9 of 9 Permanent Data Acquisition Jobs in Oxfordshire

with flexibility above this for strong NI LabVIEW skills. ABOUT THE ROLE We're a systems integrator building bespoke hardware and software for automated data acquisition, test, measurement, control and IoT, with customers in healthcare, energy, aerospace and defence, automotive, and R&D After strong growth … specifications, test plans and user manuals Give technical presentations and demonstrations, and work closely with the Sheffield engineers so issues are resolved quickly Develop data acquisition and control applications and user interfaces as your software skills grow ESSENTIAL Degree in Electrical or Electronic Engineering (electronics and communications, control ...

experience in soft robotics, wearable robotics or exoskeletons. Experience with rigid or hybrid exoskeletons is also relevant. 5. Experience in actuator characterisation, instrumentation and data acquisition, with proficiency in Python or MATLAB for experimental data analysis. 6. A record of peer-reviewed publications appropriate to your career ...

product testing. Support production teams with day‐to‐day test issues, fault finding, failure analysis, and rapid resolution of manufacturing test constraints. Analyse test data, yield performance, and failure trends to identify root causes, reduce test escapes, and improve first‐time pass rates. Specify, source, debug, and commission test … fixtures, instrumentation, or automated test systems. Strong fault‐finding, root cause analysis, and problem‐solving skills in a production environment. Good understanding of test data analysis, yield improvement, process capability through measurement study analysis or gauge R&R, and continuous improvement methods. Familiarity with manufacturing documentation such as test ...

recruiting an Embedded Systems Engineer to support our Quantum RF (QRF) and sensing projects. In this role, you will develop the embedded control, acquisition, timing, and communications systems that underpin quantum-enabled RF sensors and deployable sensing products. You will work closely with physicists, electronics, FPGA, systems, and software … hardware interfaces for FPGA peripherals, sensors, communications devices, and microcontroller subsystems. Integrate FPGA SoC platforms, microcontrollers, electronics, and higher-level software into robust control, acquisition, timing, signal-processing, and communications systems. Perform board bring-up, hardware–firmware integration, automated test, debugging, and validation using Python and benchtop test equipment. ...

custom digital logic using VHDL where off-the-shelf vendor IPs are insufficient, bottlenecked, or introduce latency. High-speed I/O integration: architect data acquisition pipelines interfacing with the analogue front end via ultra-fast ADCs and high-speed transceivers, as well as interfacing to high-throughput … similar PS/PL architectures. Being comfortable writing or reviewing bare-metal C/C++ to configure PL peripherals through AXI registers, moving data between PS and PL. Math to hardware: Proven ability to translate complex mathematical models into hardware accelerators, including bit-accurate system modelling and fixed-point ...

optical or electro-optical systems including lasers, photodetectors, modulators, and optical control hardware. Experience with precision analogue electronics, low-noise systems, and high-resolution data acquisition. Experience with FPGA-based and embedded control systems. Experience integrating laboratory automation and instrumentation using software interfaces such as SCPI, serial communications, Ethernet ...

implement custom digital logic in VHDL from scratch where vendor IP is unsuitable, introduces latency or creates bottlenecks Architect and integrate high-speed data acquisition pipelines utilising ultra-fast ADCs, PCIe, high-speed Ethernet and transceiver technologies Work closely with hardware engineers, software developers, researchers and ASIC architects ...

understand our cells, from selecting and testing them to analysing performance and ageing in the field. You’ll be hands-on with cell testing, data acquisition, and validating SoC/SoH algorithms on real systems. You will engage with suppliers, design test rigs, and develop plans to ensure ...

different aspects of performance from electrical, mechanical, thermal, ageing, and safety. Recommendations of which cell to select for each product, backed by the test data and the needs of the project. Data Analysis Analysis of cell test data and the generation of test reports to highlight … cell’s performance characteristics. Tracking selected cells through module and rack build, reviewing the build and test data at each stage to ensure consistent and predictable performance. Follow the cell’s operation in the field, using fleet data to spot trends in performance, safety and ageing. Algorithm Validation ...