176 to 200 of 361 Permanent Signal Processing Jobs

3dB Labs is seeking skilled engineers at all experience levels who love to solve challenging digital signal processing problems. The ideal candidate is creative, smart, and able to work effectively on their own or with a small team. Our work provides the opportunity for a unique mix of theory-based algorithm development and implementation of software-based high … performance processing solutions. Our work environment is dynamic and fast-paced with a focus on quick-reaction responses to our customers' needs. Our products are technically compelling, operationally relevant, and deployed around the globe. We are seeking a talented and experienced RF Systems Engineer to join our team. As an RF Systems Engineer, you will play a crucial role … appropriate RF components, such as amplifiers, filters, antennas, and transceivers, based on project requirements and specifications. Testing and Measurement: Plan and conduct RF testing and measurement activities, including RF signal characterization, performance testing, and troubleshooting. Integration: Collaborate with cross-functional teams to integrate RF systems into larger systems or products, ensuring seamless functionality. Compliance: Ensure that RF systems comply More ❯

Possibility of Hybrid Required Skills: • Expert in MATLAB and C++ • Experience using DDS open architecture development (RTI implementation preferred) • Experience with standard signal processing techniques (Fourier transforms, filters, etc.) • Prior experience with radar tracking and/or radar signal processing • The candidate should be well versed in all aspects of software development including management, documentation, coding More ❯

this role you will lead overall systems development for cutting-edge Tactical ISR/Electronic Warfare product lines while supporting existing product improvements. Bring your experience in RF, advanced signal processing, signal detection, modeling, and electronic warfare systems to advance state of the art applications supporting Electronic Attack, Electronic Protection and Electronic Support. Functions • Lead system design … prior related experience. • Active Secret Security Clearance. Preferred Skills • Proficient in Engineering core competencies (Mechanical, Electrical, RF, Software) • Expert knowledge of RF architectures and components (antennas, receivers, transmitters, sensors, signal processors) • Knowledge of RF signal processing and advanced communication algorithms • Detailed knowledge of one or more signal protocols (Cellular, 5G, WiFi, Bluetooth, etc.) • Experience designing and … fielding EW Systems, especially Electronic Support (signal detect, classification, direction finding, geolocation, and collection), Electronic Attack (counter communications, counter UAS, counter RADAR, information operations) • Strong written and oral communication skills • Self-motivated entrepreneurial attitude and spirit • Experience with lab equipment (Oscilloscopes/Spec-A/Sig-Gen) • Top Secret security clearance • Organized and detail-oriented • Excellent communication and presentation More ❯

with a focus on SDR and DSP technologies. You'll work closely with senior leadership and technical specialists on a high-impact programme that combines RF engineering with digital processing and algorithm development. The Role: You'll take the lead on designing high-performance SDR and hybrid analogue/SDR systems. Responsibilities include developing DSP algorithms for signal … through to deployment. What We're Looking For: Strong experience in both analogue and digital aspects of receiver design A deep understanding of SDR architecture, DSP theory, and RF signal processing Hands-on experience with tools such as MATLAB, Simulink, VHDL, or Verilog Familiarity with FPGAs and implementing DSP algorithms in embedded systems Knowledge of radio propagation, interference More ❯

and navigation, geophysical surveying, and magnetic anomaly detection. A key focus of the role will be to perform numerical modelling of optically-pumped atomic magnetometers, as well as related signal processing tasks, aimed at improving magnetometer performance in noisy operating conditions. What you'll be doing: Be part of an established and growing team focused on quantum sensing … of the quantum technology industry. It would be fantastic if you have these skills but not essential: Familiarity with the Python programming language for scientific computing. Experience in modern signal processing methods (e.g. Bayesian methods, particle filtering, sequential Monte Carlo methods); Experience in sensor modelling and sensor signal processing, including data fusion;Experience modelling optically-pumped More ❯

reconstruction, and AI-driven image analysis - all adapted to the specific challenges of the healthcare domain. Key Responsibilities Design, develop, and optimise C++ software libraries for image and vision processing Research and implement algorithms for 2D/3D medical image analysis Apply deep learning and conventional computer vision techniques to improve diagnostic accuracy Collaborate closely with product management and … Experience Master's or PhD in Computer Science, Electronics Engineering, Biomedical Engineering, or a related field Strong proficiency in C++ and object-oriented design principles Proven experience in image processing, signal processing, and computer vision Familiarity with deep learning frameworks (PyTorch, TensorFlow, scikit-learn) Knowledge of CPU/GPU architecture and optimisation Experience with tools such as More ❯

The Opportunity We're looking for several talented FPGA Design Engineers to join our client, developing cutting-edge technology across a broad range of applications. Projects span from advanced signal processing systems (Image/Radio), through to core embedded processing platforms and safety/security-critical systems! In this role, you'll be involved in all phases More ❯

The Opportunity We're looking for several talented FPGA Design Engineers to join our client, developing cutting-edge technology across a broad range of applications. Projects span from advanced signal processing systems (Image/Radio), through to core embedded processing platforms and safety/security-critical systems! In this role, you'll be involved in all phases More ❯

enjoying flexible, hybrid working and exceptional career development opportunities. Key Skills & Experience: Strong Systems Engineering knowledge, including design trade-offs and requirements management (e.g., DOORS). Background in radar, signal processing, tracking, or sensor optimisation. Confident communicator, with experience presenting complex ideas clearly. Holistic systems thinking with the ability to lead technical decision-making. Apply now and future More ❯

enjoying flexible, hybrid working and exceptional career development opportunities. Key Skills & Experience: Strong Systems Engineering knowledge, including design trade-offs and requirements management (e.g., DOORS). Background in radar, signal processing, tracking, or sensor optimisation. Confident communicator, with experience presenting complex ideas clearly. Holistic systems thinking with the ability to lead technical decision-making. Apply now and future More ❯

Range: $165,000-$220,000, depending on experience. About the Role: The Hardware Design Engineer designs and tests new integrated circuits and hardware components for a wide variety of signal processing applications and research. They design, document, and develop code (including firmware) for digital signal processors or other programmable Harare devices such as Application Specific Integrated Circuit More ❯

component and definition of differentiating components (IP) System modeling and algorithm development Driving topics forward together working with various internal andexternal experts (e.g. application, analog/digital/mixed-signal,software) as well as management You have a high degree of analytical skills and innovative power and come up with new ideas. You strive to get the best results … Microelectronics, Physics or similar At least 5 years of professional experience in several of the following domains: - Embedded microcontroller systems - Digital power conversion topologies (e.g. PFC, FB, LLC) - Digital signal processing and control theory - SoC design and simulation - FPGA prototyping and design A passion for technology and the willingness to take initiative Very good communication skills to collaborate More ❯

if a relevant position opens. Who are we? The BabbleLabs team, part of Cisco WebEx. We are a dedicated bunch with strong backgrounds in Electrical Engineering, Machine Learning, Speech Processing and Computer Science. Our areas of expertise include speech enhancement, speech recognition, speech synthesis, and computer vision. But what sets our team apart from the crowd, is our vibrant … AI team. As a Speech/Audio Machine Learning Engineer, you will play a crucial role in developing pioneering audio software solutions, using machine learning techniques to enhance audio processing and analysis. You will work closely with a multidisciplinary team of engineers, data scientists, and audio experts to build groundbreaking products that push the boundaries of audio technology. This … generation audio software and make a significant impact in the industry. Key Responsibilities: Collaborate with cross-functional teams to design and implement machine learning models and algorithms for audio processing, analysis, and enhancement. Train, validate, and fine-tune machine learning models for various applications. Evaluate and benchmark the performance of machine learning models using appropriate metrics and statistical techniques. More ❯

other applications Success troubleshooting and solving complex problems Strong written and oral communication skills, including experience with presentations, briefings, and technical documentation Nice to have: Senior-level experience with signal processing of audio/video content Knowledge of multimedia file/streaming formats, audio/video compression Familiarity with SIGINT data flow Mid-level Python development skills Experience More ❯

An awareness of pertinent industry standards and/or key aspects of the Distribution Code for the UK, including Engineering Recommendations (ERECs). Background of Python development Experience of signal processing techniques used to condition and analyse sampled signals A good understanding of the principles of software development , with p ractical experience of version management tools such as More ❯

Collaborate with professionals from diverse backgrounds, spanning engineering, physics, and mathematics. From industry veterans to rising stars, together we drive excellence. The team has leading capabilities in Electronics Design, Signal Processing, FPGA’s, RF technologies, Software & Mathematical Modelling. Personal development opportunities ensure the Wireless Team score highly on retention rate. It’s a really good environment for ambitious More ❯

Collaborate with professionals from diverse backgrounds, spanning engineering, physics, and mathematics. From industry veterans to rising stars, together we drive excellence. The team has leading capabilities in Electronics Design, Signal Processing, FPGA’s, RF technologies, Software & Mathematical Modelling. Personal development opportunities ensure the Wireless Team score highly on retention rate. It’s a really good environment for ambitious 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 ❯

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 ❯