I offer end-to-end robotic system development, with a strong focus on robotic software, ROS 2-based architectures, and simulation-driven design.
My services cover the full pipeline from task-oriented system architecture and ROS 2 node design to kinematic/dynamic modeling, simulation, and control feasibility analysis. This gig is ideal for research projects, early-stage prototyping, and validating control and planning concepts before hardware implementation.
I can develop and integrate:
- ROS 2 nodes, topics, services, and action-based architectures
- Simulation environments (e.g. MuJoCo / custom physics setups) tightly coupled with control software
- Kinematic and dynamic models for control and motion planning validation
- The focus is not only on what works, but why it works with clean software structure, extensibility, and real-world deployment in mind.
Deliverables may include:
- ROS 2-based software architecture and node implementation
- Robot kinematic & dynamic models integrated with simulation
- Control and motion feasibility analysis
- Simulation results (plots, logs, videos)
- Technical documentation explaining software design decisions and system architecture