22 of 22 Signal Processing Jobs in Gloucestershire

DIGITAL SIGNAL PROCESSING (DSP) ENGINEER Title: Digital Signal Processing (DSP) Engineer Location: Gloucester, UK Clearance: Must already hold enhanced UKIC DV Clearance Overview: Join a cutting-edge engineering team and play a vital role in advancing mission-critical communications technologies. As a Digital Signal Processing … DSP algorithm development, and integration of software-defined radio (SDR) platforms. Your work will directly support the design and deployment of advanced payloads and signal exploitation systems for Defence, Cyber, and Intelligence operations. Key Responsibilities: Reverse Engineering & Signal Analysis Conduct hardware, software, and RF signal reverse engineering … DSP techniques for communication, detection, and classification applications. Algorithm R&D Create novel DSP algorithms to improve system performance in challenging environments, focusing on signal acquisition, modulation analysis, and signal exploitation. Payload Engineering Develop and integrate DSP capabilities into custom payloads for communication and signal intelligence missions More ❯

Digital Signal Processing Engineer Location: Fully onsite – Gloucester Working Week: 37.5 hrs across 4 days Security Clearance: DV (Developed Vetting) required! The Opportunity: A Tier One Defence Prime seeks an exceptional Digital Signal Processing (DSP) Engineer. You’ll be embedded in a highly classified R&D … Role: Reverse Engineering: Deconstruct RF systems (hardware/software/signals) to identify exploitable vectors and redesign opportunities. DSP Algorithm Development: Build and optimise signal processing algorithms for detection, classification, and exploitation. SDR Design: Architect SDR solutions for high-stakes communications and intelligence missions. Payload Engineering: Create mission … an annual salary review For more information or to apply, please reach out to: Contact | 02077806706 LinkedIn | George Bates | LinkedIn Email | george.bates@ansonmccade.com Digital Signal Processing Engineer More ❯

Job Description Digital Signal Processing Engineer Location: Fully onsite – Gloucester Working Week: 37.5 hrs across 4 days Security Clearance: DV (Developed Vetting) required! The Opportunity: A Tier One Defence Prime seeks an exceptional Digital Signal Processing (DSP) Engineer. You’ll be embedded in a highly classified … Role: Reverse Engineering: Deconstruct RF systems (hardware/software/signals) to identify exploitable vectors and redesign opportunities. DSP Algorithm Development: Build and optimise signal processing algorithms for detection, classification, and exploitation. SDR Design: Architect SDR solutions for high-stakes communications and intelligence missions. Payload Engineering: Create mission More ❯

tailored to project requirements. Ensure software meets strict real-time performance constraints, focusing on latency, throughput, and efficient use of system resources (e.g., memory, processing power). Lead efforts in hardware/software integration to ensure seamless operation of real-time solutions. Optimize performance and efficiency of signal processing algorithms and embedded systems. Mentor junior and mid-level engineers, providing technical guidance, best practices, and support for skill development. Conduct code reviews, design evaluations, and testing to uphold high-quality standards. Investigate and resolve complex technical issues in real-time systems, ensuring reliability and robustness. Debug … of theory and usage of Real Time Operating Systems (FreeRTOS, Zephyr) Good knowledge of theory and design of complex digital electronic circuits and digital signal processing algorithms (FFT, digital filters, re-sampling, ecc.). Strong analytical and problem-solving attitude. Experience in the use of laboratory equipment (oscilloscope More ❯

tailored to project requirements. Ensure software meets strict real-time performance constraints, focusing on latency, throughput, and efficient use of system resources (e.g., memory, processing power). Lead efforts in hardware/software integration to ensure seamless operation of real-time solutions. Optimize performance and efficiency of signal processing algorithms and embedded systems. Mentor junior and mid-level engineers, providing technical guidance, best practices, and support for skill development. Conduct code reviews, design evaluations, and testing to uphold high-quality standards. Investigate and resolve complex technical issues in real-time systems, ensuring reliability and robustness. Debug … of theory and usage of Real Time Operating Systems (FreeRTOS, Zephyr) Good knowledge of theory and design of complex digital electronic circuits and digital signal processing algorithms (FFT, digital filters, re-sampling, ecc.). Strong analytical and problem-solving attitude. Experience in the use of laboratory equipment (oscilloscope More ❯

PhD in Electrical Engineering, or related field. 8+ years of experience in at least one or more of the following areas: Communication theory, digital signal processing, information theory, channel coding, and probability and random processes. Strong analytical and problem-solving skills. Ability to program effectively in C/… interaction with senior leadership (e.g., Sr. Staff level and above). Principal Duties and Responsibilities: Leverages and applies advanced modem knowledge (e.g., RF, baseband signal processing, communication protocols) and design methodology for areas within modem hardware, systems, or firmware to execute modem assignments; participates in and shares own More ❯

using theTI mmWave SDK and related development tools. Key Responsibilities: Radar Software Development:Develop, and maintain software for TI AWR radar systems, focusing on signal processing, radar control, and system integration. Technology Integration:Implement advanced radar systems for real-time obstacle detection, avoidance, and proximity sensing during drone … Key Skills: Software/Embedded Systems: Expertise in programming languages such as C/C++, Python, and embedded software development. Experience with radar digital signal processing (DSP), including FFT, filtering, and noise reduction techniques (CFAR, Kalman filters). Proficiency with radar simulation tools, hardware integration, and testing methodologies … flight, and landing algorithms is a plus. Understanding of cooperative radar networks for multi-agent systems. Experience with machine learning techniques for sensor data processing and decision-making. Knowledge of the latest advancements in radar technology and software development practices. Knowledge in aviation safety standards and radar certification processes. More ❯

using theTI mmWave SDK and related development tools. Key Responsibilities: Radar Software Development:Develop, and maintain software for TI AWR radar systems, focusing on signal processing, radar control, and system integration. Technology Integration:Implement advanced radar systems for real-time obstacle detection, avoidance, and proximity sensing during drone … Key Skills: Software/Embedded Systems: Expertise in programming languages such as C/C++, Python, and embedded software development. Experience with radar digital signal processing (DSP), including FFT, filtering, and noise reduction techniques (CFAR, Kalman filters). Proficiency with radar simulation tools, hardware integration, and testing methodologies … flight, and landing algorithms is a plus. Understanding of cooperative radar networks for multi-agent systems. Experience with machine learning techniques for sensor data processing and decision-making. Knowledge of the latest advancements in radar technology and software development practices. Knowledge in aviation safety standards and radar certification processes. More ❯

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 More ❯

and simulation to field deployment and operational validation. Software Defined Radio (SDR): Architect reconfigurable, ultra-reliable SDR systems with low-latency DSP pipelines. Embedded Signal Processing: Implemented and optimised RF algorithms across C/C++, VHDL, and FPGA environments. Field Trial Execution: Own deployment and performance validation alongside … Linux environments, version control, and SDR development tools (e.g., GnuRadio, Python) Familiarity with OSP/BSP development and real-time testing (e.g., using vector signal analysers) Track record of delivering embedded systems into mission environments Benefits Package: Base Salary: Up to £85,000 Bonus: Up to 10% based on More ❯

and design antennas to meet the specific needs of various applications. Test & Measurement - Conduct RF testing, including real-time test and measurement using vector signal analysers. Vulnerability Analysis - Analyse and test RF systems to identify vulnerabilities and enhance security. System Development & Verification - Support the development and verification of mission … measurement using spectrum analysers and vector network analysers Familiarity with using and developing for Software-defined radios Experience in RF algorithm development and Digital Signal Processing Antenna optimisation and characterisation experience Embedded systems vulnerability analysis Knowledge of OpenCPI, GnuRadio, Python, C/C++, and other SDR development tools. More ❯

support package (BSP) and operating system package (OSP) development Collaborate across multidisciplinary teams to deliver technical outcomes Use real-time analysis tools including vector signal analysers Engage in system testing, validation, and field deployment support Desired Experience Proven expertise with the OpenCPI framework (design, integration, optimisation) Strong background in … RF communications and digital signal processing (DSP) Proficiency in C/C++ and/or VHDL for embedded system applications Experience with SDR development tools such as GnuRadio and scripting with Python Confident working in Linux-based environments using GitLab for version control Familiarity with field trials and More ❯

and performance throughout the development lifecycle, using OpenCPI and associated tools. Performance Optimization Optimize software and system performance for efficiency, reliability, and real-time processing requirements within OpenCPI-based platforms. Security & Risk Mitigation Identify potential system vulnerabilities and apply mitigation strategies to ensure secure and resilient deployments. Technical Communication … OpenCPI framework in SDR system design, integration, and optimization. Strong foundation in RF communications , software-defined radio , and related technologies. Solid background in Digital Signal Processing (DSP) , RF algorithms, and embedded development. Proficiency in C/C++ and/or VHDL for embedded systems. Understanding of SDR platforms … as GitLab . Involvement in mission system integration , including support for field trials . Experience using real-time test and measurement tools (e.g., vector signal analyzers, spectrum analyzers). Apply Now! Please either apply through this advert or email me directly at lewis.hayward@searchability.com. For further information, please call More ❯

system requirements, including custom and off-the-shelf solutions. Testing & Measurement Conduct RF testing using real-time tools such as spectrum analysers and vector signal analysers, contributing to full lifecycle system evaluation. Vulnerability Analysis Investigate and assess RF system vulnerabilities, supporting the development of secure, resilient communications technologies. System … analysers and vector network analysers . Familiarity with software-defined radio (SDR) systems and platforms. Desirable Skills Experience in RF algorithm development and digital signal processing (DSP). Knowledge of antenna characterisation and optimisation . Background in embedded systems and vulnerability analysis . Familiarity with OpenCPI , GNU Radio More ❯

and simulation to field deployment and operational validation. Software Defined Radio (SDR): Architect reconfigurable, ultra-reliable SDR systems with low-latency DSP pipelines. Embedded Signal Processing: Implemented and optimised RF algorithms across C/C++, VHDL, and FPGA environments. Field Trial Execution: Own deployment and performance validation alongside More ❯

use of test equipment such as vector network analysers and spectrum analysers Familiarity with software-defined radios and associated development workflows Desirable Skills: Digital Signal Processing (DSP) and RF algorithm development Antenna optimisation and characterisation Embedded systems vulnerability analysis Working knowledge of tools such as OpenCPI, GnuRadio, VHDL More ❯

use of test equipment such as vector network analysers and spectrum analysers Familiarity with software-defined radios and associated development workflows Desirable Skills: Digital Signal Processing (DSP) and RF algorithm development Antenna optimisation and characterisation Embedded systems vulnerability analysis Working knowledge of tools such as OpenCPI, GnuRadio, VHDL More ❯

Expertise In-depth knowledge of IEC 61131-3 and PLC programming standards. Proficient in Codesys and real-time system debugging, control loop tuning, and signal processing. Collaboration & Communication Excellent communication and interpersonal skills, capable of working both independently and in team settings. Complex Problem Solving Ability to design and More ❯

Expertise In-depth knowledge of IEC 61131-3 and PLC programming standards. Proficient in Codesys and real-time system debugging, control loop tuning, and signal processing. Collaboration & Communication Excellent communication and interpersonal skills, capable of working both independently and in team settings. Complex Problem Solving Ability to design and More ❯

as well as experience in algorithm development and simulation validation. Proficiency in MATLAB and Simulink, as well as knowledge of RF systems and digital signal processing, are highly desirable. Additionally, the successful candidate should have a proven track record in project management, budget control, and risk management. Why More ❯

as well as experience in algorithm development and simulation validation. Proficiency in MATLAB and Simulink, as well as knowledge of RF systems and digital signal processing, are highly desirable. Additionally, the successful candidate should have a proven track record in project management, budget control, and risk management. Why More ❯

architecture expertise IP selection and integration SOC performance modeling, e.g., UML SOC interconnect protocols - AXI, AMBA, AHB, APB, OCP, STBus, DTL Experience with DSP, signal processing, and communication protocols Digital-AMS chip development, including digital to analog interfaces Experience in low-power design, performance optimization Low-level software More ❯