Senior Software & Hardware Engineer
AI-first robotics, computer vision, and cloud systems
- Build production-grade robotics platforms that scale across hardware variants and teams
- Design device-to-cloud APIs for telemetry, fleet ops, and lifecycle management
- Ship real-time control, perception, and autonomy pipelines with safety and reliability at the core
- Deliver on-device inference and CV systems for pose estimation and spatial awareness
- Turn research into production: from prototypes to fielded systems
- Computer vision for pose estimation, spatial understanding, and perception pipelines
- Multi-agent frameworks for orchestrated workflows (LangChain, LangGraph)
- Applied AI systems built for deployment, observability, and iteration
| Area | Outcome | Stack |
|---|---|---|
| Robotics Control Platform | Modular control stack for mobile + manipulator systems; accelerated integration across variants with motion planners, path planning, and behavior trees | ROS, Python, C++, Linux |
| Cloud Robotics APIs | Device-to-cloud APIs for fleet telemetry, lifecycle management, and operational visibility | Python, Docker, AWS |
| Drone Automation | Integrated ROS2, IoT, and cloud services for autonomous flight operations | ROS2, AWS, Linux |
| Assistive Robotics | EtherCAT/CANOpen integrations for medical/rehab systems and precision control research | C/C++, Linux, Embedded |
- Robotics, healthcare automation, and industrial systems with a focus on reliability, safety, and scale
- Real-time automation pipelines and operator tooling for high-availability deployments
- Cross-discipline collaboration with industry partners on advanced robotics programs
- Full-stack ownership: embedded firmware to cloud services to operator dashboards
- Commercial product development in C++ and Boost for low-level embedded control with production-grade reliability
- Master's degree in Engineering from the University of Wisconsin-Milwaukee, USA
- Bachelor's degree in Electrical Engineering from the Universidad de los Andes, Colombia