Qualifications:
5+ years of overall professional engineering experience;
2+ years of hands-on experience in robotics or humanoid robotics;
Hands-on experience with Vision-Language-Action (VLA) models for robotics;
Experience deploying learning-based policies on real robots;
Practical experience working with real robotic systems (not simulation-only);
Experience with OpenVLA or similar open-source VLA frameworks;
Experience with NVIDIA Isaac GR00T humanoid foundation models;
Familiarity with Isaac Sim / Isaac Lab workflows;
Experience adapting foundation models to constrained real-time robot control loops;
Experience with imitation learning or reinforcement learning will be a plus;
Experience designing hybrid systems combining learned policies with classical planning and control will be a plus;
Experience with teleoperation systems and real-world data collection will be a plus;
English level: Upper intermediate or higher.
Project description:
Leading provider of industrial automation solutions, developing intelligent robotic systems that address complex real-world challenges across industries.
The project focuses on building and deploying advanced humanoid robotic systems powered by foundation and generalist robot models. The work involves integrating Vision-Language-Action (VLA) models with real robotic hardware to enable manipulation, mobility, and human interaction in real-world environments.
Responsibilities:
Own the complete robotics pipeline, including teleoperation data collection, model training, deployment, and validation on real robotic systems;
Integrate and adapt Vision-Language-Action (VLA) models such as OpenVLA or similar open-source frameworks for generalized humanoid skill execution;
Work with NVIDIA Isaac GR00T or similar humanoid foundation models to accelerate humanoid learning for manipulation, mobility, and human interaction;
Implement imitation learning and reinforcement learning approaches for skill acquisition;
Collect, manage, and train on teleoperation and real-world robot data;
Fine-tune foundation models using demonstrations and real-world robotic experience;
Design hybrid control systems combining learned VLA policies with classical planning and control;
Develop, test, and deploy humanoid robot skills for manipulation and interaction.
We offer:
Career and professional development opportunities;
Flexible working hours;
Remote work opportunities;
20 paid vacations per business year and National Ukrainian holidays;
10 paid sick leaves;
Mentorship program;
Courses and Certifications;
Business English courses of all levels;
Team parties, company events, and branded presents.