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Clinical Genetics

RACP. Diagnosing the genome, a tiny, academic specialty at the centre of medicine's genomic transformation.

Medicine (physician)3 years ATCompetitiveness: moderateSubspecialty, entry via Basic Physician Training (Adult Medicine)
Competition snapshot: Moderate   Very few posts (single digits nationally per year) but a small, self-selected applicant pool
Program length
3 years AT
Typical entry
AT from PGY5–6
Women (trainees)
≈ 70% of trainees
Consultant (public)
$270,000–420,000 package
Consultant (private)
Limited private sector; academic/public careers dominate (indicative $280,000–420,000)
Hours & lifestyle
Office-hours clinics; among the gentlest rosters in medicine
Entry routeYou enter Clinical Genetics through Basic Physician Training (Adult Medicine): complete basic training and both divisional exams first, then compete for advanced-training posts in this specialty. This page covers what's specific to Clinical Genetics.

Overview

Clinical geneticists diagnose rare disease across the lifespan, dysmorphology, cancer syndromes, prenatal and cardiac genetics, increasingly through whole-genome sequencing. The specialty sits where medicine is going: every discipline now orders genomic tests someone must interpret in front of a family.

Selection and points

How selection works

ComponentWhat it involves
AT job applicationA handful of genetics services nationally; paediatric and adult streams.
The unofficial view
  • Research is near-obligatory (the field is academic); genomics lab literacy and counselling-adjacent communication skills are the markers.

Competition & demographics

Competitiveness

  • Tiny intake; candidates usually known to the units through research before applying.

Who's in the program

  • Strongly female cohort; paediatric overlap common.

How to improve your chances at each stage

StageResident (PGY2–3)
  • Genomics research from BPT1; attend clinical genetics MDTs; visibility is easy in a small field.
StageRegistrar years & applications
  • A higher degree (or genomics diploma) is standard among successful applicants.
StageIf you don't get on (or change your mind)
  • Adjacent: genetic pathology (RCPA), paediatrics, cancer genetics-flavoured oncology.

See also the general strategy guide: universal CV, referee and interview advice that applies across specialties.

Job market & workforce outlook

Outlook: Genomic testing demand exploding; workforce tiny, but consultant posts depend on public funding cycles
  • Public genetics services under-resourced against demand; consultant posts open irregularly; geographic flexibility is wise.

Income

  • Public/academic packages $270,000–420,000; private genomic medicine embryonic.

Pre-tax, indicative, and highly variable with hours, setting and billing model. ATO figures are averages of taxable income by reported occupation.

Subspecialties & special interests

AreaNotes
Cancer geneticsFamilial cancer clinics
Prenatal/reproductiveWith MFM units
Genetic pathology (dual)RCPA lab arm

Community: questions and perspectives

CommunityAsk questions and share real-world experience below. Sign in with your email (button top right) to post. Your training stage and specialty interest appear beside your name so readers know the perspective, and the best posts are folded into the page at each annual review.

❓ Questions & answers

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🩺 Experiences, corrections & perspectives

If you've trained in clinical genetics, or tried to, share what the page can't capture: what it's really like, what's changed, what you wish you'd known.

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Last reviewed July 2026. Details marked “verified” were checked against official/current sources at review; unmarked figures are indicative estimates from training data, college publications and community knowledge. Selection regulations change annually, always read the current-year official documents before acting.