Unlock Your Future with Nexaminds!
At Nexaminds, we're on a mission to redefine industries with AI. We're passionate about the limitless potential of artificial intelligence to transform businesses, streamline processes, and drive growth.
Join us on our visionary journey. We're leading the way in AI solutions, and we're committed to innovation, collaboration, and ethical practices. Become a part of our team and shape the future powered by intelligent machines. If you're driven by ambition, success, fun, and learning, Nexaminds is where you belong.
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5+ years of software engineering experience, with Python as your primary programming language for enterprise solutions.
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2+ years building production LLM systems, including hands-on experience with inference optimization, RAG, agentic patterns, or AI infrastructure.
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Dual-Language Fluency: Deep expertise in Python paired with working proficiency in C#/.NET to ensure seamless platform interop with .NET application teams.
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Agentic Frameworks: Strong hands-on experience with frameworks such as Semantic Kernel, LangGraph, LangChain, or custom-built agent orchestration runtimes.
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RAG Architecture: Production experience with advanced chunking strategies, embedding models, vector search, retrieval quality, and debugging complex RAG failure modes.
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Azure AI Ecosystem: Practical experience with Azure AI Foundry / Azure OpenAI, including model deployment, API integration, and cloud observability tooling.
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Platform & SDK Design: Proven track record building internal platforms, polyglot SDKs, or reusable libraries that abstract technical complexity for other engineers.
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AI Observability & Costs: Strong grasp of tracking token usage, latency, granular cost attribution, and distributed tracing across asynchronous workflows.
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Design and build a core LLM gateway handling model routing, prompt versioning, fallback logic, per-team cost attribution, rate limiting, and semantic caching.
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Build and operate RAG pipelines, embedding services, and vector search infrastructure (Azure AI Search) for company-wide consumption.
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Develop the agentic runtime infrastructure, managing agent definitions, tool registration, state management, multi-step orchestration, and human-in-the-loop hooks.
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Design multi-agent coordination patterns using A2A protocol, Semantic Kernel agents, or equivalent frameworks.
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Build comprehensive AI observability and tracing pipelines to log prompts/responses, monitor latency, and track multi-agent workflow paths.
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