the majority of the time will be spent on telecommunications signal and software engineering activities. This includes signal processing workflow management, signal data analysis, infrastructure design, maintenance, and integration work such as the configuration of virtualized environments, encryption, unique product installations and configurations.
Apply technologies involving papacitive, potentiometric, magnetostrictive and ultrasonic sensors; switches; transmitters; transducers; solenoid valves; and relays controlled by Programmable Logic to capital equipment used in industrial processes.
The purpose of TBFM is to maximize use of available National Airspace System (NAS) re-sources, while minimizing delays and disruptions to aircraft operators and their customers, as well as reducing fuel burn and engine emissions thereby decreasing user operational costs.
Work independently or as part of the team on data preparation, machine learning software development & modifications, model development, model testing and to allow models to be used by internal customers.
Maintain extremely large route and switched networks (20,000 nodes or greater), includingverification of connections to remote sites in a WAN by creating and following documentation toensure a stable network.
Be required to think outside the box and bring cutting edge quality assurance and testing technology and tools in-house. Focused on delivering value to the business with relentless efforts to ensure and improve quality.
Design, develop, modify and evaluate electronic parts, components and integrated circuitry for multi-million dollar capital equipment, or other hardware systems and/or electrical engineering applications used in semiconductor manufacturing.