Develop spacecraft descent GNC algorithms, sensor models, and navigation systems, using C/C++ and Python. Evaluate performance, support closed-loop and system-level testing, and apply failure mode analysis.
About this role
The Senior Mission Engineer serves as a technical and programmatic leader responsible for delivering lunar and deep-space missions. The role works within the Mission Management organization and integrates engineering, program execution, and mission objectives to support spacecraft delivery within technical, cost, schedule, and mission performance constraints.
Responsibilities include making mission-level technical and programmatic recommendations and coordinating multidisciplinary engineering teams throughout the complete spacecraft lifecycle, from mission concept through launch and mission operations. The role maintains a mission-wide perspective rather than focusing only on a traditional subsystem or systems engineering area, balancing technical, schedule, cost, and risk considerations to achieve overall mission success.
The posting seeks a systems thinker who prioritizes mission success over subsystem optimization, demonstrates strong technical leadership and can influence without direct authority, and exercises sound judgment when balancing technical performance, cost, schedule, and mission risk. Candidates should be able to make timely, data-driven decisions under uncertainty and operate in a fast-paced, multidisciplinary environment with evolving mission priorities. The role is connected to lunar exploration and space mission delivery in Tokyo, Japan.
This is an AI-generated summary of the employer's original posting — details can be incomplete, out of date or simply wrong. Always confirm everything on the official posting before applying.
Similar jobs
Develop lunar-lander flight software for entry, descent and landing; design and validate GNC algorithms; support subsystem analysis, integration, mission operations and preparation.
Develop propulsion models in Python, explore large design tradespaces, lead technology demonstrations, and help shape propulsion architectures for future ispace vehicles.
Develop and design systems for autonomous driving and remote operation of construction machinery.
Maintain satellite and secure communications equipment for Japan's Maritime Self-Defense Force, troubleshoot system problems, plan maintenance, and propose successor equipment.
Develop and evaluate 3D-printed prosthetic legs from a prosthetist-orthotist perspective, while providing technical guidance and training to overseas entities in the Philippines and India.