Senior Propulsion Systems Engineer
ispace
Senior Propulsion Systems Engineer
ispace
Lunar payload transport and data services
ispace is seeking a highly motivated and talented Senior Propulsion Systems Engineer to join the System Design Group under the Global Design division, responsible for the design and development of lunar landers and other transportation and/or communication/navigation platforms.
The ideal candidate will have in-depth experience on Propulsion design, implementation, integration, V&V and operations, good technical knowledge of multiple spacecraft subsystems and experience in the system engineering disciplines for spacecraft design.
This is a unique opportunity to join a truly fascinating project, the first stage of ispace’s plans to perform resource prospecting on the moon. In this position, you will be assigned to one or more of ispace's projects, and join a small, international team of engineers working towards the detailed design and qualification of our first missions.
Candidates with demonstrated "hands-on" experience in some engineering domains, interdisciplinary experience and in-depth understanding of propulsion subsystems . Teamwork is valued, and depending on the strengths of each member of the systems engineering team, the responsibilities listed below will be assigned accordingly.
Support the definition of a “product baseline”, creating standard requirements, system architecture, ICDs, design and analysis goals, test plans and operations concepts.
Perform system level trade-offs, coordinating inputs from various disciplines within the team, to evaluate any proposed changes of the design baseline to satisfy the need of each individual mission.
Take ownership of the technical budgets, such as mass, propellant budget, pointing/landing accuracy for spacecraft performance.
Ensure internal interfaces between various spacecraft subsystems are maintained.
Contribute to requirements management ensuring all requirements are closed-out at the planned project landmarks.
Contribute to risk assessments during the spacecraft development and support the Project Manager in defining risk mitigation plans
Support Propulsion/AIT/Flight&Test Operations Groups and subsystem leads in defining test plans (i.e. ) and specifications which will successfully verify the spacecraft design.
Coordinate efforts between relevant subsystems and Operations Team in defining a spacecraft operational concept.
Contribute to the maintenance of our Model-Based Systems Engineering tools, esp. developing Propulsion-related models.
Bachelor or Masters degree in Mechanical, Electrical, Aerospace Engineering or equivalent
5+ years of experience in at least two of the following: design, implementation, integration, V&V or operations of Propulsion subsystem
Experience with programming languages such as Matlab, Python, or equivalent
Self-motivated and comfortable making key decisions within a fast-paced environment
High sense of accountability and ownership
Excellent presentation skills, both verbally and written. Enthusiastic attitude and team player
Working level in English
Experience with design, analysis or testing of at least one other subsystem: Structure, Thermal, Avionics, GNC, Communications, on-board software.
Experience with requirement decomposition (mission all the way to unit level)
Experience performing FMECA, reliability analysis, and/or hazard analysis
Experience with system level testing such as hardware-in-the-loop testing, waterflow testing, etc.
Experience with spacecraft operations
Working level Japanese
ispace develops lunar exploration and resource development, offering two main services: Payload Services, which transports customer payloads to lunar orbit or the surface using its robotic landers and rovers, and Data Services, which collects and provides lunar data for mission planning and surface development. It differentiates itself by owning its own lunar hardware, using agile development with commercially off-the-shelf components to cut costs, and pursuing a cadence of Hakuto-R missions to establish a regular cislunar transport system, while partnering with NASA under CLPS and with ESA. Its goal is to enable a growing lunar economy by delivering reliable, affordable access to the Moon for scientists, governments, and industry and by advancing the utilization of lunar resources such as water ice.
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