Prototype User Interface (UI) design for various domains, including aircraft avionics, electronic warfare, and mission planningCognitive Task Analysis to evaluate pilot/operator requirements for planning and control of future platformsCognitive Task Analyses to identify requirements for F-16 Threat Awareness Display; Development of strategic candidates for decluttering F-16 avionics; experimental design and simulation testing to evaluate the impacts of multiple decluttering strategies on situation awarenessExperimental design and analysis to evaluate prototype designs across a variety of platformsProject Lead: Robotic Combat Vehicle capabilities development and prioritization. Manage personnel resources, schedule, and budgetModel-Based Systems Engineering (MBSE): Research to understand how to incorporate human performance requirements into the MBSE process to develop a Model-Based Human Systems Engineering (MBHSE) approachDevelop and manage implementation of human-centered processes to keep the user at the forefront of every phase of product development

Human Engineering, AAV SU: Conduct Human Engineering analyses and produce all Human Engineering documentation (Critical Task Analysis; Human Engineering Design Approach Documents) in support of the AAV Survivability Upgrade. Support HSI activities for current and proposed amphibious combat vehicles.Human Engineering, ACV 1.1: Conduct Human Engineering analyses and produce all Human Engineering documentation (Human Systems Integration Program Plan; Critical Task Analysis; Human Engineering Design Approach Documents) in support of ACV 1.1.Cognitive Engineering and UI Design: Global Theater Security Cooperation Management Information System. Conduct Cognitive Engineering analysis and re-design of all user interfaces for GTSCMIS website.

SA Technologies, Inc. is a Human Factors/Cognitive Engineering firm specializing in the design of systems for complex, dynamic, high risk domains such as military command and control, oil and gas drilling, electric power systems management, and unmanned vehicle operation. We use advanced HF and Cognitive Engineering techniques to design systems that support optimal decision making and performance in operators engaged in rapid, dynamic, high stress operational environments. In addition, we do research, modeling, training, and measurement for a variety of complex domains.

Project Manager/Cognitive Engineering Lead:- System design: Electric Power Grid Reliability Coordination- System design: Remote operations in oil and gas drilling- System design: Oil and gas drilling automation- System design: Navy anti-submarine warfare