Teams at Meraki Labs

Develop high-fidelity computational models and multiphysics simulations of fusion plasmas and reactor systems. Responsibilities include modeling plasma equilibrium, stability, transport, heating, particle behavior, and reactor interactions; building reduced-order models; conducting parameter sweeps and optimization; validating simulation codes; and creating scalable HPC, GPU, and parallel workflows. The role translates simulation results into engineering requirements and reactor design decisions while collaborating with physics, engineering, controls, and experimental teams.

Architect and lead scalable infrastructure for low-latency voice and chat AI agents. Design multi-cloud distributed systems, real-time inference pipelines, and resilient production platforms. Establish reliability, observability, performance, security, and compliance practices while optimizing GPU and TPU utilization. Translate AI research into production deployments, evaluate inference technologies, mentor engineers, and guide enterprise-grade architecture across Kubernetes, MLOps, model serving, and microservices.

Research and write concise scripts for solo and guest podcast episodes, conduct in-depth guest and subject research, support outreach and coordination, and help shape editorial strategy. The role requires translating complex technical and interdisciplinary ideas into engaging narratives for broad audiences while aligning with the founder’s vision.