module specification

This applied module builds on Level 4 foundations in behavioural science, early pain psychology and person‑centred communication by integrating advanced scientific and biopsychosocial principles that directly support physiotherapy assessment and rehabilitation. You will deepen your understanding of biomechanics, exercise physiology, neuroscience and pain science, learning how these domains interact to influence movement, function and recovery.

The module emphasises the practical application of scientific knowledge to clinical reasoning. You will explore how the biopsychosocial model can be used to interpret complex patient presentations and guide safe, evidence‑informed decision‑making. Behaviour change theories, including COM‑B, are applied to real clinical contexts to understand factors influencing treatment adherence, motivation and long‑term engagement in rehabilitation.

A specialist focus is placed on advanced pain science, including neurophysiological, cognitive‑affective and behavioural mechanisms, enabling you to differentiate between acute and chronic presentations and tailor physiotherapy interventions accordingly. You will practise integrating pain education, tissue loading principles, graded activity and functional exercise prescription into rehabilitation planning.

Through case‑based learning, simulated practice and practical workshops, you will apply scientific reasoning to movement analysis, outcome interpretation and intervention design. You will develop the ability to justify physiotherapy decisions with reference to applied science, behaviour change and biopsychosocial principles, in line with HCPC Standards of Proficiency and CSP Graduate Attributes. By the end of the module, you will be equipped to design, implement and evaluate physiotherapy interventions across acute and chronic rehabilitation contexts.

Available for Study Abroad? NO

1.Biopsychosocial and Behavioural Foundations (LO2, LO4)

    Biopsychosocial determinants of movement, pain and recovery

    Behaviour change theories applied to physiotherapy (COM‑B, Behaviour Change Wheel)

    Motivation, adherence, self‑efficacy and therapeutic alliance

2. Applied Biomechanics and Movement Science (LO1, LO3)

    Kinematics/kinetics of functional movement

    Normal vs altered movement patterns

    Tissue loading, adaptation and progression

3. Exercise Physiology & Clinical Monitoring (LO1, LO4)

    Cardiovascular, respiratory and metabolic responses to exercise

    Strength, endurance, motor control and conditioning principles

    Monitoring: vitals, RPE, SpO₂, pain and functional capacity

4. Advanced Pain Science & Pain Education (LO3, LO2)

    Pain neurophysiology, sensitisation and neuroplasticity

    Cognitive‑affective mechanisms: fear‑avoidance, catastrophising

    Delivering effective pain education

    Pain assessment in acute vs chronic contexts

5. Clinical Reasoning in Acute & Chronic Rehabilitation (LO1–4)

    Differentiating acute, sub‑acute and chronic presentations

    Early management strategies and acute rehabilitation principles

    Graded exposure, pacing, functional training in chronic conditions

    Integrating biopsychosocial reasoning with scientific evidence

6. Evidence‑Informed Practice (LO4)

    Selecting and interpreting clinical and behavioural outcome measures

    Integrating evidence into physiotherapy decision‑making

    Ethical and professional expectations (HCPC / CSP)

Learning and teaching on this module combine scheduled face‑to‑face sessions with substantial guided independent study to support the development of applied scientific knowledge and clinical reasoning skills. Approximately 33 hours of scheduled teaching include lectures, seminars, practical workshops and case‑based tutorials focused on integrating biomechanics, pain science, behaviour change and rehabilitation principles. Students are expected to undertake around 77 hours of guided independent study, including preparation for seminars, directed reading, engagement with digital resources and consolidation of taught content. A further 40 hours are allocated for assessment preparation.

LO1: Analyse human movement and physiological responses using applied biomechanics, neuroscience and exercise physiology to inform physiotherapy practice.

LO2: Apply biopsychosocial and behavioural science frameworks to clinical reasoning, explaining factors influencing engagement, adherence and recovery.

LO3: Integrate, design and justify evidence‑informed physiotherapy interventions using principles of tissue loading, exercise prescription, pain science, pain education and behaviour‑change strategies for acute and/or chronic conditions.

LO4: Evaluate evidence-based physiotherapy decision‑making by interpreting clinical, physiological and behavioural outcome measures to assess patient progress.

Applied Science for Physiotherapy | London Metropolitan University