Aerospace Engineer

Aerospace Engineer

Infinity's niche in the aerospace and defense industry is specialized solutions that help bridge the gap between space and ground. This is no small task, and we owe our success to our team who help us fulfill our mission; to match people with their legacies for betterment of the world. There is always a place at Infinity for a motivated, capable individual seeking a career to better the world.

We prioritize supporting our team through exceptional benefits, work-life balance, and structured career development. At Infinity, WE ARE MORE – now, come be more with us!
* Please note this position is contingent upon program award.

* Job Summary:

The Aerospace Engineer provides systems engineering, mission design, and technical analysis support for space technology programs at the Air Force Research Laboratory (AFRL). This role focuses on the design, development, analysis, and integration of spacecraft systems ranging from Cube Sats to ESPA-class satellites, supporting cradle-to-grave space mission life cycles from concept development through flight operations.

The ideal candidate will support:

• Mission and space system development:
  Conduct spacecraft subsystem design, mission analysis, concept of operations development, and requirements definition for experimental space missions
• Spacecraft design and analysis:
  Perform mechanical, thermal, structural, and systems engineering for spacecraft buses, payloads, and high-altitude balloon experiments
• Hardware development and integration:
  Support spacecraft hardware design, fabrication, and integration activities including technology prototyping and flight experiment assembly
• Modeling and simulation:
  Develop and exercise spacecraft models, mission simulations, and analytical tools to evaluate technology options and mission performance

This position requires hands-on aerospace engineering experience, strong analytical capabilities, and the ability to work in Sensitive Compartmented Information Facilities (SCIFs) supporting innovative space technology experiments for the Department of Defense.

Key Responsibilities:

Mission and Space System Development:

• Support systems engineering tasks for AFRL Program Managers, Chief Engineers, and Systems Engineers on space technology programs
• Develop and refine mission requirements, concept of operations (CONOPS), mission constraints, and conceptual designs for spacecraft ranging from Cube Sats to ESPA-class satellites
• Conduct mission design and evaluation including orbit analysis, launch vehicle integration studies, and mission timeline development
• Perform design tradeoffs and alternatives analysis to support technology selection and system architecture decisions
• Support refinement of programmatic objectives into actionable technical requirements and requirement flow-downs
• Develop interface control documentation, specifications, and design documentation for spacecraft systems

Spacecraft Subsystem Design and Analysis:

• Perform mechanical, thermal, electrical, and structural engineering to support spacecraft and high-altitude balloon experiment designs
• Conduct spacecraft subsystem modeling, integration planning, and system-level simulations
• Design and analyze spacecraft structures, mechanisms, thermal management systems, and power systems
• Evaluate spacecraft performance through analytical methods, modeling and simulation, and engineering analysis
• Support development of Government Reference Designs (GRD) with technical input and design documentation
• Identify requirement shortfalls, missing functionality, and recommend system improvements

Modeling, Simulation, and Analysis:

• Ensure all testing activities comply with industry standards, company policies, and regulatory requirements.
• Support Model Based Systems Engineering (MBSE) activities including requirements definition, design, analysis, and verification/validation throughout program lifecycle
• Develop modeling capabilities to simulate, emulate, and evaluate technology options identified by AFRL
• Test and operate modeling and simulation capabilities for spacecraft systems and mission scenarios
• Perform analyses comparing model and simulation results to experimental findings and test data
• Conduct satellite system simulation and mission effectiveness evaluation

Hardware Development and Technology Implementation:

• Support spacecraft and high-altitude balloon flight hardware design and fabrication
• Provide hardware development, integration planning, and technology transition support
• Support design and fabrication of ground-based proofs-of-concept, experiments, and demonstrations
• Prepare documented data acquisition, processing, analysis, and modeling/simulation tools for experimental evaluations
• Document experimental processes and results to allow independent reproduction by third parties

Integration and Test Support:

• Support spacecraft bus, payload, and experiment assembly and integration within government facilities
• Review and provide input on test procedures, safety plans, and risk management plans
• Support launch…