Public engineering firm profile
Tempe, AZ
Bringing Space Within Reach
Founded in 2001, Qwaltec provides end-to-end mission operations services for space programs. From system architecture and ground systems engineering to spacecraft operations and software development, it supports NASA, NOAA, DoD, and commercial space customers across the full mission lifecycle. It also offers OrbitCmd, a proprietary satellite command and control software product, and custom training programs.
Provides ground systems support and engineering analysis for commercial and government space programs from development to de-orbit. Services cover execution across multiple mission control centers with optimized operations, maintenance, and communications.
Prepares spacecraft missions through detailed planning, product development, and operational training. Work ensures readiness for both nominal and off-nominal scenarios across all phases of launch and on-orbit operations.
Delivers tailored engineering solutions for the entire lifecycle of complex space flight programs, spanning design, realization, technical management, and retirement. Work incorporates both document-based and model-based approaches to align with budget and schedule requirements.
Develops custom applications and optimizations throughout the mission lifecycle, focusing on command and control, mission planning, and real-time operations. Solutions integrate modern interface technologies and extensions to maximize mission success.
Designs and delivers specialized instruction for satellite operators, mission teams, and antenna installers to prepare for initial launch and system transitions. Programs cover custom operator workflows and ground segment migrations.
Assembles and upgrades customized command centers for diverse platforms, including unmanned aerial systems, rocket engines, and satellite networks. Services cover the full lifecycle from design to operational integration.
Evaluates mission frameworks and operational concepts to ensure optimal system health and organizational effectiveness. Analysis covers ground systems validation, fleet monitoring, and the adaptation of control concepts to non-aerospace domains.
NASA | Space
Created and conducted training to aid the transition from legacy to modern operations for NASA Tracking and Data Relay Satellites (TDRS). Prepared legacy operators for a seamless progression to the updated ground segment.
Defense
Supported the warfighter by delivering and continually developing enhancements and operations products for Unmanned Aerial System (UAS) control centers worldwide. Backed full lifecycle control center development and upgrades.
United States Space Force | Defense
Working with the United States Space Force, automated pass plans for a legacy system by creating a new scripting language built by satellite operators for satellite operators.
Arizona State University | Space
Partnered with Arizona State University to develop and operate the LunaH-Map CubeSat Ground System, relieving the science team's operations burden to allow a focus on data collection.
Healthcare
Applied NASA-style Mission Control Center operations concepts to hospital operations, utilizing a systems engineering approach and human factors to expand the paradigm in healthcare operations.
OneWeb | Space
Produced and executed custom training for dozens of OneWeb satellite network operators and site antenna installers in preparation for first launch, preparing the team to successfully test and expand the mega-constellation.
Stratolaunch | Space
Developed and assembled a custom Mission Control Center (MCC) for the inaugural Stratolaunch engine test under a tight timeline to ensure test readiness and operational success.
Space
Provides continuous support and health verification of a fleet of essential national weather satellites for first responders, agriculture, fishing, and the general public.