Oceaneering International
Location
Mumbai | India
Job description
This role will give you the opportunity to immerse yourself in the thrilling world of human spaceflight and deep space exploration programs. Your contributions will ensure that our services not only meet - but outperform all standards and expectations. As an Advanced Concepts Systems Engineer Lunar Mission Architecture, youll find yourself at the forefront of innovation, collaborating with a passionate team who shares your dedication to excellence. If youre seeking to immerse yourself in an environment where your skills and expertise will make a genuine impact, we invite you to join our team!
We are seeking someone with a keen eye for detail, a strong commitment to owning their work, and providing superior quality. You should be a person who thrives in a diverse environment and who is comfortable communicating at all levels of the organization. To be successful in this role, you should have a sense of genuine, engaging curiosity, and a desire for growth and continuous learning.
Someone in this role would typically have a Bachelor s degree in Engineering and a minimum of five (5) years of experience. This position can be hired at any level in our professional career framework, depending on business need at the time of hire.
SOME OF YOUR MAJOR RESPONSIBILITIES WILL INCLUDE:
As an Advanced Concepts Systems engineer Lunar Mission Architecture you will work with a team of engineers defining NASAs future lunar missions.
This includes management of the on-going work for NASAs Lunar Architecture Strategic Analysis Cycles, including defining needed trade studies, documenting analysis results, and developing documentation for senior NASA leadership.
Experience with capability development and working with Systems of Systems architectures highly desired.
You will be working directly with the NASA customer and team the ability to-maintain a professional relationship with the NASA customer and other NASA support contractors is required.
Perform other duties as required.
REQUIRED
Bachelor s degree in engineering or a closely related field and a minimum of five (5) years of related experience.
Experience in concept development, analysis cycles, and parametric trade studies
Engineering conceptual architecture or systems of systems development / analysis for space vehicles and systems of space vehicles
Experience with Pre-Phase A engineering integration of space vehicle systems and across multiple vehicles operating in a system of systems
Experience with capturing trade space of potential system solutions, and establishing trade-study framework to allow evaluations.
Required - 3 or more of these skills
Experience with developing functional block diagrams and functional allocations.
Experience creating concepts for operations of single vehicle systems as well as operations across multiple space vehicles.
Experience with technology roadmap development and creating technology infusion plans.
Experience with interface definition for vehicle subsystems.
Experience collecting/understanding stakeholder needs.
Experience with interface definitions between multiple vehicles or elements of a mission.
Experience creating configuration growth or evolution plans and defining incremental capabilities for a mission sequence.
Ability to define mission sequences both within a single mission and across multiple missions.
Experience in early program concept development and formulation.
Experience with the development of system architectures and documenting them for presentation to senior management.
PREFERRED
Experience working with multiple NASA organizations.
Experience working across NASA centers.
Experience with NASA sponsored or funded technology development.
Experience with space mission analysis (e.g., orbit analysis, delta-V budgets, spacecraft constraint evaluation).
Familiarity with human space exploration systems (for example Orion, Commercial Crew, ISS, EMU/xEMU).
Experience with capability development and working with Systems of Systems architectures highly desired.
Basic knowledge of commonly used concepts, practices, and procedures in the space hardware field, such as mechanical and electrical system design, engineering drawings and sketches, and material selection for engineering products.
INCOSE Systems Engineering Professional certification.
Familiarity with system architecture tools such as DoDAF, TODAF, etc.
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