Chief Engineer, Moonfall

Firefly Aerospace•Cedar Park, TX

13h•Hybrid

About The Position

Chief Engineering serves as the technical cornerstone of Firefly's space ecosystem vision, defining vehicle-level architecture and capabilities that reliably deliver missions from low Earth Orbit to the Moon and beyond. Chief Engineers are charged with integrating cutting-edge technologies with disciplined risk management to ensure mission success while maintaining the highest standards of engineering excellence. As guardians of Firefly's technical integrity, Chief Engineers bridge the gap between visionary concepts and operational reality, empowering our company to enable our world to launch, land, and operate in space. Anytime. Anywhere. In this role, you will lead interdisciplinary optimization for your assigned program, serving as the customer-facing technical point of contact throughout the full mission lifecycle. You'll conduct system-level trades, analyze system commodity budgets, and develop innovative solutions that enhance vehicle capabilities. As the primary technical authority, you will ensure robust engineering rationale underpins all vehicle-level decisions, ultimately enabling Firefly to achieve its mission of making space accessible through reliable, innovative transportation systems. Based out of our Hive Spacecraft facility, this position requires regular presence at our Production and Test facility north of Cedar Park in Briggs, TX.

Requirements

Bachelor's degree in engineering or related discipline (e.g. computer science, mathematics, physics, chemistry)
10+ yrs. in spacecraft/subsystem development and operations
5+ yrs. in aerospace working in a leadership role
Subject matter expert in one or more spacecraft spacecraft, space systems, or operations Engineering domains
Active TS/SCI Security Clearance or the ability to obtain and maintain a TS/SCI Security Clearance
Demonstrated ability to apply engineering fundamentals, including a strong understanding of orbital mechanics
Ability to travel approximately 10% of the time, with higher percentages in support of environmental test and launch
Strong interpersonal skills including the ability to communicate effectively, both verbally and written
Flexibility regarding workflow and process
Excellent organization skills; willingness to work with a team, share expertise, and follow instructions to accomplish established goals

Nice To Haves

Master's or PhD degree in engineering or related discipline (e.g. computer science, mathematics, physics, chemistry)
20+ years of professional, hands-on experience in aerospace engineering field (design, analysis, manufacturing, test, or operations at the vehicle-level)
Demonstrated competency with engineering design configuration, risk management, and change management
Ability to anticipate the impacts of vehicle-level changes to launch vehicle and/or spacecraft systems
Experience serving as the primary technical authority over a full spacecraft lifecycle, from kickoff to mission completion
On-console test experience or support of launch vehicle and/or spacecraft system operations
Experience with real-time troubleshooting and anomaly resolution in high-stakes environments
Comprehensive understanding of aerospace manufacturing processes, materials, and specifications
Experience working in a clean room environment (e.g. ISO 14644-1:2015(E) Class 8)
Knowledge of regulatory requirements and industry standards such as Range Safety, AS9100, and SMC Standards
Experience with Atlassian products (Confluence, Jira, Bitbucket), Teamcenter, Epsilon3, and/or Odoo
Experience with national security space missions such as Space Control, Space Domain Awareness, Space-based Remote Sensing, or others
Experience with small and/or medium satellites including constellation programs
Experience with MBSE, Modeling & Simulation for system and mission level engineering solutions
Experience with space system reliability, availability, maintainability, and safety requirements
Familiarity with industry standards and guidance, including SMC, GEVS, TORs, AIIA, MIL-STD, etc.

Responsibilities

Define vehicle-level architecture, capabilities, specifications, operations, and interdisciplinary optimization in alignment with Firefly objectives
Influence and direct configuration requirements by conducting, evaluating, and leading system-level trades to drive innovation in vehicle design and functionality
Analyze and optimize mass, delta V, power, and data budgets, ensuring technical feasibility and operational success
Chair vehicle-level design and milestone reviews, holding the team to the Firefly and Program standards to meet the risk posture of the program
Develop innovative solutions for vehicle design and operations, integrating modern technologies to improve program capabilities
Identify creative ways to achieve standardization and commonality of component selection and integrated system designs across Firefly programs/product lines
Own the technical risk posture for assigned program/product and missions as the authority for vehicle risk
Actively reduce system vulnerabilities though robust root cause investigation, change management, corrective action, and risk mitigation/verification plans
Review and validate designs, work instructions, nonconformances, test plans, and test procedures across sub-systems
Manage program risks by identifying, mitigating, and tracking potential technical issues, while enabling cross-department/program communication of impacts risks and associated changes
Provide real time (on-console) support for integrated operations, working to resolve live anomalies during mission operations
Lead interdisciplinary efforts in coordination with Business Development, Engineering, Program Management, and Operations for your assigned program/product
Collaborate with Production, Integration, and Quality Assurance departments to ensure seamless operations
Act as the primary technical point of contact for customers, vendors, and program partners across the full lifecycle (from proposal through end of mission data reviews)
Represent Firefly at conferences, reviews, and investor meetings
Lead Mission Readiness and Data Reviews to ensure the vehicle and personnel are ready to support missions for assigned program/product
Provide technical mentorship to the team and facilitate the training pipeline for the Chief Engineering team