Dr. Craig Rosenberg is an accomplished
Human Factors Engineer, User Interface Designer, and
Systems and Software Engineer. He is CEO and Founder of a Seattle technology company, Global Technica, focusing on Systems Engineering, Software Engineering Modeling and Simulation, Human Factors, User Interface Design, and mobile computing.
Experience:
- Entrepreneur in Residence for a well-funded Los Angles based venture capital company.
- Supplier to The Boeing Company, working with them since 1996 on advanced engineering projects for Unmanned Aerial Vehicles, Missile Defense Systems, Air Traffic Management, Publishing Systems, Command and Control, Wireless Radio Systems, Cyber Security, and Software Development Tools.
- Lead human factors engineering for Eyematic Corporation designing software for advanced facial tracking and facial recognition applications.
- Designed a complete VoIP phone system for the consumer market, including special features such as Microsoft Outlook integration, YouTube integration, internet radio, and the ability to browse and share files and pictures.
- Designed the world's first two way pager for AT&T Wireless in 1995 and 1996.
- Designed and developed a suite of interactive multimedia games as well as educational software.
- Founder of a mobile computing company that produced a suite of GPS enabled applications for Android and iPhone.
- Human Factors and user interface design for multiple software projects including eCommerce web sites, desktop software, embedded software, linux software, and mobile applications.
Degrees:
- Ph.D. Human Factors, University of Washington, June 1994
- M.S. Human Factors, University of Washington, Dec 1990
- B.S. Industrial Engineering, University of Washington, June 1988
View Expert Witness Profile.
Case Study: Analysis and Optimal Design of Unmanned Aerial Vehicles
The client was interested in designing a new Unmanned Aerial Vehicle for the Department of Defense. As part of this work the client wanted a thorough analysis of the various design tradeoffs that could be made when designing the unmanned aerial vehicle.
Case Study: Human Factors for Air Traffic Control
The client is a major player in the aerospace market and wanted to completely redesign the federal air traffic control system to allow for much greater capacity while maintaining the same or better levels of system safety.