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Elucida Labs, Inc. is building the autonomous AI Scientist for semiconductor manufacturing. The Founding Staff Full-Stack Engineer will architect the platform that bridges physical process models with AI agents, deploying to customer pilots and evaluations.
You will own end-to-end software, from backend microservices to frontend dashboards, and design scalable cloud infrastructure with secure data handling for enterprise deployments.
Elucida Labs is building the autonomous AI Scientist for Semiconductor Manufacturing.
Advanced wafer fabrication, spanning thin-film deposition (ALD, CVD, PVD), plasma etch (RIE, ALE), CMP, and advanced packaging, is bottlenecked by brutal multi-month empirical trial-and-error cycles. We build intelligent software that eliminates months of guesswork and trial-and-error in semiconductor manufacturing.
Backed by top founders and mentors (including Stanford StartX & IIT Startups), we work with semiconductor equipment OEMs, microelectronics research institutes, and Fabs. As a Founding Staff Full Stack Engineer, you will own the technical architecture from core scientific models to live customer deployments.
We are seeking an exceptional, high-agency Founding Staff Full-Stack Engineer who thrives at the intersection of rapid production engineering, scalable software architecture, and autonomous agentic systems.
We operate with extreme engineering leverage: our team heavily uses agentic developer tooling, including Claude Code, Cursor, and the Model Context Protocol (MCP), to ship robust, production-grade systems at 10x startup velocity. You will be the architectural bedrock of our product, building the end-to-end software platform and cloud infrastructure that bridges our physical process models and large-scale autonomous LLM agents, and deploying directly into customer evaluations and pilots.
1. Full-Stack Engineering & Platform Architecture
2. Cloud Infrastructure, Deployment & Continuous Testing (DevOps)
3. AI-Augmented Velocity & Agentic Tooling
4. Customer Delivery & Pilot Execution
Advanced Degree: Ph.D. from a Tier-1 university (e.g., Stanford, MIT, UC Berkeley, CMU, Caltech, UIUC, or top international equivalent) in Computer Science, Applied Physics, Materials Science, Chemical Engineering, Electrical Engineering, or related technical disciplines.
Scientific & Applied ML Background: Proven experience building and deploying scientific ML models, PINNs, surrogate models, or complex physical simulation workflows (fluids, plasma, materials, or chemical engineering domains).
Agentic & LLM Expertise: Hands-on experience building production-grade agentic frameworks (LangGraph, AutoGen, CrewAI, or bespoke state machines), advanced tool-calling, evaluation frameworks, and retrieval-augmented generation (RAG).
Core Compute/Systems: Experience with high-performance computing and physics engines (C++).
AI & Physics Modeling: Familiarity with physics-informed machine learning and AI frameworks (NVIDIA Modulus, NVIDIA NeMo, PyTorch).
Semiconductor Domain Knowledge: Prior background or academic research in semiconductor processing, nanotechnology, thin films (ALD, CVD, Etch, CMP), or electronic materials.
Fab Protocols & Tool Interfacing: Experience interfacing with hardware control systems, industrial IoT, or fab communication protocols (SECS/GEM, EDA/Interface A).
Tooling & Protocol Extensions: Experience authoring custom MCP servers or building integrations for agentic coding tools.
Early-Stage Experience: Previous experience as a founder, founding engineer, or early-stage engineer in a venture-backed deep-tech or enterprise AI startup.