This course will provide training to provide microsuction, according to current guidelines. The training is comprehensive and involves a blend of:
- Theory: You'll learn core principles of wax removal, gaining a strong theoretical grounding in cerumen, anatomy, and wax removal techniques.
- Knowledge of practice guidelines: The course is designed in, and will cover compliance with the British Society of Audiology (BSA) Practice Guidance in Aural Care (Ear Wax Removal) to focus on quality and safety.
- Trying a range of instrumentation: You'll have the opportunity to try different types of equipment such as microscopes, loupes, and manual devices.
- Testing equipment: You'll be able to try and test a range of equipment, such as different suction units.
- Hands-on practice: You'll practise correct procedures on dummy heads.
- Wax removal on patients: You'll receive 1:1 training while removing wax from patients yourself.
- Logbook completion: You'll conduct follow-on practise under direct supervision until you're considered competent.
You'll receive a university certificate following the training and logbook completion.
Course material
This blended course consists of three elements: theory, practice on real patients, and logbook completion.
E-learning theory
- Anatomy and physiology
- Cerumen characteristics
- Degrees of impaction
- Pathology of the outer and middle ears
- Common ear problems: pain, infections, earache
- Foreign bodies
Ear wax removal
- Illumination and magnification
- Removal instrumentation
- Consumables
Ear wax removal techniques
- Best practice guidelines
- Recommended procedures
- Scope of practice
- Contraindications
- Potential problems
- Minimising liability
Procedure
- Patient advice
- Case history and risk assessment
- Informed consent
- Communication techniques
- Record keeping and documentation
- Imaging before and after wax removal
- Infection control
- PPE
- Medication concerns
- Aftercare and complications
- Technique
- Case study discussion and review
Practical training
- Overview of theoretical concepts
- Equipment overview and equipment handling
- Bracing techniques
- Ear examination techniques
- Identification of safe practice techniques
- Tutorials and demonstrations to operate equipment
- Dummy head practice
- Pathology identification
- Real patient demonstration
- Real patient practice
Logbook
- Continuation of practice under direct supervision
- Logbook completion
Course team
The course is run by experienced audiologist and wax removal experts, with support from ARU academic personnel.
Robert Johns (DipHE, MSc, RHAD): Audiologist, Hearing Therapist and Head of Service at Novus Health Ltd.
Rob Johns has been with Novus for over 10 years and has a range of wax removal competencies. He enjoys teaching and supporting trainees improve their wax removal skills whilst maintaining safe practice.
Ben Price (DipHE, RHAD): Audiologist and RHAD at Novus Health
Ben is a fully qualified Hearing Aid Dispenser. His experience regarding wax removal focuses on all the main techniques, but predominantly micro-suction. He is passionate about delivering safe, comfortable care and helping others build confidence in clinical practice. His aim is to keep training friendly, supportive, and hands-on, and is always happy to share his experiences.
The course is supported by Guymark and DP Medical.
Past trainee comments
"I found the wax removal days on campus very helpful; without those training days I would not have had the confidence or real experience of heading out into my own clinics. So, thank you!"
"Personally, I found the wax removal course invaluable! I feel this is probably one of the most intrusive parts of the audiology process and without the level of training in wax removal provided I may have struggled to build my confidence. However thanks to the course I find wax removal less daunting."
"The 2 days course was very insightful. It was very helpful to see the the live feed on the big screen and really helped fill me with confidence that should I be doing something wrong then the advice could be given in situ."