Rebecca Brangwynne-Smith | Learning & Development Lead
Queensland Veterinary Specialists

Rebecca Brangwynne-Smith, Learning & Development Lead, Queensland Veterinary Specialists

Bec is the Learning & Development Lead at Queensland Veterinary Specialists and a Veterinary Technician Specialist (VTS) in Anaesthesia & Analgesia. She is dedicated to elevating clinical standards through structured education, practical skills training, and evidence-based teaching for veterinary nurses and technicians. In her L&D role, Bec designs orientation programs, delivers training across three QVS hospitals, and supports the professional growth of teams at all stages of their careers. Before transitioning into education, Bec worked in general practice for 6 years and later within the QVS surgery department from 2020, where her passion for anaesthesia and analgesia truly took shape. With qualifications in veterinary technology, veterinary nursing, and training and assessment, she blends clinical experience with strong educational insight, helping teams feel confident, supported, and empowered in their work.

Appearances:



Day 1 @ 12:00

So, you want to be a VTS?

What the VTS really is; are you ready?; the application simplified; studying without burning out; what to expect for exams; after the letters, what's ne

Day 1 @ 12:00

Mastering Radiographic Imaging Using PALACE Approach

    - Positioning
  • Why positioning is everything for diagnostic quality
  • Key directional terms + quick landmark checks
  • Common positioning mistakes (and how to fix them fast)

    A - Alignment

  • Ensuring the area of interest is centred and straight
  • Avoiding rotation: quick visual cues before you shoot
  • Tricks for aligning challenging patients (painful, fractious, obese)

    L - Labeling

  • Correct side markers: why they matter medicolegally
  • Preventing mix-ups in multi-view or multi-patient imaging
  • Digital vs physical markers — when each works best

    A - Artefacts

  • Rapid identification of the most common artefacts
  • Patient, equipment, and handler artefacts: how to troubleshoot
  • Quick fixes before repeating the shot

    C - Collimation

  • Radiation safety + image clarity benefits
  • How to judge correct collimation quickly
  • Avoiding cut-off anatomy and unnecessary retakes

    E - Exposure

  • Fast approach to choosing correct exposure settings
  • Recognising overexposure vs underexposure at a glance
  • Adjustments you can make without re-positioning

    Putting PALACE Into Practice

  • Live walk-through of a case using PALACE
  • How to mentally run the checklist in <10 seconds
  • Building muscle memory for consistently diagnostic images

Day 2 @ 15:30

Understanding Invasive Blood Pressure Monitoring

    Why Use Invasive BP?
  • Gold standard for accuracy vs NIBP limitations
  • When IBP truly matters: critical patients, unstable anaesthesia, vasoactive drugs
  • The clinical value of waveforms (not just numbers)

    2. Arterial Catheter Placement Basics

  • Common sites: dorsal pedal, radial, auricular, coccygeal
  • Quick anatomy review of chosen sites
  • Aseptic prep & cannulation technique
  • Securing the line to prevent movement/occlusion

    3. Setting Up the Transducer

  • Components: catheter → tubing → flush bag → transducer → monitor
  • How to zero the transducer (and why it matters)
  • Leveling at the phlebostatic axis
  • Ensuring proper fluid flush pressure
  • Common setup errors and fast troubleshooting

    4. Anatomy of a Waveforms

  • What a normal arterial waveform looks like
  • Systolic, diastolic, MAP - what they truly represent
  • Damping vs underdamping: how to spot and what to do
  • Artefact recognition (movement, air bubbles, clotting, kinked line)

    5. Caring for the Arterial Line

  • Maintaining patency (continuous flush, minimising blood backflow)
  • Preventing complications: thrombosis, bleeding, infection
  • Dressing changes and monitoring the insertion site
  • When to remove the line

    6. Blood Sampling from an Arterial Line

  • Step-by-step sampling technique
  • Preventing dilution, contamination, and air bubbles
  • Ideal for blood gases: rapid, accurate, repeatable

    7. Rapid Clinical Application

  • Real-world examples: shock, anaesthetic instability, respiratory failure
  • How IBP monitoring changes your case management in real time
  • When to escalate intervention based on trends

last published: 15/Dec/25 03:45 GMT

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