Engineering AI Systems

Most teams have shipped an AI demo. Far fewer have shipped AI systems that work reliably in production — at scale, under real constraints, and with real consequences.

Engineering AI Systems at QCon San Francisco 2026 is for senior engineers and technical leaders building applied AI beyond the prototype stage. The track focuses on the engineering challenges that emerge when AI becomes part of critical systems: reliability, evaluation, infrastructure, autonomous workflows, and operating non-deterministic software in production.

Every session comes from practitioners running real AI systems at scale.

Topics include:

  • AI-Native Engineering— How agentic coding systems are reshaping software development workflows for hundreds of thousands of engineers.
  • Reliability & AI Evaluation— Practical approaches to measuring, monitoring, and improving AI reliability when clean ground truth does not exist.
  • Applied AI in Regulated Domains— Lessons from deploying AI in finance, healthcare, legal, and other environments where mistakes carry operational and legal risk.
  • Enterprise Adoption & Autonomous Workflows— How organizations integrate AI agents into business-critical workflows companies depend on every day.
  • Inference at Scale & AI Infrastructure— The infrastructure, serving, and operational decisions required to run AI systems handling hundreds of millions of requests.

This track is designed for teams already past the “should we use AI?” conversation and focused on “how do we make AI systems actually work?” Attendees will leave with concrete lessons, production-tested patterns, and a clearer understanding of the emerging AI engineering stack.


From this track

Session

The Revenge of the Data Scientist: Why Reliable AI Needs Evals, Traces, and Metrics

Most teams can now ship an AI prototype by calling a foundation-model API. The hard part is knowing whether that system works when real users, messy data, and business consequences arrive.

Speaker image - Hamel Husain

Hamel Husain

Machine Learning Engineer, 20+ Years in Applied AI, Machine Learning, and Data Science

Session

Progressive Failure Modes of Modern AI Serving Systems

Inference platforms fail in layers. Most organizations focus on model quality while underestimating the systems engineering required to operate production AI workloads safely and reliably at scale.

Speaker image - Abi Aryan

Abi Aryan

AI Infrastructure Engineer and Educator

Track Host

Melanie Zhao

Engineering Lead @BlackRock, Pioneering AI Adoption in Asset Management

Melanie Zhao, CFA , Vice President, is an Engineering Lead at BlackRock's Portfolio Management Group, where she leads the firm's AI adoption across the investment process. With a mandate to move AI from experimentation to enterprise-scale production, she sits at the rare intersection of financial domain expertise and modern software engineering — building the platforms and engineering culture that turn data into alpha.

Over her career, she has championed the use of AI to reimagine core asset management processes — from alpha generation and quantitative research to risk modeling and portfolio decision-making. Her approach is hands-on and outcome-driven: the hardest problem in AI for finance isn't the model, it's engineering the system, the trust, and the team around it.

Prior to BlackRock, Melanie worked as a Software Engineer and Data Scientist at NCR, focusing on machine learning, data processing, and cloud-native architectures. She holds a B.A. in Computer Science, a B.S. in Biology, and an M.S. in Computer Science from Emory University — bringing a rare blend of technical depth, investment domain knowledge, and platform leadership to the challenge of AI adoption in asset management.

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