Southampton, England, United Kingdom Hybrid / WFH Options
Octagon Group
several product lines Designing and developing FPGA solutions using VHDL or Verilog Overseeing verification, validation, and integration of designs Working on high-performance designs, often involving video or RF signalprocessing The ideal candidate: A degree in Electrical Engineering, Computer Science, or something similar At least 10 years of hands-on FPGA design experience Comfortable leading others and More ❯
skills in Python, C++, or similar languages used in quantitative research. Deep understanding of commodity markets, including futures, options, and spot trading. Experience with statistical modelling, machine learning, or signalprocessing techniques. Familiarity with market microstructure and electronic trading platforms. More ❯
skills in Python, C++, or similar languages used in quantitative research. Deep understanding of commodity markets, including futures, options, and spot trading. Experience with statistical modelling, machine learning, or signalprocessing techniques. Familiarity with market microstructure and electronic trading platforms. More ❯
portsmouth, hampshire, south east england, united kingdom Hybrid / WFH Options
Octagon Group
several product lines Designing and developing FPGA solutions using VHDL or Verilog Overseeing verification, validation, and integration of designs Working on high-performance designs, often involving video or RF signalprocessing The ideal candidate: A degree in Electrical Engineering, Computer Science, or something similar At least 10 years of hands-on FPGA design experience Comfortable leading others and More ❯
skills in Python, C++, or similar languages used in quantitative research. Deep understanding of commodity markets, including futures, options, and spot trading. Experience with statistical modelling, machine learning, or signalprocessing techniques. Familiarity with market microstructure and electronic trading platforms. More ❯
skills in Python, C++, or similar languages used in quantitative research. Deep understanding of commodity markets, including futures, options, and spot trading. Experience with statistical modelling, machine learning, or signalprocessing techniques. Familiarity with market microstructure and electronic trading platforms. More ❯
skills in Python, C++, or similar languages used in quantitative research. Deep understanding of commodity markets, including futures, options, and spot trading. Experience with statistical modelling, machine learning, or signalprocessing techniques. Familiarity with market microstructure and electronic trading platforms. More ❯
london (city of london), south east england, united kingdom
Marks Sattin
skills in Python, C++, or similar languages used in quantitative research. Deep understanding of commodity markets, including futures, options, and spot trading. Experience with statistical modelling, machine learning, or signalprocessing techniques. Familiarity with market microstructure and electronic trading platforms. More ❯
Experience Essential Act as a backlog owner for an agile team. Relevant industrial experience (product lifecycle, requirements capture and test definition). In-depth knowledge of GNSS measurement engine signal processing. Strong programming or analysis in Matlab, C++, C or similar. Desirable Agile development. Source Control (e.g., git). Continuous Integration. In-depth knowledge of the full GNSS signal-processing chain. Synthetic aperture processing. GNSS simulators. Kalman filters and other probabilistic estimation techniques. Multi-sensor fusion techniques, including tight and deep coupling for GNSS-INS. Low-level embedded software development and testing (DSP). RTK and/or PPP and/or multi-constellation positioning. Multipath mitigation methods. Your Development and Perks Your development is equally important More ❯
have a solid background in .Net Core, C#? Do you have a physics-biased education or work experience? Do you have experience in: complex algorithms, linear algebra, FFT, or signalprocessing? Role: A seasoned software developer with over five years of commercial experience in modern C# .NET development, complemented by an engineering/physics background. The ideal candidate More ❯
have a solid background in .Net Core, C#? Do you have a physics-biased education or work experience? Do you have experience in: complex algorithms, linear algebra, FFT, or signalprocessing? Role: A seasoned software developer with over five years of commercial experience in modern C# .NET development, complemented by an engineering/physics background. The ideal candidate More ❯
have a solid background in .Net Core, C#? Do you have a physics-biased education or work experience? Do you have experience in: complex algorithms, linear algebra, FFT, or signalprocessing? Role: A seasoned software developer with over five years of commercial experience in modern C# .NET development, complemented by an engineering/physics background. The ideal candidate More ❯
equivalent experience) Proven experience deploying, profiling, and optimising AI models on embedded platforms (NPU/CPU) Strong skills in developing novel ML architectures and training methods Background in audio signalprocessing or enhancement technologies Proficiency in embedded C++ and/or Python Excellent communication, time management, and teamwork skills A proactive approach to innovation and problem solving Desirable More ❯
equivalent experience) Proven experience deploying, profiling, and optimising AI models on embedded platforms (NPU/CPU) Strong skills in developing novel ML architectures and training methods Background in audio signalprocessing or enhancement technologies Proficiency in embedded C++ and/or Python Excellent communication, time management, and teamwork skills A proactive approach to innovation and problem solving Desirable More ❯
years robust development of embedded firmware for small bodily worn or handheld products Proficient skills and knowledge in ‘C’, ‘C++’ and ‘OOP’ Familiarity with Data acquisition for real-time signalprocessing Experience of producing firmware within an RTOS framework (preferably FreeRTOS) would be an advantage Wireless connectivity (especially BLE) Designing microprocessor circuitry Software control (repository, changes/bug More ❯
/C++ and Python Industry Background: Experience in highly regulated industries, preferably in medical device development Technical Expertise: Experience with multi-tasking systems (real-time preferable) and familiarity with signalprocessing or AI/ML applications using CUDA on GPUs (preferred), medical device communications protocols (HL7, FHIR) Development Approach: Knowledge of agile methodologies and best practices in software More ❯
Cambridge, England, United Kingdom Hybrid / WFH Options
The MathWorks, Inc
stack software development (with languages including C++, MATLAB, JS/HTML/CSS, and Go), high-performance computing, cloud computing, automatic code generation, embedded systems, text analytics, deep learning, signalprocessing, physical modelling, and wireless communications. MathWorks is committed to fostering an inclusive and supportive work environment for all employees. MathWorks nurtures growth, appreciates diversity, encourages initiative, values 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, SignalProcessing, 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 ❯
industry leading experts? Leonardo offers the ability to take you from science into engineering. We are looking for individuals with knowledge or solid qualifications in applied physics, electro-optics, signalprocessing, artificial intelligence, radar systems, robotics and autonomy, applied mathematics and statistics, mechanical engineering, aerospace engineering, or advanced servo control engineering. This role is based onsite in Southampton 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, SignalProcessing, 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 signalprocessing 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 signalprocessing 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 signalprocessing 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 signalprocessing 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 signalprocessing 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 ❯
