MLDS speaker · 2026

Santanu Bhattacharjee

Senior Chief EngineerSamsung Research

About Santanu Bhattacharjee

Chief AI Staff Engineer with 15 years of experience building and scaling enterprise AI systems—from classical ML to modern Generative AI. At Samsung, I lead initiatives around multimodal LLM platforms, RAG pipelines, and autonomous agentic systems that power data intelligence across global product ecosystems. My work spans solution architecture, LLM/SLM fine-tuning (QLoRA, DPO, RLHF), large-scale data pipelines, and GPU/HPC-driven optimization for production-grade AI. I enjoy operating at the intersection of research and real-world impact—turning complex ideas into reliable platforms that teams can build on. I care deeply about thoughtful engineering, clear design, and growing people. Alongside hands-on leadership of cross-functional teams, I actively contribute to the AI community through IEEE publications and US patents in Knowledge Graph, NLP and Big Data systems. My focus is on building future-ready AI foundations that help organizations reason better, move faster, and make smarter decisions.

1 edition on the MLDS stage · 1 session on record

Santanu Bhattacharjee, Senior Chief Engineer, Samsung Research

Talks at MLDS

Sessions from the MLDS agendas, newest first.

  1. MLDS 2026

    Bengaluru
    26–27 Mar 2026

    • Mar 27, 2026 · 12:40–13:00 · Hall 3 · Bengaluru

      Tech Talks

      Causal Guardrails: Structural Causal Models Keeping Agentic AI Sane

      Agentic AI systems are rapidly moving from demos to mission‑critical workflows, but most of them still behave as pattern‑matchers with tools, not as systems that understand cause and effect. The result is familiar: agents that sound confident while suggesting actions that quietly violate business logic, break regulations, or create hidden risk. This talk introduces “causal guardrails”—an architecture where structural causal models (SCMs) sit around GenAI agents to constrain, explain, and validate their decisions. Instead of relying solely on prompts and heuristics, agents must route their plans through explicit causal graphs that encode allowed interventions, downstream impacts, and hard constraints. The session will walk through intuitive examples (credit risk, IT ops, or recommendation workflows), show how to combine LLM-based agents with SCMs in practice, and discuss how this improves robustness, debuggability, and auditability. Attendees will leave with concrete patterns for using causal modeling to keep autonomous GenAI “sane” in real enterprise environments, not just in benchmarks.

    MLDS 2026 agenda MLDS 2026 talk recordings on YouTube (opens in a new tab)

MLDS 2027Feb 25–26 / Mar 4–5Early bird till 15 Dec

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