KinetX Aerospace — Providing Visionary, Highly Prized Engineering in Support of Space- and Earth-Based Endeavors




At KinetX Aerospace, our continued success stems from a focus on what we know and do best.  In both the commercial and government sectors, KinetX Aerospace creates innovative yet reliable engineering solutions to the most complex problems.  Our people are our most important asset.  Each member of our team has been selected for their specific domain knowledge, their ability to find innovative solutions to challenging problems, their ability to communicate clearly, and their ability to build and work with existing teams.  Our engineers include graduates from MIT, UC Davis, UT Austin, Air Force Academy, West Point and many other distinguished institutions.  Together we have hundreds of years of combined experience in communications, space, satellite, information systems, and other systems engineering applications.

From telecommunications to satellite constellation programs, KinetX Aerospace has the expertise, ingenuity and commitment to overcome your most challenging end-to-end business hurdles.

KinetX Aerospace Core Competencies

Systems Engineering

  • Mission Analysis
  • Interface requirement definition
  • Requirements analysis, verification and validation
  • System trade studies
  • Prototyping
  • Configuration management
  • Concept of operations
  • Detailed subsystem analysis and design
  • Orbital dynamics
  • Command and control
  • Planning and scheduling
  • Constellation operations
  • Control systems engineering
  • Modeling and simulation

Software Engineering

  • Requirements analysis and development
  • Software implementation
  • Design and development of object-oriented solutions
  • Real-time embedded software development
  • Distributed systems
  • Web based solutions in Java and .NET
  • Service-Oriented Architectures (SOA)
  • Web Services (Axis2)
  • Human-computer interface design and development
  • Java, Struts, .NET, Ajax, Javascript

Hardware Engineering

  • Requirements analysis and development
  • Architecture
  • Hardware modeling & simulation
  • RF, Digital, mechanical, FPGA/ASIC, embedded software, hardware design
  • Integration and test, special test equipment
  • Hardware certification

Space Navigation and Flight Dynamics

  • Spacecraft navigation
  • Navigation system engineering
  • Orbital mechanics
  • Estimation and control theory
  • Relativity theory, effects and modeling
  • Orbit determination
  • Optical navigation
  • Trajectory maneuver design
  • Trajectory optimization
  • Algorithm development and implementation in Matlab, Python, FORTRAN, C, and C++

Satellite Operations

  • Operations
  • Operations Analysis
  • Operations procedures development
  • Operations automation
  • System maintenance
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