This is a tremendous opportunity for an energetic and enthusiastic electronics engineer to play a critically important role as we continue to drive growth with an exciting range of world-leading products. Part of a small but highly skilled design team, you will have high levels of responsibility and visibility and be able to make a real difference to the products and performance of the business, developing in your career whilst being able to really see the impact of your efforts.
The work is varied, interesting, and demanding as we expect high standards for quality and performance. With good theoretical and practical technical knowledge, you will be responsible for designing and supporting the manufacture of electronics that are integral to the function and performance of our products. Main responsibilities will include:
Designing and developing solutions to support data acquisition and control of new educational products including: printed circuit board design, development and validation; firmware development and validation; integration with controllers, instrumentation, drives, etc.
Producing and maintaining technical documentation, updates to drawings, bill of materials, manufacturing drawings, PCB manufacturing files, etc.
Providing technical support for on-site manufacturing and test to quickly resolve issues and keep production on track to meet customer delivery dates.
Overview
Location: Long Eaton, Nottinghamshire Hours: 37 hours per week Contract: Permanent, full time. Benefits: 6.51% employer pension contribution, 3 x salary life assurance, generous holiday entitlement, free parking. Requirements
HND in Electronics or Electrical and Electronic Engineering 3+ years commercial electronic design experience, Analogue and Digital Including: Interfacing to instrumentation and transducers Signal conditioning (filtering, amplification, attenuation, etc.) Signal processing (including ADC & DAC) Interfacing to microcontrollers Schematic Capture and PCB Design Understanding PCB assembly and manufacturing processes Ability to build, test & debug prototypes Knowledge and experience of C programming Use of MRP/ERP systems to control bill of materials Knowledge of IPC-A-610 / IPC Standards Knowledge of design for EMC Familiarity with Low Voltage and EMC directives (CE Marking) Knowledge of Design for Manufacturing (DFM) & Design for Testability (DFT) techniques Use of EDA software – Pulsonix (preferred) and OrCAD Programming in C++, C# Familiar with MRP systems (e.g., AXAPTA, SAP) Experience of real-time firmware, preferably with C++ Knowledge of microcontrollers, ADCs, DACs & communication interfaces such as I2C, SPI & USB Strong problem-solving ability and critical thinking Able to meet deadlines and deliver to set goals Familiar with design for manufacturing (DFM) and design for feasibility (DFT) techniques
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Location: Long Eaton, Nottinghamshire Hours: 37 hours per week Contract: Permanent, full time. Benefits: 6.51% employer pension contribution, 3 x salary life assurance, generous holiday entitlement, free parking. Requirements
HND in Electronics or Electrical and Electronic Engineering 3+ years commercial electronic design experience, Analogue and Digital Including: Interfacing to instrumentation and transducers Signal conditioning (filtering, amplification, attenuation, etc.) Signal processing (including ADC & DAC) Interfacing to microcontrollers Schematic Capture and PCB Design Understanding PCB assembly and manufacturing processes Ability to build, test & debug prototypes Knowledge and experience of C programming Use of MRP/ERP systems to control bill of materials Knowledge of IPC-A-610 / IPC Standards Knowledge of design for EMC Familiarity with Low Voltage and EMC directives (CE Marking) Knowledge of Design for Manufacturing (DFM) & Design for Testability (DFT) techniques Use of EDA software – Pulsonix (preferred) and OrCAD Programming in C++, C# Familiar with MRP systems (e.g., AXAPTA, SAP) Experience of real-time firmware, preferably with C++ Knowledge of microcontrollers, ADCs, DACs & communication interfaces such as I2C, SPI & USB Strong problem-solving ability and critical thinking Able to meet deadlines and deliver to set goals Familiar with design for manufacturing (DFM) and design for feasibility (DFT) techniques
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