Job Summary
Location: Bangalore, India
Experience: 2-5yrs
Type: Full Time
Department: Engineering
The Opportunity
We are looking for an LLM Engineer to accelerate our generative AI roadmap by building scalable, production-grade systems that leverage large language models across healthcare workflows. This role goes beyond prompt design, you own the end-to-end application of LLMs, from architecting internal tools and APIs to ensuring robust performance, usability, and compliance in real-world deployments.
What You Own & Drive
- Design and implement LLM-based features across Qures products, from clinician-facing assistants to automated diagnostic flows.
- Build internal tools, APIs, and developer-facing utilities to enable scalable LLM integrations.
- Collaborate with prompt engineers to design modular, composable workflows (e.g., RAG, chaining, structured prompting).
- Evaluate model performance and behavior across tasks using both human feedback and automated metrics.
- Optimize latency, cost, and reliability of LLM systems using caching, batching, and fallback strategies.
- Deploy and monitor LLM services in production, integrating observability and usage analytics.
- Build systems to manage prompt versioning, LLM configurations, and multi-model experimentation.
- Lead cross-functional initiatives and drive end-to-end project execution across engineering, product, and clinical teams.
- Contribute to internal LLM guidelines, safety practices, and developer enablement.
- Foster a culture of collaboration, ownership, and technical excellence in building impactful LLM-driven solutions.
Core Skills Required
- Bachelors degree in Computer Science, Information Technology, or a related field.
- Solid understanding of LLM architectures, inference workflows, context management, and prompt patterns.
- Strong programming skills in Python, familiarity with frameworks like LangChain, Haystack, or Pydantic AI.
- Experience integrating OpenAI, Anthropic, or open-source models into production systems.
- Familiarity with emerging LLM protocols such as MCP and frameworks that enable agentic behaviours (e.g., autonomous agents, task decomposition, memory systems)
- Proven ability to work across infra, product, and research teams.
- Comfort with cloud platforms (AWS/GCP), containerized deployments (Docker/K8s), and observability tools.
- Solid understanding of how to set up guardrails around LLMs to ensure responsible, safe, and reliable usage in production systems.
- Strong problem-solving, communication, and cross-functional collaboration skills.