World Model Engineer
TLDR
Train action-conditioned world models, simulate virtual rollouts, and build action-search pipelines that help robots imagine and verify before acting.
Action-conditioned world model을 학습하여 로봇의 미래 상태를 예측하고, virtual rollout과 action search를 통해 더 높은 성공 가능성을 가진 action을 생성·선별하는 역할입니다. 로봇이 '행동하기 전에 상상하고 검증'할 수 있게 만드는, Laplacian AI Core의 예측·계획 축을 담당합니다
In this role, you will train the action-conditioned world models to predict a robot's future states, and use virtual rollouts and action search to generate and select actions with higher probability of success. You will also own the "prediction-and-planning axis of AI Core", letting robots imagine and verify before they act.
주요업무 (Key Responsibility)
- Action-conditioned world model 학습 및 로봇 미래 상태 예측 모델 개발
- Virtual rollout을 통한 action 후보 시뮬레이션 및 성공 가능성 평가
- Action search·planning을 통해 더 나은 action을 생성·선별하는 파이프라인 구축
- World Model의 예측 정확도·계획 성능을 정량 평가하는 지표 설계
- VLA·policy 팀과 협업하여 world model 기반 planning을 실제 policy에 통합
- Train action-conditioned world models and develop future-state prediction for robots
- Simulate candidate actions via virtual rollout and assess success likelihood
- Build action-search/planning pipelines that generate and select better actions
- Design metrics that quantify world-model prediction accuracy and planning performance
- Collaborate with VLA/policy teams to integrate world-model-based planning into real policies
Requirements
- World model, model-based RL, 또는 video/dynamics prediction 관련 3~5년의 연구·개발 경험
- Action-conditioned generative model 설계 및 학습 실무 경험
- Python·PyTorch 기반 시퀀스 모델(transformer, diffusion 등) 학습 및 분산 학습 역량
- 로봇 또는 시뮬레이션 환경에서 dynamics·prediction 모델을 활용하거나 평가해본 경험
- 컴퓨터공학·AI·로봇공학 관련 석사 이상 또는 그에 준하는 경험
- 3–5 years of research/engineering experience in world models, model-based RL,
or video/dynamics prediction - Hands-on experience designing and training action-conditioned generative models
- Strong skills in training sequence models (transformers, diffusion, etc.) in Python
and PyTorch, including distributed training - Experience utilizing or evaluating dynamics/prediction models in robotic or simulated environments
- Master's degree in CS, AI, Robotics, or equivalent experience
우대사항 (Preferred)
- World model, model-based RL, video prediction 분야 탑티어 학회
(NeurIPS, ICML, ICLR, CoRL, RSS 등) 논문 실적 - Diffusion·transformer 기반 action-conditioned dynamics 모델을 대규모로 학습해본 경험
- Long-horizon rollout 안정화, sim-to-real transfer 등 world model 실전 적용 관련 연구 경험
- 실 로봇에 model-based planning 또는 world model 기반 policy를 배포해본 경험
- 컴퓨터공학·AI·로봇공학 관련 석/박사 학위
- Publication record at top-tier venues (NeurIPS, ICML, ICLR, CoRL, RSS, etc.)
in world models, model-based RL, or video prediction - Experience training diffusion- or transformer-based action-conditioned dynamics models at scale
- Research experience in practical world model deployment, such as long-horizon rollout stabilization
or sim-to-real transfer - Experience deploying model-based planning or world-model-based policies on real robots
- Master/PhD in CS, AI, or Robotics
Benefits
- Unlimited AI token (Claude) - AI 도구 사용에 제한이 없습니다.
- Minimal meetings with fast decision-making - 불필요한 회의를 최소화하고 빠르게 의사결정합니다.
- Modern intranet/tools - Google Workspace, Slack, Notion, Linear, Workable, Flex.team 등.
Benefits
Access to modern collaboration tools
Modern intranet/tools - Google Workspace, Slack, Notion, Linear, Workable, Flex.team 등.
Laplacian Robotics builds a Physical AI platform designed for fully autonomous warehouses and factories. Our solutions target global markets and focus on complete autonomy in manufacturing and logistics, delivering systems that operate seamlessly in real business environments and impact key performance indicators from start to finish.
- Industry
- Internet Software & Services