Pre-screened and vetted in California.
Mid-level AI/ML Engineer specializing in LLMs, NLP, and predictive analytics for finance
Junior Software Engineer specializing in full-stack web development and ML
Mid-level Robotics Software Engineer specializing in SLAM, LiDAR perception, and sensor fusion
Intern Software Engineer specializing in robotics, autonomy, and machine learning
Junior Full-Stack & ML Engineer specializing in analytics and applied NLP
Intern-level investment professional specializing in private equity and real estate
Senior Full-Stack Engineer specializing in Java/Spring microservices and React/Angular
Junior Robotics Engineer specializing in autonomy, simulation, and 3D perception
Junior Design Engineer specializing in product design, UX systems, and creative AI tools
Intern Machine Learning Engineer specializing in fraud detection and LLM systems
Intern Full-Stack/AI Software Engineer specializing in cloud serverless and LLM systems
Mid-level Autonomy Engineer specializing in robotics perception and sensor fusion
Mid-Level Full-Stack Software Engineer specializing in modern web apps and microservices
Senior Embedded Systems Software Engineer specializing in ADAS, infotainment, and automotive platforms
Junior Applied AI Engineer specializing in LLMs, RAG, and agentic systems
“Co-founded a healthcare AI startup building and deploying software directly with end users, emphasizing rapid shipping, deep user interviews, and workflow-first adoption. Has hands-on production deployment experience on AWS (including diagnosing a silent AWS App Runner failure caused by an ARM vs amd64 Docker build mismatch) and is motivated by customer-facing, travel-heavy roles to keep engineering tightly connected to real-world usage.”
Senior AI/ML Engineer specializing in Generative AI and RAG
“ML/NLP practitioner at Morf Health focused on unifying fragmented healthcare data by linking structured patient/encounter records with unstructured clinical notes. Has hands-on experience with transformer embeddings, vector databases, and domain fine-tuning, plus rigorous evaluation (precision/recall) and human-in-the-loop validation with clinical SMEs to make pipelines production-grade.”
Mid-level Software Engineer specializing in machine learning and embedded systems
“Built and operated a real-time multiplayer card game end to end, with hands-on ownership of frontend, backend, persistence, and production stability. Demonstrates strong systems thinking around concurrency, idempotency, and extensible architecture, including refactoring a tightly coupled PvP game into a modular engine that could also support bot players.”
Mid-level Robotics Software Engineer specializing in autonomous perception and sensor fusion
“Robotics engineer with Honeywell and Tata Motors experience deploying ROS/ROS2 autonomous mobile robot fleets into live factory environments, integrating sensors, safety PLCs, and on-prem services. Known for solving end-to-end latency and stability issues (including network spikes under load) using gRPC, Docker, and improved diagnostics—cutting diagnosis time from hours to minutes and achieving sub-150 ms control response.”
Junior Robotics & ML Engineer specializing in perception, navigation, and VLA models
“Robotics software engineer with hands-on AGV/AMR experience at ERIC Robotics, building ROS2-based LiDAR perception and localization on NVIDIA Jetson for real-time deployment. Improved unstable localization in challenging environments (e.g., tunnels/bushes along rail tracks) via scan-matching, filtering, and consistency checks, and cut latency by moving from rclpy to rclcpp and leveraging CUDA. Comfortable across the stack from simulation (MuJoCo/Isaac Sim/Gazebo, domain randomization) to deployment tooling (Docker, basic CI) and distributed ROS2/DDS systems.”
Mid-level Full-Stack Software Engineer specializing in AI and document automation
“Backend/AI infrastructure engineer focused on production-ready LLM systems and distributed workflows. They described building a RAG-based multi-step agent with strong reliability controls, evaluation loops, and graceful degradation that improved latency by 30%, retrieval accuracy by 15%, and reduced support workload by 40%.”