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OffWorld

Develops autonomous robots for hazardous environments

Lead Space Systems Engineer

Spacecraft & Launch Vehicle SystemsConfirmed live in the last 24 hours
Full-timeAltadena, CA, USA

About the Job

Requirements

  • A Bachelor of Science or Master of Science degree in Aerospace Engineering, Mechanical Engineering, or equivalent is required.
  • At least 5 years of professional experience in space systems engineering as a Program Lead Systems Engineer is required.
  • Familiarity with a wide range of current engineering technologies, including one or more of software, electrical, and mechatronics disciplines is required.
  • Experience in broad optical-mechanical design, including some experience with spaceflight hardware and CubeSat, is required.
  • Advanced knowledge of instrument alignment methodology and developing alignment fixtures and tooling is required.
  • Experience articulating technical problems and formulating alternative engineering solutions is required.
  • Practical hands-on laboratory experience using and working with optical tools and systems is required.
  • Advanced knowledge of design and testing for complex new systems that integrate into larger systems is required.
  • Experience working effectively as a member of a team of scientists and engineers, with the capability to conduct engineering instrumentation design independently as necessary, is required.
  • Demonstrated experience writing scientific instrumentation proposals and successfully publishing engineering results is required.
  • Ability to communicate effectively with Principal Investigators, scientific staff, and fellow engineers is required.
  • Experience anticipating and defining long-term impacts of design decisions, and the knowledge and skills to mitigate those impacts, is required.
  • Proficiency in SolidWorks is required.
  • Experience in thermal analysis is required.
  • Ability and willingness to travel for project deployments as necessary is required.
  • Ability to manage and organize work to meet deadlines and to work on different projects concurrently is required.

Responsibilities

  • Perform lead systems engineering functions in the conception, design, and development of spaceborne systems operating in cis-lunar space.
  • Initially support development, launch, commissioning, and operations of a CubeSat program in Low Earth Orbit, with other projects to follow.
  • Work with scientists, engineers, project managers, customers, vendors, end users, and other stakeholders to identify, develop, and translate science goals and requirements into system requirements and specifications.
  • Collaborate with scientists and other stakeholders to perform cost-benefit analysis between science goals and program cost.
  • Collaboratively synthesize top-level system design concepts and architectures, perform trade studies, and optimize designs to meet goals and requirements within budget.
  • Propose, define, and lead systems engineering within CubeSat design reviews.
  • Perform life cycle engineering studies and analysis.
  • Perform system-level validation and verification of instruments to ensure requirements compliance.
  • Perform risk identification, characterization, and mitigation.
  • Verify the integrity of analyses performed by other engineers.
  • Use advanced statistical techniques to define and understand telescope and other instrumentation performance, and analyze uncertainties and risk.
  • Support technical requirements definition and tracking, system error budgets, and Interface Control Documents.
  • Support project management and the team in ensuring systems engineering tasks are completed in a timely manner.
  • Develop and document detailed test plans and procedures based on engineering specifications and requirements verification and validation compliance matrices.
  • Develop specific payload test plans tailored to GFSC-STD-7000 (GEVS).
  • Conduct and oversee testing, and participate hands-on as necessary.
  • Write test reports documenting instrument performance.

About the Company

OffWorld

Develops autonomous robots for hazardous environments

OffWorld.ai develops, deploys, and maintains autonomous robots for industrial automation and space exploration. Its robots are designed to operate under human supervision to perform hazardous, repetitive, or highly precise tasks on Earth and in space. The system works by using onboard AI and sensors to autonomously carry out tasks guided by human operators, with robots deployed in harsh environments and supported by ongoing service contracts for maintenance and operations. The company differentiates itself by aiming for large-scale, multi-environment deployment (potentially millions of units) across mining, construction, and space sectors, coupling hardware with comprehensive maintenance and support services, and targeting government and space agencies. Its goal is to create a safer, more efficient industrial ecosystem by reducing human exposure to danger, improving productivity, and lowering environmental impact.

Company size
51-200
Company stage
Grant
Total funding
$1.3M
Headquarters
Pasadena, CA
Founded
2016

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