Lead Launch Engineer

Location: Midland Intl, Texas
Type: Permanent
Job #7758
Salary: NON 140,000

Lead Launch Engineer | Spacecraft Integration & Mission Operations

A cutting-edge aerospace company developing next-generation space systems is seeking a Lead Launch Engineer to oversee spacecraft integration and launch operations for orbital missions.

This is a highly visible, hands-on engineering leadership role responsible for ensuring mechanical readiness, launch campaign execution, and mission success from spacecraft arrival through launch.

Key Responsibilities:

• Lead spacecraft mechanical integration and launch preparation activities

• Manage launch vehicle interface operations and integration sequencing

• Oversee Mechanical Ground Support Equipment (MGSE) deployment and readiness

• Serve as the primary mechanical authority during launch campaigns

• Coordinate cross-functional engineering, test, and launch provider teams

• Resolve real-time hardware and integration challenges during operations

• Review and approve procedures, workflows, and technical dispositions

• Drive operational improvements across launch processes and tooling

Requirements:

• Degree in Mechanical or Aerospace Engineering

• 8+ years of aerospace, launch operations, or high-reliability hardware experience

• Strong spacecraft or payload integration background

• Experience supporting launch campaigns or flight hardware processing

• CAD proficiency (Inventor, Creo, SolidWorks, NX, CATIA)

• Strong understanding of aerospace standards, GD&T, and configuration control

• Ability to lead effectively in high-pressure operational environments

Ideal for engineers with experience in spacecraft integration, launch operations, payload processing, or aerospace mission execution.

Senior Ground Software Engineer (Cyber Compliance)

Location: Midland Intl, Texas
Remote: Hybrid
Type: Permanent
Job #7682
Salary: NON 150,000

Senior Ground Software Engineer (Compliance Exposure)

Overview

We’re hiring a Senior Ground Software Engineer to join a backend/platform engineering team building mission-critical systems in a highly regulated environment.

This is an engineering-first role focused on designing, building, and maintaining production software systems and infrastructure. The ideal candidate will have strong backend engineering experience alongside exposure to environments operating under standards such as CMMC, SOC2, FedRAMP, GovCloud, or similar compliance frameworks.

This is not a pure cybersecurity role — the focus is on building scalable systems while understanding how security and compliance requirements impact software development and operations.

Key Responsibilities

Design, build, and maintain backend services and distributed systems
Write and review production-level code
Contribute to cloud infrastructure and DevOps workflows
Support CI/CD, automation, and deployment processes
Collaborate with engineering and security stakeholders to ensure systems align with compliance requirements
Participate in architecture discussions, code reviews, and operational support

Required Experience

Strong backend software engineering experience
Hands-on experience with:
- Go (Golang) preferred
- Or another strongly typed language (Java, C++, Rust, C#)
AWS/cloud infrastructure experience
Experience building and owning production applications/services
Familiarity with regulated/compliance-driven environments

Nice to Have

Terraform / Infrastructure-as-Code
Docker / Kubernetes
CI/CD pipelines
Experience with GovCloud, FedRAMP, CMMC, SOC2, or NIST-aligned environments
Distributed systems / microservices experience

What We’re Looking For

Backend engineer first, not security-first
Comfortable operating in fast-paced technical environments
Strong ownership mentality
Able to balance engineering velocity with compliance/security expectations

Qualification Call Notes – Senior GSW (Compliance Exposure)

Core Hiring Need

NOT a cyber hire anymore
Looking for a:
- Senior backend/platform engineer
- With exposure to regulated/compliance-heavy environments
Security/compliance ownership sits with another team

Must-Haves

Go/Golang
- Strong preference for production experience
- At minimum: meaningful personal/project exposure + strong typed language background
Backend/service ownership experience
AWS exposure
Strong software engineering fundamentals

Preferred Background

Engineers from:
- Government
- Defense
- Healthcare
- Fintech
- Other regulated industries
Exposure to:
- CMMC
- SOC2
- FedRAMP
- GovCloud
- NIST

Tech Stack

Core

Go/Golang
AWS
Backend systems / APIs
Distributed systems

Secondary / Nice-to-Have

Terraform
Docker/Kubernetes
CI/CD
Python

Day-to-Day Split

~60% coding
~20% reviewing/standards
~20% infrastructure/Terraform

What Good Looks Like

Strong backend engineer first
Has built applications/services end-to-end
Comfortable in compliance-heavy environments
Can work closely with infrastructure/security teams
Ownership mentality

Red Flags

Pure DevOps engineers
Pure cybersecurity engineers
No Go experience
No strongly typed language background
Pipeline/infrastructure-only experience
No application ownership

Screening Questions

What production systems/services have you owned?
What’s your strongest language day-to-day?
How much Go experience do you have?
Have you worked in regulated/compliance-heavy environments?
Have you worked alongside security/compliance requirements in production systems?
What AWS services are you most comfortable with?
Any Terraform/IaC exposure?

Logistics

US Citizen required
Hybrid role (Lanham/DC area)
Backend-heavy despite “full-stack” wording
Supporting mission-critical/defense-related systems

Lead Constellation Design & Simulation

Location: Frisco, Texas
Remote: Remote
Type: Permanent
Job #7671
Salary: NON 220,000

Lead Space Systems Engineer – Constellation Design
Remote, US

A globally recognised telecommunications and digital infrastructure organisation is building a next-generation Low Earth Orbit (LEO) satellite constellation focused on direct-to-device connectivity, broadband communications, and non-terrestrial network services. Backed by significant investment and long-term strategic vision, the programme aims to transform satellite connectivity across one of the world’s largest and fastest-growing markets.

The company is looking for a Lead Constellation Design & Simulation Engineer to take ownership of the orbital architecture, coverage modelling, and constellation performance analysis for the programme’s future satellite network.

Key Responsibilities:

Lead constellation architecture development across multiple LEO orbital shells.
Develop and maintain coverage, latency, throughput, and capacity simulations.
Close link budgets for S-band NTN and Ka-band communications systems.
Conduct Doppler, propagation, and interference analysis activities.
Run EPFD simulations and support ITU coordination activities.
Produce India-wide coverage models and performance validation studies.
Support launch planning and constellation deployment modelling.
Collaborate with cross-functional engineering and regulatory teams to define architecture requirements.

Requirements:

Degree in Aerospace Engineering, Physics, Electrical Engineering, or related discipline.
Ideally 12+ years experience in LEO/MEO constellation design or mission analysis.
Strong hands-on experience with STK, GMAT, FreeFlyer, or equivalent simulation tools.
Experience with satellite communications systems and link-budget analysis.
Strong understanding of orbital mechanics and constellation optimisation.
Experience supporting NGSO, NTN, or satellite network programmes.

Nice to Have:

Experience with ITU coordination and EPFD analysis.
Background in Ka-band FSS or S-band MSS systems.
Experience supporting 3GPP NTN architectures or direct-to-device systems
Published technical papers or research in orbital mechanics, NTN, or interference modelling.

Flight Assurance Mechanisms Engineer – 7668

Location: Midland Intl, Texas
Type: Permanent
Job #7669
Salary: NON 120,000

Flight Assurance Engineer – Mechanisms & Flight Hardware

Position Overview

We are seeking a Flight Assurance Engineer to lead assurance activities for critical mechanical systems and flight mechanisms across the full hardware lifecycle. This role is responsible for ensuring that all flight hardware meets the highest standards of safety, reliability, and mission readiness.

You will operate as an independent assurance authority, verifying that design, manufacturing, and test activities are executed correctly and that all hardware is compliant and flight-worthy prior to integration and launch.

Key Responsibilities

Own and execute flight assurance processes across design, manufacturing, assembly, test, and integration phases
Perform independent inspections at key hold and witness points for high-complexity mechanisms
Review and approve assembly instructions, test procedures, and acceptance criteria prior to execution
Support and witness environmental testing including TVAC, vibration, shock, and life testing
Execute hardware buyoff at assembly, test, and integration stages with full traceability
Manage the nonconformance (NCR) process, including root cause analysis and corrective action verification
Develop and maintain assurance documentation (assurance plans, waivers, deviations, compliance reports)
Conduct supplier surveillance and quality oversight for flight-critical components
Track reliability trends and maintain lessons learned across programs and hardware builds
Represent Flight Assurance in key program reviews (PDR, CDR, TRR, FRR)

Requirements

Degree in Mechanical Engineering, Aerospace Engineering, or related discipline
Experience in flight assurance, quality, or reliability engineering within aerospace or space hardware
Hands-on exposure to mechanical systems, integration, and environmental testing
Demonstrated experience with nonconformance management and root cause investigation

Preferred Experience

Direct experience with spacecraft mechanisms or deployable systems
Familiarity with aerospace standards (e.g., ECSS, NASA, MIL)
Experience in AIV/AIT environments
Background in high-reliability or high-production aerospace programs

Tools & Systems

PLM / document control systems (e.g., Windchill, Jira)
CAD viewing tools (CATIA, SolidWorks, or equivalent)
Risk, reliability, and data analysis tools

Lead Rocketry & Launch

Location: Frisco, Texas
Remote: Remote
Type: Permanent
Job #7663
Salary: NON 250,000

Lead Rocketry & Launch

US-Based | Launch Integration | LEO Constellation Programme

A major satellite communications programme is seeking a hands-on Lead Rocketry & Launch Engineer to own launch integration, launch provider coordination, deployment planning, and launch campaign execution for a large-scale LEO constellation initiative.

This role will operate as the key technical authority across launch operations, launch vehicle integration, deployment optimisation, rideshare strategy, and launch logistics.

The successful candidate will work closely with satellite engineering, launch providers, mission operations, and systems teams to ensure successful deployment across multiple launch phases.

Responsibilities

Lead launch integration activities across multiple deployment phases
Coordinate directly with launch providers and mission partners
Support launch vehicle selection and rideshare strategy
Define launch manifest planning and deployment cadence
Manage satellite-to-launch-vehicle integration requirements
Support launch readiness reviews and campaign activities
Coordinate logistics and operational planning across launch campaigns
Work cross-functionally with:
- satellite systems engineering
- payload engineering
- constellation planning
- mission operations
Support deployment optimisation and launch cost trade studies

Required Experience

10+ years within launch services, launch integration, or satellite deployment programmes
Hands-on launch campaign experience
Strong understanding of:
- launch vehicle integration
- rideshare deployment
- launch operations
- satellite deployment workflows
Experience coordinating with commercial launch providers
Strong systems-level understanding across satellite deployment constraints
Ability to operate within highly technical, fast-moving environments

Preferred Backgrounds

Commercial launch providers
LEO constellation deployment programmes
Satellite launch operations
Mission assurance
Spacecraft integration
Space systems engineering

Environment

Greenfield constellation programme
Startup-mode pace and execution environment
Hands-on engineering leadership
High ownership and technical responsibility
US-based with international programme collaboration

Lead – Payload & Communication Systems

Location: Frisco, Texas
Remote: Remote
Type: Permanent
Job #7662
Salary: NON 250,000

Lead Payload & Communication Systems

US-Based | Satellite Communications | LEO Constellation Programme

A next-generation satellite communications programme is seeking a hands-on Lead Payload & Communication Systems Engineer to drive payload architecture, RF design decisions, and supplier strategy for a new LEO constellation programme.

This is a highly technical leadership role focused on end-to-end communications payload development across Ka/Ku-band systems, phased-array technologies, feeder/user links, and next-generation NTN architecture.

The successful candidate will operate as a senior individual contributor working across payload engineering, antenna systems, RF architecture, link budgets, supplier selection, and payload trade studies from concept through deployment.

Responsibilities

Lead communications payload architecture across feeder links and user links
Define RF transceiver architecture and payload trade studies
Drive payload design decisions across:
- beam hopping
- phased arrays
- regenerative vs transparent payloads
- antenna strategy
- waveform selection
Own payload link budget development and RF performance analysis
Lead payload simulations and validation activities
Support supplier selection and technical evaluation processes
Work cross-functionally with:
- satellite systems engineering
- launch integration
- constellation engineering
- ground systems
Support ITU/EPFD compliance activities across payload design

Required Experience

12+ years within satellite payload, RF, or communications systems engineering
Deep hands-on RF payload architecture experience
Strong knowledge of:
- Ka-band and/or Ku-band communications payloads
- phased-array systems
- antenna design
- RF simulations
- link budgets
Experience with payload simulation and modelling tools
Strong systems-level understanding across payload integration and satellite constraints
Experience working with satellite manufacturers, payload suppliers, or LEO programmes

Preferred Backgrounds

LEO broadband constellations
Satcom payload engineering
Advanced RF systems
Space and defence communications programmes
NTN / 5G non-terrestrial networks
High-throughput satellite systems

Environment

Fast-moving greenfield programme
Highly technical engineering culture
Hands-on individual contributor leadership
Startup-style pace with significant long-term scale
US-based with international collaboration

Senior Flight Dynamics Engineer II

Location: Denver, Texas
Type: Permanent
Job #7520
Salary: NON 136,000

Senior Flight Dynamics Engineer II

We are working with a fast-growing aerospace company developing advanced satellite and space systems. This role owns flight dynamics from mission concept through launch and on-orbit operations, with high visibility and impact across engineering and mission teams.

Responsibilities

Lead orbit design, trajectory optimization, and trade studies (LEO, GEO, and beyond)
Develop and maintain high-fidelity mission analysis models
Perform launch window analysis, injection targeting, and dispersions analysis
Define and validate delta-V budgets across all mission phases
Support constellation design, station-keeping, and end-of-life disposal planning
Develop orbit determination strategies using GNSS, radiometric, and optical data
Plan and analyze spacecraft maneuvers and trajectory corrections
Establish conjunction assessment and collision avoidance processes
Support mission readiness reviews, launch campaigns, and on-orbit operations
Build and maintain flight dynamics tools and simulation environments
Automate workflows to improve scalability and efficiency
Integrate tools with GNC, flight software, and mission operations systems
Evaluate and implement tools such as GMAT, STK, ODTK, MONTE, or custom frameworks
Collaborate with propulsion, systems, GNC, and mission operations teams
Mentor junior engineers and contribute to technical roadmaps
Interface with customers, partners, and regulatory bodies

Requirements

Bachelor’s degree in Aerospace Engineering, Astrodynamics, Physics, or related field (Master’s or PhD preferred)
6+ years of experience in flight dynamics, astrodynamics, or mission analysis
Strong understanding of orbital mechanics, perturbation modeling, orbit determination, and maneuver design
Experience supporting real spacecraft missions through launch and operations
Strong programming skills (Python required; MATLAB, C++, or similar a plus)
Experience with industry-standard astrodynamics tools
Ability to work independently in a high-ownership environment
Strong communication and collaboration skills

Preferred Experience

Experience with small satellite or constellation missions
Background in autonomous navigation or onboard orbit determination
Familiarity with regulatory frameworks (FCC, NOAA, ITU, Space-Track)
Experience building internal analysis tools or frameworks

Compensation and Benefits

Salary range: $113,000 – $136,000
Equity included as part of the package
Full benefits including medical, dental, vision, HSA, FSA, life, disability, and retirement plans

Production Planner

Location: Austin, Texas
Type: Permanent
Job #7591
Salary: NON 90,000

We are seeking a meticulous and detail-oriented Production Planner to join our dynamic team. As a Production Planner, you will play a crucial role in optimizing the production scheduling processes for an aerospace manufacturing facility. You will work closely with cross-functional teams to champion value add scheduling practices that mirror reality to identify symbiotic relationships, capacity constraints and critical path deliverables for manufacturing and supply chain.

The basic function of the Production Planner is to ensure all material is available and on time in accordance with the master production schedule.

JOB DUTIES AND RESPONSIBILITIES

Develop and maintain floor production schedules for space-related projects, taking into account resource availability, project timelines, and customer requirements.
Review material shortages, stock outages, and safety stock levels while working with Purchasing and Manufacturing to meet customer requirements. Propose changes when needed.
Monitor production progress and proactively address any deviations from the schedule, ensuring on-time delivery of deliverables.
Coordinates and expedites the flow of materials within internal work centers.
Develops work statements and sequencing of data driven supply chain processes through collaboration and partnership with internal business shareholders.
Reviews, maintains, and monitors ERP production data integrity to continuously improve product delivery.
Develop a tool and process to identify and manage production capacity slots which are allocated to program management requirements, support delivery to milestones and inform impact to delivery dates where the production demand changes.
Be the subject-matter-expert for cross-functional stakeholders determining Capacity based make vs. buy, forward scheduling and lead times analysis.
Prepare reports and presentations to communicate production status, performance metrics, and recommendations for improvement to senior management.

JOB REQUIREMENTS AND MINIMUM QUALIFICATIONS

Minimum of 5 or more years of experience in engineering/manufacturing environment.
Bachelor's degree in engineering, supply chain management, or related field.
Proven experience in production planning or manufacturing operations, preferably in the aerospace/space/automotive industry.
Strong analytical skills with the ability to interpret data, identify trends, and make data-driven decisions.
Proficiency in production planning software and tools (e.g., ERP, MES…etc).
Experience with Smartsheet, Microsoft Project and development of a Master Production Schedule
Excellent communication and interpersonal skills, with the ability to effectively collaborate with cross-functional teams.
Detail-oriented mindset with a focus on accuracy and precision in planning and execution.
Ability to thrive in a fast-paced and dynamic environment, adapting quickly to changing priorities and deadlines.

Principal Quality Systems Engineer

Location: Austin, Texas
Type: Permanent
Job #7594
Salary: NON 160,000

? Principal Quality Systems Engineer

? Austin, Texas

I’m currently supporting a rapidly growing aerospace company developing next-generation communications technology for space and airborne platforms.

They’re looking for a Principal Quality Systems Engineer to lead enterprise-wide Quality Management System transformation initiatives across engineering, manufacturing, and operations.

This is a high-impact role focused on building scalable, data-driven quality systems aligned to AS9100 and ISO 9001 standards while improving process consistency, documentation architecture, and operational excellence across the business.

Key responsibilities include:

• Leading QMS transformation and standardization initiatives

• Driving process governance and documentation strategy

• Building scalable quality frameworks across multiple functions

• Managing document control, traceability, and audit readiness

• Improving usability, diagnosability, and serviceability of internal systems

• Partnering closely with engineering, operations, and support teams

• Developing training and continuous improvement programs

What they’re looking for:

• 12+ years within Quality Systems, Systems Engineering, or Process Architecture

• Strong AS9100 and/or ISO 9001 expertise

• Experience with enterprise process governance and configuration management

• Background in documentation architecture and information systems

• Strong cross-functional leadership and stakeholder management skills

• Experience within aerospace, space, defense, or other highly regulated industries preferred

This is an opportunity to join a cutting-edge engineering environment where quality is viewed as a strategic function, not just compliance.

If you're interested, or know someone who could be a fit, feel free to reach out directly.

Senior Quality Engineer

Location: Austin, Texas
Type: Permanent
Job #7400
Salary: NON 119,000

? Senior Quality Engineer

? Austin, TX | Onsite

I’m currently supporting a fast-growing aerospace company developing advanced satellite and communication technologies for next-generation space and airborne platforms.

They’re looking for a Senior Quality Engineer to work across manufacturing, engineering, and supply chain teams to support the production of highly reliable aerospace hardware and systems.

This is a hands-on role focused on driving quality improvements, resolving nonconformances, supporting AS9100 compliance, and helping scale quality systems within a rapidly growing engineering environment.

Key responsibilities include:

• Establishing and maintaining QMS procedures and processes

• Driving root cause investigations, corrective actions, and 8D activities

• Managing supplier quality evaluations and audits

• Supporting supplier nonconformance resolution and corrective actions

• Leading continuous improvement initiatives across operations

• Developing quality metrics and performance objectives

• Supporting internal and external AS9100 audits

• Delivering QMS training across the organization

• Partnering closely with manufacturing, engineering, and supply chain teams

What they’re looking for:

• Bachelor’s degree in a technical discipline

• 8+ years of quality engineering experience

• Strong experience within manufacturing environments

• Knowledge of AS9100 and/or ISO 9001 Quality Management Systems

• Experience with root cause analysis and continuous improvement methodologies

• Strong communication and cross-functional collaboration skills

• Aerospace or electronics industry experience preferred

• Lean Six Sigma Green or Black Belt certification is a plus

This is an excellent opportunity to join an innovative aerospace business where quality engineering plays a critical role in product reliability and operational success.

If you're interested in learning more, feel free to reach out directly.