关于我们ABOUT US
企业介绍Company
以太宇航（上海）科技有限公司于 2025 年 12 月在上海临港新片区成立，由中国科学院微小卫星创新研究院先进航天器与推进实验室孵化，是一家深耕空间智能装备领域，集卫星系统研发、智能算法开发与航天技术成果转化于一体的科技创新企业。公司秉持严谨务实、探索苍穹的理念，以技术创新助力商业航天发展，致力于成为空间智能装备领域可靠的合作伙伴，期待与各界携手，共拓浩瀚星空。Aethor Space (Shanghai) Technology Co., Ltd. was founded in December 2025 in the Shanghai Lin-Gang Special Area, incubated by the Advanced Spacecraft and Propulsion Lab of the Innovation Academy for Microsatellites, CAS. Integrating satellite system R&D, intelligent algorithms and aerospace technology transfer, the company aims to be a reliable partner in space intelligent systems — and to explore the vast sky together.
赋能空天生态，护航星辰远航Enable space, safeguard the voyage
低成本通用型在轨服务平台Low-cost general OOS platform
在轨服务与空间智能装备OOS & space robotics
产品PLATFORM
通用式智能空间在轨服务系统A general-purpose intelligent servicing system
公司核心产品天工 X-SAT 是一套低成本、通用型在轨服务系统，可提供卫星维修延寿、轨道调整、空间碎片清理、在轨载荷搭载验证及各类航天在轨试验业务，并同步承接推进、机械臂、感知等分系统单机交付。The flagship product, "Tiangong X-SAT", is a low-cost, general-purpose on-orbit servicing system — life extension, orbit correction, debris removal, payload hosting and on-orbit trials. Subsystems (propulsion, robotic arm, perception) are also delivered standalone.
AETHOR SPACE · 以太宇航
平台能力CAPABILITIES
集成高比冲电推进与高推力化学推进，兼顾精细轨道控制与大范围机动，适应多种作业环境。High-ISP electric and high-thrust chemical propulsion in one system: fine orbit control and large manoeuvres.
自主设计的通用机械臂，单接口支持多源信息传输，兼具碎片抓取与标准化对接。In-house robotic arm with a single interface for power, data and fluids — debris capture and standard docking.
多路传感器数据融合，自主导航避撞，实时优化变轨路径与任务响应。Multi-sensor fusion, autonomous navigation and collision avoidance, real-time trajectory re-planning.
完全解耦、即插即用的卫星平台，支持快速集成与极速交付，满足多样化任务需求。Fully decoupled, plug-and-play bus for fast integration and short lead times.
应用场景APPLICATIONS
对高、低轨道的战略卫星、大型空间设施与空间站提供维护、燃料加注与姿轨恢复。Maintenance, refuelling and attitude/orbit recovery for high-value assets in GEO and LEO.
以机械臂抓取轨道垃圾，对失控目标解旋并实施降轨，实现多类碎片的有效清理。Capture, despin and deorbit non-cooperative targets into controlled re-entry.
为目标卫星提供燃料加注、姿态恢复、延寿维修与轨道变更，使其重新投入运行。Refuelling, attitude recovery, life extension and orbit change to return satellites to service.
交付形态HOW IT IS DELIVERED
按任务配置推进、机械臂与感知组合，交付可直接执行在轨作业的完整卫星。A complete servicing satellite, configured per mission.
推进、机械臂、智能感知等分系统可单独供货，接口标准化，支持客户自有平台直接集成。Propulsion, robotic arm and perception units supplied separately with standard interfaces.
以平台与在轨作业能力承接卫星延寿、轨道变更、碎片清理等在轨服务任务。On-orbit servicing missions delivered with the platform as the vehicle.
团队TEAM
团队与企业文化Team & culture
以工程标准衡量每一处细节，以在轨结果检验每一次判断。We hold every detail to engineering standard, and let on-orbit results judge every call we make.
团队汇聚卫星系统、控制算法、结构机械、智能感知、推进等多领域专业人才，规模 30 余人。公司依托临港科创政策优势，坚持技术自主创新与产学研协同，持续打磨高可靠、低成本的空间产品。2026 年 8 月，公司建成 1100㎡ 专属研发与生产基地，承担整星集成、推进测试与总装测试任务。The 30+ team spans satellite systems, GNC, structures, perception and propulsion. A dedicated 1,100 m² R&D and production facility in Lingang — in use since August 2026 — hosts integration, propulsion and environmental testing.
公司动态NEWS
央视财经 · 一片滩涂上成长起来的科创高地CCTV Finance
第一财经日报 · 上天修卫星，下地筑管网Yicai
上海临港同创谷Shanghai Lingang Tongchuanggu央视报道临港新片区｜探访同创谷科创驿站，解码滩涂崛起的科创高地CCTV reports on Lin-Gang: inside the Tongchuanggu innovation hub
央视财经CCTV Finance一片滩涂上成长起来的科创高地！一起见证因地制宜发展新质生产力的临港答卷A tech hub grown from tidal flats: Lin-Gang's answer on new quality productive forces
第一财经日报Yicai Daily上天修卫星下地筑管网，临港"创新雨林"如何长出"新物种"Satellites in orbit, pipelines underground: how Lin-Gang's innovation rainforest breeds new species
上海临港Shanghai Lingang"滴水湖青创荟·滴水星秀"第十四期航空航天专场路演活动圆满举行Dishui Lake youth forum: the 14th aerospace roadshow
全球跨境技术贸易中心Global Cross-border Tech Trade Center智启临港，创见未来｜X·TIME 2026 国际创业大赛正式启动！X·TIME 2026 international startup competition opens
上海临港Shanghai Lingang一场大赛后，临港如何接住硬科技"金种子"After the contest: how Lin-Gang cultivates hard-tech seed projects
临港投控集团Lingang Investment Holding科创社区 | 优化科创生态、厚植科创沃土，管委会领导调研科创社区Lingang officials visit the innovation community to advance ecosystem building
上海临港同创谷Shanghai Lingang Tongchuanggu管委会领导赴同创谷调研，推进临港科创社区建设Officials visit Tongchuanggu as Lin-Gang's innovation community takes shape
解放日报Jiefang Daily"从0到∞"跃升，迈向新"增长极"From zero to infinity: a new growth pole emerges
上海金融官微Shanghai Finance陆家嘴论坛回响丨从"0"到"∞"，临港新片区向着"无限可能"蓬勃生长Echoes of the Lujiazui Forum: Lin-Gang grows toward infinite possibilities
上海科技Shanghai Science & Technology45个创业团队集结！这场具身智能创业赛把技术推向真实场景｜创·在上海45 startups assemble: an embodied-intelligence contest pushes tech into real scenarios
临港产业园Lingang Industrial Park除了引进，临港能不能自己"长"出企业Beyond importing: can Lin-Gang grow its own companies?
上海临港Shanghai Lingang临港科创城：三大优势筑起科技创业"确定性公式"Lin-Gang innovation city: three advantages that make tech startups a certainty formula
文汇报文汇报三大优势筑起科技创业"确定性公式"Three advantages that make tech startups a certainty formula
Hi 临港Hi Lingang年轻人如何在科创驿站"薅"到一个工位？How young founders land a desk at an innovation hub
X·TIME 2025X·TIME 2025聚焦X·TIME大赛 | 从赛场到星辰：临港同创谷，助力创新者奔赴星海From arena to stars: Tongchuanggu helps innovators reach the stars
X·TIME 2025X·TIME 2025回顾荣耀，共赴新程｜X·TIME 2025 国际创业大赛颁奖典礼圆满落幕X·TIME 2025 awards ceremony closes with honours
加入我们CAREERS
期待志同道合的同行者加入以太宇航Join the people building on-orbit servicing.
选择感兴趣的岗位即可展开完整的岗位职责与任职要求；确认匹配后，通过下方招聘信息收集表提交应聘意向。Open any role to read its full responsibilities and requirements, then submit your application through the form below.
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岗位定位Role
负责航天器、在轨服务系统与地面智能无人装备的系统总体论证、集成测试与交付，统筹各分系统接口与技术状态。Own system-level demonstration, integration testing and delivery for spacecraft, on-orbit servicing systems and ground autonomous equipment, coordinating subsystem interfaces and technical status.
岗位职责Responsibilities
- 负责系统级需求分析与总体方案论证，完成系统指标分解与内外接口设计。Lead system requirement analysis and architecture study; decompose system metrics and define internal and external interfaces.
- 负责统筹构型布局、结构机构、热控、供配电、通信、感知与载荷等分系统的技术对接，保证接口匹配、状态一致。Coordinate interfaces across configuration, structures and mechanisms, thermal control, power, communications, perception and payload subsystems.
- 负责组织方案、初样、正样与出厂评审，推动设计文件与测试流程标准化。Organise concept, engineering-model, qualification-model and pre-delivery reviews; standardise design documents and test flows.
- 牵头总装集成、电测、环境试验与联调，负责产品交付与在轨测试支持。Lead assembly integration, electrical testing, environmental tests and joint debugging; own delivery and on-orbit test support.
- 负责对接客户、外协与供应商，跟踪问题闭环，保障项目节点按期达成。Interface with customers, subcontractors and suppliers, drive issues to closure and keep milestones on schedule.
任职要求Requirements
- 硕士及以上，航空宇航、飞行器设计、控制、机械、车辆、机器人、自动化等专业。Master's or above in aerospace, spacecraft design, control, mechanical, automotive, robotics or automation engineering.
- 熟悉复杂机电或智能装备总体设计与各子系统接口关系，具备系统工程思维。Familiar with the architecture of complex electromechanical or intelligent equipment and its subsystem interfaces, with a systems-engineering mindset.
- 具备卫星、无人机、智能车或机器人任一方向的论证、集成或交付经验。Hands-on experience in demonstration, integration or delivery of satellites, UAVs, autonomous vehicles or robots.
- 能独立编制总体方案、接口控制文件与测试大纲。Able to independently produce architecture proposals, interface control documents and test outlines.
加分项Plus
- 有在轨服务、碎片清理、在轨维修或无人装备自主作业方向的项目经历。Project experience in on-orbit servicing, debris removal, in-orbit repair or autonomous unmanned operations.
- 熟悉航天或无人装备行业标准、质量管理体系与技术状态管理。Familiar with aerospace or unmanned-equipment standards, quality management systems and configuration management.
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岗位定位Role
负责电推进或化学推进分系统的方案设计、部件研制、仿真与试验，保障性能与可靠性满足卫星任务指标。Own concept design, component development, simulation and testing of electric or chemical propulsion subsystems, ensuring performance and reliability meet mission requirements.
岗位职责Responsibilities
- 负责推进分系统的需求分析、方案论证与指标分解，定义系统接口与技术要求。Lead requirement analysis, architecture trade-offs and metric decomposition; define interfaces and technical requirements.
- 负责推力器、推力室、喷注器、推进剂管路等核心部件的设计，完成三维建模、工程出图、BOM 编制与外协跟产。Design thrusters, thrust chambers, injectors and propellant lines; complete 3D modelling, drawings, BOMs and subcontractor follow-up.
- 负责电磁场与等离子体输运仿真，或流动、喷雾、燃烧与传热的 CFD 仿真及热防护校核。Run electromagnetic and plasma transport simulation, or CFD for flow, spray, combustion and heat transfer, plus thermal-protection checks.
- 牵头真空点火与性能标定，或冷试与地面热试车，完成数据分析与故障闭环。Lead vacuum ignition and performance calibration, or cold-flow and ground hot-fire tests; analyse data and close out anomalies.
- 负责与平台供配电、热控、结构、星务、姿轨控的接口协调，支撑在轨测试与状态评估。Coordinate interfaces with platform power, thermal, structure, avionics and GNC teams; support on-orbit testing and status assessment.
任职要求Requirements
- 硕士及以上，机械、电气、航空宇航推进、等离子体物理、动力工程及工程热物理、化学工程等专业。Master's or above in mechanical, electrical, aerospace propulsion, plasma physics, power engineering or chemical engineering.
- 熟悉电推进或化学推进的工作原理与航天产品研制流程。Familiar with electric or chemical propulsion principles and aerospace development flows.
- 熟练使用三维 CAD，掌握对应方向的仿真工具（COMSOL、ANSYS Maxwell 或 Fluent、Star-CCM+）。Proficient in 3D CAD and in the relevant simulation tools (COMSOL, ANSYS Maxwell, or Fluent, Star-CCM+).
- 能独立撰写方案报告、试验大纲与测试报告。Able to independently write design reports, test outlines and test reports.
加分项Plus
- 有型号研制、整机真空测试或在轨经验，或有液体推力室与地面热试车的完整经验。Experience in flight-model development, full-unit vacuum testing or on-orbit operations, or complete liquid thrust-chamber and hot-fire experience.
- 有试验平台搭建、等离子体诊断或反应流仿真工程化落地的经验。Experience building test benches, plasma diagnostics or industrialising reacting-flow simulation.
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岗位定位Role
负责机械臂臂杆、关节传动、末端执行器与热控的方案设计、仿真、试验与在轨适配，支撑在轨维修、加注与载荷操作。Own design, simulation, testing and on-orbit adaptation of arm booms, joint drives, end effectors and thermal hardware, enabling in-orbit repair, refuelling and payload operations.
岗位职责Responsibilities
- 负责机械臂分系统的需求分析、总体方案论证与构型选型，定义系统接口。Lead requirement analysis, architecture trade-offs and configuration selection for the robotic arm subsystem; define interfaces.
- 负责臂杆、关节传动、末端执行器与热控部件的结构设计，完成建模、出图、公差链校核与外协跟产。Design structures for booms, joint drives, end effectors and thermal hardware; complete modelling, drawings, tolerance-chain checks and subcontractor follow-up.
- 负责使用 ANSYS、ADAMS 完成结构强度、刚度、动力学与整臂定位精度仿真。Use ANSYS and ADAMS for structural strength, stiffness, dynamics and whole-arm positioning accuracy simulation.
- 牵头单关节、整臂精度、振动与热真空试验，完成数据分析与问题闭环。Lead single-joint, whole-arm accuracy, vibration and thermal-vacuum tests; analyse data and close out issues.
- 负责平台接口协调、在轨适配设计，并编制技术方案与试验报告。Coordinate platform interfaces and on-orbit adaptation design; produce technical proposals and test reports.
任职要求Requirements
- 硕士及以上，机械工程、机械电子、机器人工程、飞行器设计、航空宇航、控制科学与工程等专业。Master's or above in mechanical engineering, mechatronics, robotics, spacecraft design, aerospace or control engineering.
- 熟悉空间机械臂或精密传动机构的原理与航天产品研制流程。Familiar with space manipulators or precision transmissions and with aerospace development flows.
- 熟练使用三维 CAD，掌握 ANSYS、ADAMS 仿真。Proficient in 3D CAD and in ANSYS / ADAMS simulation.
- 能独立撰写方案报告、试验大纲与精度分析报告。Able to independently write design reports, test outlines and accuracy analysis reports.
加分项Plus
- 有空间机械臂、展开机构型号研制或样机集成经验。Experience in flight-model development of space manipulators or deployable mechanisms, or in prototype integration.
- 有整臂精度标定、热真空环境试验的完整项目经验。Full project experience in whole-arm accuracy calibration and thermal-vacuum testing.
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岗位定位Role
负责感知系统总体方案、传感器选型与集成、多传感器融合与位姿测量算法研发，支撑非合作目标的接近与抓取。Own perception architecture, sensor selection and integration, multi-sensor fusion and pose-estimation algorithms, enabling approach and capture of non-cooperative targets.
岗位职责Responsibilities
- 负责感知系统的需求分析、总体方案设计与系统指标分解。Lead requirement analysis, architecture design and metric decomposition for the perception system.
- 负责视觉、力觉、IMU、测距等传感器的选型、标定与集成。Select, calibrate and integrate vision, force, IMU and ranging sensors.
- 负责多传感器融合、目标识别、位姿测量与障碍物规避算法的研发与调试。Develop and tune algorithms for multi-sensor fusion, target recognition, pose estimation and obstacle avoidance.
- 负责算法移植与性能优化，配合整机集成、地面试验与在轨验证。Port and optimise algorithms; support full-system integration, ground tests and on-orbit verification.
任职资格Qualifications
- 硕士及以上，控制科学与工程、机器人工程、计算机视觉、电子工程、测控技术等专业。Master's or above in control science, robotics, computer vision, electronics or measurement technology.
- 具备传感器开发、多传感器融合或机器视觉研发经验，熟悉相机、激光雷达与力传感器的标定方法。Experience in sensor development, multi-sensor fusion or machine vision; familiar with calibration of cameras, LiDAR and force sensors.
- 掌握 C/C++/Python，熟悉 OpenCV、PCL、ROS，并熟练使用 MATLAB。Proficient in C/C++/Python, OpenCV, PCL, ROS and MATLAB.
- 具备较强的问题定位能力与工程化落地经验。Strong troubleshooting skills with a record of shipping engineering solutions.
加分项Plus
- 有空间机器人或在轨服务感知系统的研发经验。Experience developing perception systems for space robots or on-orbit servicing.
- 有非合作目标位姿测量、空间光照适应或视觉伺服的项目经历。Project experience in pose estimation of non-cooperative targets, space lighting adaptation or visual servoing.
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岗位定位Role
负责科研项目申报、招投标统筹与内外部科研协同和过程管控，支撑科研资质建设与项目落地。Own research grant applications, tender coordination, internal and external research collaboration and process control; support qualification building and project delivery.
岗位职责Responsibilities
- 负责科研项目申报书与可行性报告的撰写、材料汇总与报审报送。Draft research proposals and feasibility reports; consolidate materials and manage submission.
- 负责招投标技术商务文件编制、标书统筹与资料归档。Prepare technical and commercial tender documents; coordinate bids and archive records.
- 负责研发看板、项目过程文档与阶段性汇报材料的维护。Maintain the R&D dashboard, project documents and milestone reporting materials.
- 负责外部合作单位对接与进度台账管理，配合中期检查与验收。Liaise with external partners, manage progress ledgers and support mid-term reviews and acceptance.
任职要求Requirements
- 硕士及以上，工科背景，具备基础的技术理解能力。Master's or above with an engineering background and basic technical fluency.
- 文字与逻辑能力强，能独立撰写申报书、标书与技术汇报材料。Strong writing and structuring skills; able to independently produce proposals, bids and technical briefings.
- 沟通协调能力强，做事严谨细致。Strong coordination skills and meticulous execution.
加分项Plus
- 有航天或高端装备领域科研项目申报的成功经验。Proven success in research grant applications in aerospace or high-end equipment.
- 熟悉政府科研专项与创新平台的申报流程和材料要求。Familiar with application processes and documentation for government research programmes and innovation platforms.
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工作职责Responsibilities
- 协助推力器、放电室、阴极、磁路等核心部件的结构设计、工程图绘制与 BOM 编制。Support structural design, drawings and BOMs for thrusters, discharge chambers, cathodes and magnetic circuits.
- 协助开展等离子体电磁场分布与粒子输运仿真，使用 COMSOL／ANSYS Maxwell 为设计优化提供数据支撑。Support plasma electromagnetic-field and particle-transport simulation with COMSOL / ANSYS Maxwell to inform design optimisation.
- 跟进部件精密机加工与特种焊接工艺落地，配合解决加工环节技术问题。Follow precision machining and special welding processes; help resolve shop-floor technical issues.
- 协助开展单机真空实验、点火测试与性能标定，整理部件级试验分析内容。Support vacuum tests, ignition tests and performance calibration; compile component-level test analyses.
任职资格Qualifications
- 机械工程、电气工程、航空宇航推进、等离子体物理、核科学等相关专业，本科大三及以上在读。Mechanical, electrical, aerospace propulsion, plasma physics or nuclear science; third-year undergraduate or above.
- 熟练使用 SolidWorks／CATIA／UG 任一三维设计软件；了解 COMSOL 或 ANSYS Maxwell。Proficient in SolidWorks / CATIA / UG; familiar with COMSOL or ANSYS Maxwell.
- 掌握高压、真空、等离子体相关基础概念；可实习 6 个月以上，每周到岗不少于 3 天。Grasp high-voltage, vacuum and plasma fundamentals; available for 6+ months, at least 3 days per week.
加分项Plus
有电推进、等离子体、真空试验、高压电气、机械结构或仿真建模相关项目经验；具备 COMSOL、ANSYS Maxwell、SolidWorks 使用经验者优先。Project experience in electric propulsion, plasma, vacuum testing, high-voltage electronics, mechanical structures or simulation; COMSOL, ANSYS Maxwell or SolidWorks experience is a plus.
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工作职责Responsibilities
- 协助推力室、喷注器、冷却流道、推进剂管路等部件的结构设计、工程出图与加工跟进。Support structural design, drawings and machining follow-up for thrust chambers, injectors, cooling channels and propellant lines.
- 协助开展推进剂流动、喷雾、燃烧与传热过程的 CFD 仿真，配合优化燃烧效率与推进剂匹配特性。Support CFD simulation of propellant flow, spray, combustion and heat transfer; help optimise combustion efficiency and propellant matching.
- 协助推力室与喷管热防护设计、结构热应力校核分析。Support thermal-protection design and thermal-stress analysis for thrust chambers and nozzles.
- 协助推进剂供给系统集成与地面热试车，整理试验与仿真数据、撰写专项试验报告。Support feed-system integration and ground hot-fire tests; compile test and simulation data and write test reports.
任职资格Qualifications
- 动力工程及工程热物理、飞行器动力工程、化学工程、流体机械等相关专业，本科大三及以上在读。Power engineering and engineering thermophysics, aerospace propulsion, chemical engineering or fluid machinery; third-year undergraduate or above.
- 熟练使用至少一款三维 CAD 软件；使用过 Fluent／CFX、Star-CCM+、COMSOL 流体模块等任一 CFD 软件。Proficient in at least one 3D CAD tool; used Fluent / CFX, Star-CCM+ or COMSOL fluid modules.
- 系统学习过流体力学、传热学、燃烧学；可实习 6 个月以上，每周到岗不少于 3 天。Formal coursework in fluid mechanics, heat transfer and combustion; available for 6+ months, at least 3 days per week.
加分项Plus
有推进系统、燃烧、喷雾、流体仿真或地面热试车相关项目经验；具备 Fluent、Star-CCM+、COMSOL 使用经验者优先。Project experience in propulsion systems, combustion, spray, fluid simulation or ground hot-fire testing; Fluent, Star-CCM+ or COMSOL experience is a plus.
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工作职责Responsibilities
- 协助开展空间机械臂、卫星结构与姿轨控系统的仿真建模，在指导下完成数字模型的搭建与验证。Support simulation modelling of space manipulators, satellite structures and GNC systems; build and validate digital models under guidance.
- 协助开发机械臂与卫星姿轨控控制律，参与控制程序的开发、调试与仿真测试。Support development of manipulator and GNC control laws; take part in control software development, debugging and simulation tests.
- 参与具身智能技术研发，协助合作与非合作目标的智能自主对接、抓取能力训练。Join embodied-intelligence R&D; help train autonomous docking and capture for cooperative and non-cooperative targets.
- 协助管理实验室仿真平台与测试环境，参与文献调研与前沿技术跟踪。Help run the lab simulation platform and test environment; contribute to literature review and technology tracking.
任职资格Qualifications
- 机械工程、机电一体化、控制工程、航空宇航科学与技术、机器人工程等相关专业，本科大三及以上在读。Mechanical engineering, mechatronics, control engineering, aerospace science or robotics; third-year undergraduate or above.
- 熟练使用 SolidWorks；了解 ANSYS、ADAMS 等仿真软件，或有机械结构、机器人相关项目经验。Proficient in SolidWorks; familiar with ANSYS / ADAMS, or project experience in mechanical structures or robotics.
- 具备机械装配、电路接线、试验操作基础；可实习 6 个月以上，每周到岗不少于 3 天。Basics of mechanical assembly, wiring and test operation; available for 6+ months, at least 3 days per week.
加分项Plus
有机械臂、机器人、协同控制、抓取算法、数字孪生或仿真平台搭建相关项目经验；具备 ADAMS、MATLAB/Simulink、ROS 使用经验者优先。Project experience in manipulators, robotics, cooperative control, grasping algorithms, digital twins or simulation platforms; ADAMS, MATLAB/Simulink or ROS experience is a plus.
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工作职责Responsibilities
- 协助单机、结构部件与工装夹具的机械结构方案设计、三维建模、工程图绘制与 BOM 编制。Support mechanical design, 3D modelling, drawings and BOMs for units, structural parts and tooling fixtures.
- 协助零部件结构强度、刚度仿真校核，使用 ANSYS 等工具完成基础仿真建模与结果整理。Support strength and stiffness checks; run basic simulation in ANSYS and summarise results.
- 跟进外协机加工与特种工艺落地，完成技术交底、进度跟进与加工问题处理。Follow outsourced machining and special processes; handle technical briefings, progress and shop-floor issues.
- 协助样机装配、调试与试验，记录过程问题并配合完成设计改进。Support prototype assembly, debugging and testing; log issues and help implement design improvements.
任职资格Qualifications
- 机械工程、机械设计制造及其自动化、航空宇航科学与技术等相关专业，本科大三及以上在读。Mechanical engineering, mechanical design and manufacturing, or aerospace science; third-year undergraduate or above.
- 熟练使用 SolidWorks，能独立完成零部件建模与工程图输出。Proficient in SolidWorks; able to independently model parts and produce drawings.
- 掌握机械设计原理、机械加工工艺与公差配合；了解 COMSOL 等结构仿真软件者优先。Solid grasp of design principles, machining processes and tolerances; familiarity with COMSOL is a plus.
- 可实习 6 个月以上，每周到岗不少于 3 天。Available for 6+ months, at least 3 days per week.
加分项Plus
有航天器结构、机加工工艺、样机装配或结构仿真相关项目经验；能独立完成三维建模与工程图输出者优先。Project experience in spacecraft structures, machining, prototype assembly or structural simulation; independent 3D modelling and drafting is a plus.
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岗位定位Role
不直接参与一线技术研发，但需具备理工科技术背景，作为 CTO 助理统筹公司科研项目全流程管理，对接各研发团队，支撑技术决策。No hands-on R&D, but a science or engineering background is required. As CTO assistant you coordinate the full lifecycle of company research programmes, interface with R&D teams and support technical decisions.
工作职责Responsibilities
- 协助 CTO 开展公司科研项目全流程管理，包括项目立项、进度跟踪、节点验收、文档归档等执行工作。Support the CTO across the full project lifecycle: initiation, progress tracking, milestone acceptance and documentation archiving.
- 负责对接各研发团队，跟进技术研发进度，协调跨部门资源，定期汇总并输出项目进展报告。Interface with R&D teams, track technical progress, coordinate cross-department resources and issue regular progress reports.
- 协助开展科研课题、发明专利、科技项目申报的材料撰写、信息整理与流程跟进。Support drafting and coordination for research topics, invention patents and technology programme applications.
- 协助 CTO 开展行业技术调研、前沿动态分析，整理技术资料，支撑技术决策与对外汇报材料撰写。Support industry research and technology trend analysis; compile materials for technical decisions and external briefings.
- 负责科研会议组织、纪要整理、技术文档标准化管理，完成 CTO 交办的其他科研相关事务。Organise research meetings, minutes and standardised technical documentation; handle other tasks assigned by the CTO.
任职资格Qualifications
- 硕士及以上在读理工科学生，博士研究生优先，航空宇航、机械工程、动力工程、电子信息、控制工程等相关专业。Master's or PhD candidate in science or engineering (PhD preferred): aerospace, mechanical, power, electronics or control engineering.
- 具备扎实的理工科技术背景，能够理解航天推进、空间在轨服务领域的基本技术逻辑，不要求一线研发能力。Solid technical grounding with an understanding of space propulsion and on-orbit servicing, without requiring hands-on R&D.
- 具备优秀的文档撰写、逻辑梳理与跨部门沟通协调能力，熟练使用 Office 等办公软件。Excellent writing and structuring skills, cross-department coordination and Office proficiency.
- 工作细致严谨，责任心强，具备多任务并行处理能力与保密意识。Meticulous, accountable, able to run parallel tasks with discretion.
- 可稳定实习 6 个月以上，每周到岗不少于 4 天，能长期实习者优先。Available for 6+ months, at least 4 days per week; long-term availability preferred.
加分项Plus
有科研项目管理、课题申报、专利撰写相关经验；有航天行业实习或项目经历；持有 PMP 等项目管理相关证书者优先。Experience in research project management, grant applications or patent drafting; aerospace internships or projects; PMP or similar certification is a plus.
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