Join Our Innovative Team

당사는 국내 최초로 뉴스페이스 시대의 블루오션으로 부상하고 있는 위성 수명 연장을 위한 연료 재급유, 수리/교체, 견인/이동, 위성 폐기등의 서비스를 제공하는 다재능 로봇위성(Versatile Robotic Spacecraft)를 개발하여, ‘궤도상서비싱(On-Orbit Servicing, OOS)’ 및 ‘우주에서의 제조/생산/조립(In-space Servicing, Assembly, and Manufacturing, ISAM)’ 분야의 글로벌 3대 선도기업을 목표로 지난 2024년 1월 설립하였습니다. 지난 8월 시드투자를 성공적으로 유치하였으며, 국내외 지속적인 투자 유치 및 관련 사업 수주를 통해 2030년 이내 IPO(기업공개)를 목표로 하고 있습니다.

Explore Our Open Positions

 

Join WorkerInSpace and be part of a team that’s revolutionizing the space industry.

 We’re looking for talented and passionate individuals to help us achieve our mission of becoming a global leader in on-orbit servicing and in-space manufacturing.

 

∎ 위성 임무/궤도 설계·해석 및 제어

  • Mission trajectory design and orbit analysis using STK (System Tool Kit)

  • Orbit maintenance, attitude control, and deorbit planning

  • (Proficiency in STK and experience in satellite system development preferred)

∎ Satellite GNC (Guidance, Navigation, and Control) System Design and Implementation

  • Attitude determination and control algorithm development

  • On-orbit sensor fusion and estimation (e.g., Kalman Filter)

  • Real-time control system development and verification

∎ Satellite Communication System Design and Link Budget Analysis

  • RF subsystem architecture design and link budget calculation

  • Antenna configuration planning and signal modulation scheme selection

  • Ground-satellite communication protocol and interface development

∎ Satellite Power System Design and Analysis

  • Solar array sizing, battery management system (BMS), and power budget planning

  • Power distribution unit (PDU) architecture and load analysis

  • Energy storage and power control system integration

∎ Satellite/Space Robotics System Control and Operations

  • Robotic arm kinematics/dynamics modeling and control algorithm development

  • Teleoperation and autonomous manipulation strategy design

  • (Experience with ROS/SpaceROS, Gazebo, or similar robotic simulation tools preferred)

∎ Satellite Propulsion System Design and Thrust Control

  • Propulsion subsystem design (chemical/electric) and integration

  • Thrust vector control algorithm design and maneuver planning

  • Propellant budget calculation and mission lifetime estimation

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