Clinical Geneticist
Clinical geneticists work out whether a patient's symptoms or family history point to an inherited condition, and what that means for treatment and for relatives.
- Median salary*
- $200,200
4.1%vs last year, before tax
- People employed*
- 320
6.7%vs last year
- Projected growth*
- +9%
to 2035
- AI exposure*
- Low
- automation risk
- Average hours*
- 45/wk
+5h vs all jobs
- Shortage status*
- In shortage
national
Clinical geneticists are specialist physicians who see patients with suspected or confirmed genetic conditions, mostly in public hospital genetics services. They sit at the end of a long referral chain, where earlier tests have not explained a child's development, a cluster of cancers in one family or a sudden death in a young relative. The specialty is small, so many combine hospital clinics with laboratory work, teaching and outreach visits to regional centres.
How much do clinical geneticists earn?
The median full-time salary for a clinical geneticist is $200,200 per annum, before tax, up $41,800 since 2018.
Most clinical geneticists are salaried hospital specialists, so pay follows the state or territory medical officer award and any enterprise agreement, and it rises with years of service and seniority. A staff specialist appointment, a head of department role, private consulting or an academic post shifts the figure more than location does. Because clinical genetics is largely an outpatient specialty, penalty rates and on-call load are usually lighter than in procedural fields.
What does a clinical geneticist do day to day?
The list below is what fills most weeks; the exact mix shifts with seniority and whatever stage the current work is at.
- Seeing patients referred with a suspected genetic condition, often after years of inconclusive testing
- Building a three-generation family history and examining for physical features that point to a syndrome
- Ordering genomic tests and reviewing the variants they return against the patient's symptoms
- Explaining a diagnosis, or a variant of uncertain significance, to patients and their relatives
- Meeting genetic counsellors, laboratory scientists and other specialists to agree on care, and supervising registrars
What skills do clinical geneticists need?
Employers look for patient care and support, clinical assessment and treatment, counselling and support work, backed by Progeny Clinical fluency and strong empathy and interpersonal care.
Specialist skills
- Patient care and support
- Clinical assessment and treatment
- Counselling and support work
- Health education and advice
Software and tools
- Progeny Clinical
- ClinVar
- HGMD Professional
- EPIC
- GeneMatcher
General skills
- Empathy and interpersonal care
- Written communication
- Attention to detail
Is the job growing?
About 320 people work as clinical geneticists in Australia, and employment is projected to grow 9% over the decade to 2035. That's modest growth: demand is steady rather than booming.
How do you become a clinical geneticist?
Here's the path most clinical geneticists take, step by step.
- 1Complete a medical degree
An undergraduate or graduate-entry medical degree takes four to six years and is the only route into the specialty. You then complete a paid internship year in a hospital to gain general registration with AHPRA.
- 2Work as a resident medical officer
Two or three years of prevocational hospital terms build the general medicine or paediatric experience that genetics training rests on. Rotations in paediatrics, neurology or oncology are common and help you work out which patient group you want to see.
- 3Finish basic training with the Royal Australasian College of Physicians
Basic physician training in adult medicine or paediatrics runs about three years and is examined. It is the prerequisite for advanced training in clinical genetics.
- 4Undertake advanced training in clinical genetics
Advanced training takes about three years and includes laboratory experience in cytogenetics and molecular genetics alongside clinic time. Trainees rotate through a hospital genetics service, and some complete a research project or a higher degree during it.
- 5Gain fellowship and specialist registration
Fellowship of the Royal Australasian College of Physicians (FRACP) and specialist registration with AHPRA are what allow you to practise as a consultant clinical geneticist. From there, most people hold a public hospital appointment and may add private clinics, laboratory work or teaching.
Ready to apply as a clinical geneticist?
Whether you're working toward becoming a clinical geneticist or already are one and want a hand with the next step (sharpening your resume for ATS screening, tightening your cover letter, or knowing what you'll actually be asked at interview), here are examples grounded in this specific role, not generic templates.
What jobs can a clinical geneticist move to?
We don't list lateral moves for clinical geneticists: leaving means a full new qualification rather than a career move, and the realistic routes in are covered under how to become one.
Who works as a clinical geneticist?
The typical clinical geneticist is 46 years old; 58% are women, 82% work full-time, and full-timers average 45 hours a week.
- 46
- Median age
- 58%
- Female share
- 82%
- Full-time
- +5h
- vs all-jobs avg
What's it like being a clinical geneticist?
Clinical genetics is an outpatient specialty, so the week is built around booked clinics rather than ward rounds or theatre. Full-time clinical geneticists average 45 hours a week, and appointments run long because a family history is taken, an inheritance pattern explained and relatives discussed. A test ordered weeks earlier often returns when the patient is no longer in front of you, which means the explanation happens by phone or at a follow-up visit.
What people like
- Time with each family. Genetics clinics are booked in long slots because the history and the explanation both take time, which is a different pace from most hospital specialties.
- Ending a long diagnostic search. Families often arrive after years of unanswered questions, and a genomic result can name the condition and change screening for everyone related to them.
- A field that keeps moving. Cheaper sequencing and better variant databases keep expanding what can be diagnosed, so the working knowledge is genuinely different every few years.
- Work across childhood and adulthood. You may see a child with a developmental condition and later see that child's parent about a hereditary cancer risk, so the relationships carry on.
What people find hard
- Variants of uncertain significance. Plenty of results cannot be called either way, and telling a family that a change was found but its meaning is unclear is a difficult conversation to have again and again.
- Implications for people who did not ask. One diagnosis can mean testing offers for parents, siblings and children who never sought medical advice, and you are the one who raises it.
- Waiting lists. With so few clinical geneticists nationally, public genetics services carry long queues, and an outreach clinic in a regional centre can be booked out months ahead.
- Paperwork around testing. A real share of the week goes on test requests, authorisations, clinic letters and correspondence with referrers, all of which has to be precise.
Based on our synthesis of professional-body surveys and public accounts of the role, not first-person verified reviews.
Which industries employ clinical geneticists?
Hospitals employs the largest share of clinical geneticists, followed by Specialist medical services.
Top employing industries
- 1Hospitals
- 2Specialist medical services
- 3Pathology and diagnostic imaging services
- 4Scientific research services
- 5Tertiary education
Ranked by employment share; the source doesn't publish an exact percentage per industry.
| Bachelor degree | 52% | |
|---|---|---|
| Postgraduate | 26% | |
| Diploma / Advanced Diploma | 13% | |
| Other | 9% |
Will AI replace clinical geneticists?
Clinical genetics is lightly exposed to AI, because the heaviest computation in the field sits upstream in laboratory and bioinformatics pipelines rather than in the clinician's own work. A clinical geneticist's day is a conversation, an examination and a judgement about one family, and decision support tools change how quickly variants are sorted rather than who signs the diagnosis. Low exposure here does not mean low technology: it means the technology arrives as evidence to weigh.
Share of typical working time by exposure level
- Running clinics and taking family historiesA three-generation pedigree comes from a conversation that follows the family's own leads, and the phenotype notes taken in the room are what make a later variant search meaningful.30%low
- Reviewing variants and working out what a result meansClinVar, HGMD Professional and in-silico predictors rank how likely a variant is to cause disease, but the classification still has to fit the examination findings and the family history.25%moderate
- Case meetings with laboratory scientists and genetic counsellorsThe multidisciplinary meeting is where a laboratory's evidence is set against the patient in front of you, and where registrars learn to argue a classification out loud.25%low
- Writing clinic letters, test requests and reportsDrafting tools can turn clinic notes into a letter for the referrer within minutes, though every diagnosis, recommendation and family implication in it is checked and signed by the geneticist.20%high
Common questions about becoming a clinical geneticist
Straight answers to the questions people ask most.
How much do clinical geneticists earn?
The median full-time pay for clinical geneticists is $200,200 per annum, before tax, and the figure is a guide rather than a fixed rate. Public hospital staff specialists are paid under state or territory medical officer awards, so seniority, the service you work for and any private or academic work move it further than location does.
How do you become a clinical geneticist?
You complete a medical degree, work several years as a resident medical officer, then finish basic and advanced physician training and gain fellowship of the Royal Australasian College of Physicians. Specialist registration with AHPRA follows, and only then can you practise as a consultant clinical geneticist. It is one of the longer training paths in medicine, with around 12 to 15 years after school before fellowship.
Are clinical geneticists in demand?
Clinical geneticists are currently in shortage nationally, and employment is projected to grow 9% over the decade to 2035 over the decade to 2035. Referrals keep growing as genomic testing becomes routine in cancer care, paediatrics and rare disease, and the training program is the main gate on how quickly the workforce expands. For anyone weighing up the specialty, the length of that pathway is the practical consideration.
Will AI replace clinical geneticists?
Automated tools already sort and rank genetic variants, but they do not decide what a result means for a particular patient. Classifiers and phenotype-matching software such as ClinVar and GeneMatcher narrow the field, and the clinical geneticist still weighs that evidence against the examination findings, orders what comes next and signs the diagnosis. The consent and counselling conversation sits outside these tools entirely.
What other medical roles lead into clinical genetics?
Paediatricians and adult general physicians already hold physician training and strong diagnostic skills, and both can apply for advanced training in clinical genetics. Paediatricians bring child development and dysmorphology assessment, and pay in clinical genetics is $2,600 less. Resident medical officers come through the same training route as any other trainee and choose genetics at the point of advanced training.
What is the difference between a clinical geneticist and a genetic counsellor?
Both work with families affected by genetic conditions, but only a clinical geneticist is a doctor who examines the patient, orders the tests and makes the diagnosis. Genetic counsellors hold a masters-level qualification and focus on counselling, family communication and coordination around testing. In most hospital genetics services the two work in the same clinic as a team.
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