在 RB Labs 工作

領導開發用於機器人應用的尖端 AI 系統。參與最先進的深度學習模型、機器人系統和大規模運算基礎設施的工作。

在 Ethereum 和 Internet Computer Protocol 上為工業物聯網和機器人技術構建去中心化應用。設計和實施用於新一代自動化解決方案的智慧合約。

為我們的仿人機器人設計並實現雙足運動系統。開發穩定的步態、平衡控制器及動態運動規劃，用於真實世界的部署。

構建我們仿人機器人的感知智能。開發即時電腦視覺、感測器融合和空間感知系統，使機器人能在人類環境中安全導航和互動。

開發我們仿人機器人靈巧的手臂和雙手。研究運動學、抓取規劃和任務執行系統，使機器人在企業環境中完成複雜的物理互動。

為生產環境開發和優化深度學習模型。專注於工業自動化中的電腦視覺和機器人應用。

將複雜的資料集轉化為可執行的洞察。透過進階分析和視覺化推動整個組織的數據驅動決策。

塑造我們的企業文化，打造世界級團隊。在快速成長的 AI 新創公司中領導招聘、員工發展和組織計劃。

製作引人注目的影片內容，展示我們的 AI 和機器人創新技術。從產品演示到社群媒體內容和紀錄片風格作品，全方位製作。

推動我們 AI 和機器人產品的品牌知名度和潛在客戶開發。透過數位和傳統管道開發和執行行銷活動。

為機器人控制和自主決策系統設計和實施強化學習演算法。突破機器人學習的可能性邊界。

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.

為我們的 AI 產品開發行動和網頁應用程式。使用尖端技術並為真實的生產系統做出貢獻。

設計和優化網頁介面，同時實施 SEO 策略。為我們的 AI 平台打造出色的使用者體驗。

支援 AI 驅動機器人產品的商業分析和預測。處理複雜的資料集和營運模型。

為我們的 AI 產品和行銷活動製作引人入勝的影片內容。剪輯短片和長片內容，適用於各種平台。

在快節奏的新創環境中支援人力資源和行政功能。協助招聘、入職和日常營運。

為我們的 AI 產品和行銷素材設計視覺資產。與資深設計師密切合作，打造引人注目的品牌體驗。