Robotics Engineers
AI 替代率
50%这个岗位当前已结合 10 条时间线资讯和岗位画像推理来给出替代率。
随着人工智能在模拟、控制和具身智能领域的迅速发展,机器人工程师的角色正经历重大变革,许多开发和实施任务将实现自动化。尽管其核心职能依然重要,但他们所使用的工具和方法正日益由人工智能驱动,增强其能力的同时也自动化了部分传统工作流程。
替代率趋势
按周期刷新快照聚合- 2026-04-2052%
为什么是这个等级
结构底座NVIDIA's Cosmos-H-Dreams introduces real-time generative simulation for surgical robotics, directly aiding engineers in accelerating the development and testing phases by automating complex simulation environments and reducing manual iteration.
Companies like Delta Intelligence are developing Humanoid Foundation Models with native 3D world engines and 'brain + cerebellum' architectures, while Lumisition Robotics uses reinforcement learning and semantic navigation. These advancements automate much of the low-level control and perception programming that engineers traditionally handled.
3Srobotics' embodied AI welding robots leverage proprietary algorithms and real-time motion control to autonomously perform complex welding, directly demonstrating AI taking over tasks that previously required extensive human engineering and expertise in fine-tuning and process optimization.
ByteDance is exploring autonomous driving with its Seed world model team, which also oversees robotics. This significant investment from large players signifies a strong industry trend towards using advanced AI models to simplify and automate complex system development for robotics engineers.
Startups like General Intuition are leveraging vast datasets, including video game data, to train foundation models for physical AI. This approach makes it easier to build smarter robots with less traditional engineering effort in behavior programming and real-world data collection, shifting the engineer's role to higher-level integration and problem-solving.
时间线
按时间倒序展示相关资讯与案例UCLA博士团队创立的德塔智能公司获得近5亿元融资,专注于研发人形机器人基础模型(HFMs),旨在实现通用的人形全身协同操作。其技术核心包括构建原生三维世界引擎、自研全身全景数据采集设备,以及"大脑+小脑+力位混合"的三层协同控制架构,以推动具身智能在工业和家庭场景中的落地应用。
打开原文NVIDIA Cosmos-H-Dreams introduces real-time generative simulation for surgical robotics, offering advanced development and testing capabilities for robotics engineers working on these systems.
打开原文Agility Robotics is establishing a new training facility for its Digit humanoid robots in Fremont, California, indicating an expansion in robot development and deployment infrastructure.
打开原文人形机器人ODM方案商半醒具身(BXI Robotics)获得千万级新一轮融资,将用于下一代人形机器人研发及海外市场拓展。该公司专注于高动态双足人形机器人的全栈自研,涵盖整机设计、核心电机、运动控制算法与场景软件交付能力,并计划重点突破末端执行器(灵巧手)、感知与计算三大模块,以提升机器人“自由执行任务”的能力。投资方索辰科技表示将推动技术产品深度融合,围绕硬件适配、数据迭代、运动控制重构完善具身智能完整技术链条。
打开原文36氪独家报道,字节跳动正探索进入自动驾驶领域,由其Seed世界模型团队负责。该项目被视为字节通往具身智能的关键一步,将利用字节的资源、人才和世界模型技术,有望重塑自动驾驶行业格局。
打开原文光之跃迁科技,由港中大博士和前大疆工程师创立,近日完成近五千万元天使轮融资,用于研发消费级四足机器人。公司旨在通过“全地形移动底盘”解决户外场景中的体力劳动需求,如搬运和辅助行动,目标客户包括欧美独栋住宅家庭、户外运动爱好者及银发群体。其技术核心在于四层智能架构(感知、运动、意图、角色智能)和算法创新,包括强化学习运控、LMV运动生成框架和语义拓扑导航。公司强调通过算法驱动硬件优化和供应链优势降低成本,产品预计于2027年CES展会发布并量产。
打开原文36氪获悉,昇视唯盛完成数亿元B轮融资,用于迭代升级自研焊接具身智能大脑与自主小脑运动控制系统,并扩大产能,加速“智能焊工”机器人全国多行业规模化落地。该机器人通过AI算法学习成熟焊工数据,实现3D实时重建和路径规划,自主感知、理解物理世界,实时决策和动态调整工艺,解决传统方案无法处理的非标复杂场景,有望替代1.5至2名焊工。
打开原文A startup is using video game data to train foundation models for physical AI, aiming to make it easier to build smarter robots with less real-world data.
打开原文该文章报道了英伟达发布面向智能机器人的全栈安全系统“Halos for Robotics”,以及法拉第未来推出工业级轮臂机器人FF Faber系列,旨在推动“机器人生产机器人”的工业应用模式。这些进展代表了机器人领域重要的能力更新,直接影响机器人工程师在设计、开发和部署安全先进机器人系统方面的工作。
打开原文德国机器人公司Neura Robotics完成14亿美元融资,获亚马逊、英伟达等多方支持,旨在加速构建全球领先的物理人工智能平台。这项投资将增强机器人工程领域的能力。
打开原文