Linh Tsang is a seasoned Principal Engineer at Fisheye Software, bringing over three decades of extensive experience in software development, particularly in the realm of real-time systems. His current role involves providing on-site technical expertise at Raytheon, where he plays a pivotal part in high-stakes...
Linh Tsang is a seasoned Principal Engineer at Fisheye Software, bringing over three decades of extensive experience in software development, particularly in the realm of real-time systems. His current role involves providing on-site technical expertise at Raytheon, where he plays a pivotal part in high-stakes projects such as the Upgrade Early Warning Radar (UEWR), Surveillance Radar Program (SRP), Air and Missile Defense Radar (AN/SPY-6), and the Lower Tier Air and Missile Defense Sensor (LTAMDS). Linh's deep understanding of software design and development is complemented by his hands-on experience in system testing and integration, making him an invaluable asset in delivering robust object-oriented solutions tailored to complex defense applications.
Among his key contributions, Linh has designed and developed critical software tools, including Test Assist, Radar Performance Monitoring, and Calibration Scheduling, as well as Analog Simulation software. These tools not only enhance the operational efficiency of radar systems but also ensure rigorous performance standards are met in real-time environments. His expertise in programming languages such as C++, along with proficiency in tools like ClearCase and Rational Rose Enterprise Edition, enables him to navigate and innovate within the intricate landscapes of software development and testing.
Linh's commitment to excellence is underscored by his adeptness in integrating various technologies, including CORBA and XML Schema, to create seamless communication between systems. His comprehensive skill set, combined with his strategic approach to problem-solving, positions him as a leader in the field, driving advancements in radar technology and air defense systems that are critical to national security.
