Top Tech Jobs & Startup Jobs in San Francisco Bay Area, CA

Source, engage, and close specialized AI, physics, CFD, and deep-tech talent. Own candidate pipelines, build sourcing strategies, partner with the CEO and hiring managers, optimize recruiting workflows and metrics, develop technical fluency, and represent the company in technical communities. The role also builds recruiting infrastructure and employer-branding initiatives for a rapidly growing AI startup.

Designs customer-facing presentations, product surfaces, brand collateral, and visual identity for a technical AI company. Builds presentation and design systems, translates complex technical concepts into clear visual stories, and partners with founders, engineering, product, and go-to-market teams. The role requires high visual craft, speed, comfort with ambiguity, and onsite collaboration in San Francisco.

Lead the 0-to-1 development of UniversalAGI's core platform, owning web UI, API, CLI, and CAD integrations. Translate complex engineering simulation workflows into product requirements, define the roadmap for data pipelines, active learning, uncertainty quantification, and geometry tools, and bridge ML researchers, physics experts, and enterprise customers. Design for enterprise and regulated deployments including on-premise, air-gapped, and ITAR-ready environments.

Own and ship the end-to-end platform for engineering customers to train and host physics models. Build frontend, backend, databases, cloud integrations, reusable templates, and UX; iterate on feedback; ensure reliability and scalability in production while collaborating closely with the CEO and founding team.

Design, mesh, simulate, and post-process maritime hull hydrodynamics at scale. Build simulation data pipelines for AI foundation models, advise AI researchers on marine CFD phenomena, collaborate with clients on validation datasets and workflows, and lead technical conversations bridging marine engineering and AI. The role requires expertise in ship hydrodynamics, free-surface flows, solver frameworks, hull design, CAD parameterization, and numerical methods.