17 of 17 Signal Processing Jobs in the Isle of Wight

with senior stakeholders and expand your expertise across the diverse field of radar engineering. Your skills and experience: A solid understanding of at least one of the following areas: signal processing, target track extraction, object classification algorithms, or system and sensor resource optimisation. An appreciation of real-world factors that influence the performance of sensing systems, including their More ❯

your personal profile with senior stakeholders and grow a diverse knowledge base in engineering Your skills and experiences: Essential: A good understanding in some of the following subject areas; signal processing, target track extraction, object classification algorithms, system and sensor resource optimisation A good understanding of factors that can affect the real-world performance of sensing systems and More ❯

build your personal profile with senior stakeholders and grow a diverse knowledge base in engineering Your skills and experience: A good understanding in some of the following subject areas; signal processing, target track extraction, object classification algorithms, system and sensor resource optimisation A good understanding of factors that can affect the real-world performance of sensing systems and More ❯

your personal profile with senior stakeholders and grow a diverse knowledge base in engineering Your skills and experiences: Essential: A good understanding in some of the following subject areas; signal processing, target track extraction, object classification algorithms, system and sensor resource optimisation A good understanding of factors that can affect the real-world performance of sensing systems and More ❯

your personal profile with senior stakeholders and grow a diverse knowledge base in engineering Your skills and experiences: Essential: A good understanding in some of the following subject areas; signal processing, target track extraction, object classification algorithms, system and sensor resource optimisation A good understanding of factors that can affect the real-world performance of sensing systems and More ❯

personal profile with senior stakeholders and grow a diverse knowledge base in radar engineering Your skills and experience: • An understanding of at least one of the following subject areas; signal processing, target track extraction, object classification algorithms, system, and sensor resource optimisation • An appreciation of factors that can affect the real-world performance of sensing systems and how More ❯

demonstrating system performance across a wide range of operational scenarios to internal and external stakeholders. Your skills and experiences: A good understanding of some of the following subject areas: signal processing, target track extraction, object classification algorithms, system and sensor resource optimization. A good understanding of factors that can affect the real-world performance of sensing systems and More ❯

strong mathematical and engineering mind-set with an innovative approach to problem solving that can be applied to resolving complex technical and system level requirements A comprehensive understanding of signal processing, tracking or classification algorithms and techniques employed on contemporary radio, satellite, radar or sonar real-world systems A good understanding of factors that can affect the real More ❯

and digital subsystem interfaces, including high-speed data, control, and calibration signals Developing hardware specifications and architectures for digital components, including both bespoke and off-the-shelf solutions Translating signal processing concepts into real-world solutions through modelling, simulation, and requirement definition Defining and coordinating system timing strategies to enable efficient scheduling and real-time performance across subsystems More ❯

and digital subsystem interfaces, including high-speed data, control, and calibration signals Developing hardware specifications and architectures for digital components, including both bespoke and off-the-shelf solutions Translating signal processing concepts into real-world solutions through modelling, simulation, and requirement definition Defining and coordinating system timing strategies to enable efficient scheduling and real-time performance across subsystems More ❯

and digital subsystem interfaces, including high-speed data, control, and calibration signals Developing hardware specifications and architectures for digital components, including both bespoke and off-the-shelf solutions Translating signal processing concepts into real-world solutions through modelling, simulation, and requirement definition Defining and coordinating system timing strategies to enable efficient scheduling and real-time performance across subsystems More ❯

and digital subsystem interfaces, including high-speed data, control, and calibration signals Developing hardware specifications and architectures for digital components, including both bespoke and off-the-shelf solutions Translating signal processing concepts into real-world solutions through modelling, simulation, and requirement definition Defining and coordinating system timing strategies to enable efficient scheduling and real-time performance across subsystems More ❯

and digital subsystem interfaces, including high-speed data, control, and calibration signals Developing hardware specifications and architectures for digital components, including both bespoke and off-the-shelf solutions Translating signal processing concepts into real-world solutions through modelling, simulation, and requirement definition Defining and coordinating system timing strategies to enable efficient scheduling and real-time performance across subsystems More ❯

and digital subsystem interfaces, including high-speed data, control, and calibration signals Developing hardware specifications and architectures for digital components, including both bespoke and off-the-shelf solutions Translating signal processing concepts into real-world solutions through modelling, simulation, and requirement definition Defining and coordinating system timing strategies to enable efficient scheduling and real-time performance across subsystems More ❯

and digital subsystem interfaces, including high-speed data, control, and calibration signals Developing hardware specifications and architectures for digital components, including both bespoke and off-the-shelf solutions Translating signal processing concepts into real-world solutions through modelling, simulation, and requirement definition Defining and coordinating system timing strategies to enable efficient scheduling and real-time performance across subsystems More ❯

defence tech. What youll do: Drive the development of advanced digital hardware from concept to delivery Lead interface integration across high-speed data, control, and calibration systems Translate complex signal processing into real-world performance Architect both bespoke and off-the-shelf digital solutions Influence system timing strategies for real-time precision Support integration, testing, and assurance of More ❯

fairs What you’ll do: Drive the development of advanced digital hardware from concept to delivery Lead interface integration across high-speed data, control, and calibration systems Translate complex signal processing into real-world performance Architect both bespoke and off-the-shelf digital solutions Influence system timing strategies for real-time precision Support integration, testing, and assurance of More ❯