在RB Labs工作

领导机器人应用的前沿 AI 系统开发。致力于最先进的深度学习模型、机器人系统和大规模计算基础设施。

在以太坊和互联网计算协议上为工业物联网和机器人构建去中心化应用。设计和实施下一代自动化解决方案的智能合约。

为我们的仿人机器人设计并实现双足运动系统。开发稳定的步态、平衡控制器及动态运动规划，用于真实世界的部署。

构建我们仿人机器人的感知智能。开发实时计算机视觉、传感器融合和空间感知系统，使机器人能在人类环境中安全导航和交互。

开发我们仿人机器人灵巧的手臂和双手。研究运动学、抓取规划和任务执行系统，使机器人在企业环境中完成复杂的物理交互。

为生产环境开发和优化深度学习模型。专注于工业自动化中的计算机视觉和机器人应用。

将复杂的数据集转化为可操作的洞察。通过先进的分析和可视化推动组织内的数据驱动决策。

塑造我们的公司文化，建立世界级团队。在一家快速发展的人工智能初创公司中，领导招聘、员工发展和组织倡议。

创建引人注目的视频内容，展示我们的人工智能和机器人创新。从产品演示到社交媒体内容和纪录片风格的作品，制作各种视频。

推动我们人工智能和机器人产品的品牌知名度和潜在客户生成。在数字和传统渠道上开发和执行市场营销活动。

设计和实施用于机器人控制和自主决策系统的强化学习算法。推动机器人学习的可能性边界。

Pioneer tactile sensing technologies for humanoid robot hands and skin. Develop novel sensor arrays, data acquisition pipelines, and neural processing architectures that give our robots a sense of touch.

Design and validate hardware systems for next-generation humanoid robots. Own the integration of mechanical, electrical, and embedded computing subsystems into a cohesive, production-ready platform.

Study human movement and physiology to inspire breakthroughs in humanoid robot design and control. Translate biomechanical insights into more natural, efficient, and robust robot motion.

Advance robot learning by developing algorithms that enable humanoid robots to acquire new skills from demonstrations, interaction, and self-supervised experience at scale.

Build predictive world models that enable our humanoid robots to reason about their environment, plan ahead, and act with greater autonomy. Push the frontier of model-based AI for physical systems.

Develop low-level firmware for the actuators, sensors, and embedded compute modules that power our humanoid robots. Ensure real-time performance, reliability, and safety across all hardware subsystems.

Scale AI training infrastructure and model capabilities to unlock the next generation of humanoid robot intelligence. Work at the intersection of large-scale distributed training and embodied AI.

Build the data backbone that fuels robot AI training. Design and maintain high-throughput pipelines for collecting, storing, labeling, and serving large-scale robot interaction data.

Build and maintain high-fidelity simulation environments that serve as the primary training ground for our humanoid robot AI. Accelerate robot learning by making simulation faster, more realistic, and more scalable.

Design and build teleoperation systems that allow human operators to control and demonstrate tasks on our humanoid robots. Your work directly generates the training data that teaches robots new skills.

Design and develop high-performance actuator systems for the joints and limbs of our humanoid robots. Create the mechanical muscle that drives natural, powerful, and efficient robot movement.

Design safe, lightweight, and high-energy-density power systems for our humanoid robots. Own battery architecture, power distribution, thermal management, and energy optimization from cell to system level.

Ensure our humanoid robots operate safely alongside humans in real-world environments. Define safety requirements, lead risk assessments, and drive certification processes for hardware and software systems.

Develop the embedded software stack bridging firmware and high-level robot intelligence. Build reliable, real-time middleware and device drivers that connect sensors, actuators, and compute modules.

A one-year research residency for exceptional engineers and scientists ready to transition into AI research for robotics. Work alongside our full-time researchers on cutting-edge robot learning projects.

为我们的AI产品开发移动和Web应用程序。使用前沿技术并为真实的生产系统做出贡献。

设计和优化Web界面，同时实施SEO策略。为我们的AI平台创建引人注目的用户体验。

支持AI驱动的机器人产品的商业分析和预测。处理复杂的数据集和运营模型。

为我们的AI产品和市场营销活动创建引人入胜的视频内容。编辑短视频和长视频内容以适应各种平台。

在快速发展的初创企业环境中支持人力资源和行政职能。协助招聘、入职和日常运营。

为我们的AI产品和营销材料设计视觉资产。与高级设计师紧密合作，创造引人注目的品牌体验。