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Mecka AI is seeking a Research Scientist, RL & Simulation in New York who will lead the RL and simulation engine to convert large-scale human demonstrations into scalable signals for robot learning.
Key responsibilities include building simulation environments, policy training, and evaluation metrics. Ideal candidates should have an MSc or PhD in robotics, hands-on experience in robot simulation, and proficiency in Python.
This role offers ownership and rapid iteration connected to real-world datasets.
Mecka AI is building the data infrastructure layer for robotics and embodied AI.
We partner with leading AI labs and robotics companies to deliver high-quality, real-world datasets used to train, evaluate, and deploy robotic systems. Our work sits directly between research, data, and real-world execution — where model performance is dictated by data quality.
We are looking for a Research Scientist, RL & Simulation to own the RL + simulation engine that turns large-scale human demonstrations into scalable robot learning signals.
This is a research-meets-systems role: you’ll build simulation environments, retarget human motion to robot actions, train and evaluate policies, and drive sim-to-real transfer with clear metrics.
Build and maintain simulation environments for robotics learning (e.g., Isaac Sim / Isaac Gym, MuJoCo, Genesis, Habitat, ManiSkill).
Decide what environments and assets to build first to maximize learning velocity.
Convert human demonstrations into robot-executable trajectories.
Explore IK-based, optimization-based, and learning-based retargeting approaches.
Train policies from demonstrations using imitation learning + RL:
Behavior Cloning, DAgger-style aggregation, Offline RL
PPO / SAC (or similar) when online fine-tuning is required
Define evaluation: success metrics, stress tests, generalization, and regression tracking.
Drive transfer via domain randomization, system identification, contact modeling, and failure-mode analysis.
Use real data to identify domain gaps that matter.
MSc/PhD (or equivalent research experience) in robotics, ML, or a related field.
Strong hands-on experience with robot simulation and policy learning.
Proficiency in Python; solid engineering discipline (reproducible experiments, clean code, debugging).
Comfort working end-to-end: environment data training evaluation.
Strong Signals:
Experience with manipulation, dexterous hands, or locomotion.
Experience with retargeting, IK, trajectory optimization, or differentiable simulation.
Deep intuition for what makes sim-to-real succeed or fail.
Define how Mecka turns egocentric human behavior into scalable robot learning signals.
High ownership, fast iteration, and direct connection to real-world datasets.