate Level 3 certificate alongside the Level 6 diploma. Your qualification certificate is for the Level 6 Diploma only.
Can I skip Part 1 if I already hold a Level 3 hydrotherapy qualification?+
The Level 6 Diploma is a single integrated programme – all 51 units must be completed to achieve the qualification. Learners who already hold a Level 3 hydrotherapy qualification often find Part 1 moves quickly as much of the content will be familiar; for some it serves as a structured revision and deepening of existing knowledge. Part 1 also introduces the anatomical terminology and manual therapy foundations that underpin Part 2, so the content serves a purpose beyond the hydrotherapy skills themselves. Speak to the admissions team if you have prior hydrotherapy qualifications and want to discuss how your existing knowledge will support your progress through Part 1.
How are the units assessed?+
Assessment across all 51 units is portfolio-based – there are no end-point written examinations. Each unit is assessed through a combination of written assignments, case study submissions, video and photo evidence of practical skills, and supervisor witness testimonies from your clinical mentor. Practical skills are also assessed on the 25 residential practical days at approved centres. This portfolio model means your assessment evidence is built from real clinical work – actual patients, actual treatment decisions – rather than hypothetical scenarios in a written exam.
Must the units be studied in order (Part 1 → 2 → 3)?+
The three parts are designed to be completed sequentially – Part 1 before Part 2, and Part 2 before Part 3. This sequencing is deliberate: the anatomical and clinical reasoning content in Part 1 underpins everything in Part 2, and the theoretical depth of Part 2 provides the context needed to get the most from the clinical practice and complex case units in Part 3. Within each part, there is some flexibility on unit order. Your tutor will advise on the optimal study sequence within your current part based on your progress and clinical placement experience.
Can I study multiple units in parallel?+
Yes – the online platform gives you access to all units within your current part simultaneously. Many learners study two or three units in parallel, which suits different learning styles and allows progression that matches clinical experience as it accumulates. For example, learners often find it useful to study the nutrition and welfare units alongside the anatomy and clinical technique units rather than strictly sequentially. Your tutor will help you plan a study schedule that balances parallel unit progress against the depth each unit requires.
What is the average study time per unit?+
Total guided learning across the 51 units is 978 hours – an average of approximately 19 hours per unit. In practice, unit study times vary considerably: straightforward single-topic units might require 10–14 hours of reading, material review, and assignment preparation, while complex multi-topic units such as clinical reasoning, gait analysis, or research methodology can require 25–35 hours. The clinical practice unit (37) is different in kind – it encompasses 800 hours of supervised clinical placement, which runs in parallel with online study across all three parts rather than being a discrete reading unit.
What tutor support is available per unit?+
Each learner has a dedicated online tutor throughout the programme – not a shared support desk. Your tutor provides structured written feedback on every submitted assignment and case study, is available for questions on unit content, and can advise on clinical scenarios arising from your placement. Tutor feedback on case studies is specifically highlighted by learners as the most formative part of the learning experience – seeing how an experienced clinician would approach the same case, and understanding where your reasoning diverged from theirs, is where clinical thinking develops most rapidly. There is no cap on tutor contact; support is available throughout your 36-month access window.
Ready to Work Through All 51 Units?
Enrol in the Level 6 Diploma in Veterinary Physiotherapy with Hydrotherapy and start all 51 units immediately. From £339.16/month over 36 months (20% off, was £424.30/mth), or £12,210 paid in full.