Join a cross‑functional squad improving academic rules at scale. You'll design and ship real LLM solutions end‑to‑end - no people management, just meaningful delivery. Work with modern tooling, vector databases, and cloud AI, with flexibility and extensions likely.
Responsibilities
- Design LLM/RAG architectures and make cost-latency-accuracy trade‑offs
- Build pipelines for data ingestion, chunking, embeddings, retrieval, and generation
- Implement evaluation, guardrails, and PII/security controls
- Deploy containerised solutions with monitoring and clear handover docs
- Streamline rule authoring and generate fair application summaries via AI
Must have
- Deliver production LLM systems using Python and orchestration (e.g., LangChain/LlamaIndex)
- Apply RAG with vector stores (e.g., pgvector, OpenSearch, Pinecone, FAISS)
- Use AWS/Azure AI services and CI/CD; work hands‑on with Docker/Terraform
- Implement security (KMS, VPC, private endpoints, OIDC)
Nice to have
- Fine‑tuning (LoRA/PEFT) and retrieval re‑ranking
- Databricks/MLOps and enterprise compliance experience
We welcome applicants of all backgrounds and provide reasonable adjustments throughout the recruitment process.
If you wish to apply for this position, please submit your resume by clicking the 'Apply Now' button. For further information please contact Nicole Guala at Clicks IT Recruitment on +61 437 981 120.
At Clicks we embrace diversity, inclusion and equal opportunity. First Nations people are encouraged to apply.
We provide reasonable adjustments, including alternate formats to the recruitment process for individuals with disability. If you require an adjustment to be made during the recruitment process, please call 1300 254 257 or email adjustments@clicks.com.au
Job Summary
Pay:
$800 per day
Location:
Melbourne - South
Job Type:
Contract
Specialisation:
Architect
Reference ID:
BBBH77029
Jobseeker FAQs
FAQ 1
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0 – Default. Does not count all elements of multidimensional arrays<br />
1 – Counts the array recursively (counts all the elements of multidimensional arrays)</p>
Optional. Specifies the mode. Possible values:
<p> Optional. Specifies the mode. Possible values:<br />
0 – Default. Does not count all elements of multidimensional arrays<br />
1 – Counts the array recursively (counts all the elements of multidimensional arrays)</p>