Full-Time

Senior Electronics Engineer

Posted on 5/9/2026

Spectrum Control

Spectrum Control

RF/microwave, microelectronics, security systems manufacturer

No salary listed

Norwich, UK

Hybrid

Hybrid work with on-site in Great Yarmouth; occasional travel to suppliers/customers.

Category
Electrical Engineering (1)
Required Skills
Circuit Design
Requirements
  • Bachelor’s or Master’s degree in Electronic Engineering or a related discipline
  • 5+ years’ experience in aerospace, defence, or high-reliability electronics
  • Strong background in analogue and/or mixed-signal circuit design
  • Proven experience with chip-and-wire / chip-and-bond wire technologies, including die attach and wire bonding
  • Experience supporting legacy or sustaining engineering activities
  • Strong understanding of electronic components and lifecycle risks
  • Hybrid microelectronics design and integration
  • Circuit simulation and analysis
  • Design for manufacturability
  • Component selection for high-reliability applications
  • Failure analysis and structured problem-solving
  • Ability to balance performance, cost, and manufacturability
  • Awareness of lifecycle and obsolescence considerations in design
  • Continuous improvement mindset
  • Strong cross-functional collaboration skills
  • Clear communication with technical and non-technical stakeholders
  • Detail-oriented and methodical approach
  • Ownership of design activities and technical decisions
  • Mentoring and supporting junior engineers
  • Proactive problem-solving and decision-making
  • Eligibility for full security clearance
  • Occasional travel may be required for supplier or customer engagement
Responsibilities
  • Lead the design and development of advanced RF circuits, subsystems, and system architectures
  • Lead the design and development of hybrid microelectronic circuits (chip-and-wire, die attach, and wire bonding technologies)
  • Take ownership of circuit design activities, including schematic capture, simulation, analysis, and validation
  • Support legacy product sustainment, including design updates, performance improvements, and issue resolution
  • Ensure designs meet high-reliability requirements for aerospace and defence applications
  • Work closely with manufacturing and process engineering teams to ensure design for manufacturability (DFM) and assembly robustness
  • Define and review schematics, layouts, and hybrid assembly drawings
  • Select and evaluate electronic components suitable for high-reliability and harsh environments
  • Support component lifecycle and obsolescence activities through informed design decisions and redesign where required
  • Participate in design reviews, verification activities, and technical sign-off processes
  • Lead or support root cause analysis and failure investigations on field or production issues
  • Collaborate with procurement and suppliers on component selection, qualification, and technical issues
  • Ensure compliance with relevant aerospace/defence standards, IPC standards, and internal quality processes
  • Provide technical leadership and mentorship to junior engineers and contribute to engineering best practices

Spectrum Control designs and manufactures high-reliability RF/microwave, microelectronics, EMI protection, power, and secure-systems solutions for defense, aerospace, commercial, and industrial customers. Its products include RF/microwave and millimeter-wave components, EMI filters and interconnects, power supplies for harsh environments, and secure hardware and software for trusted communications. The company differentiates itself as a global, one-stop provider with a broad catalog and in-house design, manufacturing, and integration across multiple high-reliability domains. Its goal is to deliver dependable, high-performance components and systems that enable safer communications, robust power delivery, and protected information systems for critical applications worldwide.

Company Size

N/A

Company Stage

N/A

Total Funding

N/A

Headquarters

Fairview, Illinois

Founded

1968

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Simplify's Take

What believers are saying

  • mmWave upconverter SiPs target FCC-expanded space TT&C spectrum access.
  • High-Q filters mitigate 5G C-band interference in avionics systems.
  • MIL-STD-461 EMI filters support military open-systems modernization.

What critics are saying

  • Rockwell Automation's Spectrum Controls diverts RF component search leads.
  • UK site consolidation causes talent loss and validation delays in 6-12 months.
  • Mercury Systems captures EW contracts with superior VPX digitizers.

What makes Spectrum Control unique

  • DirectRF 16-channel transceiver covers 0.1-36 GHz in single 3U VPX module.
  • SCi Blocks integrate Intel Agilex 9 FPGA for on-module signal processing.
  • SOSA-aligned modules standardize RF front ends across platforms.

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Benefits

Flexible Work Hours

Paid Vacation

Health Insurance

Pension Scheme with 6% Employer Contributions

Life Insurance

Employee Assistance Programme

Continuous Development and Career Progression Opportunities

Company News

Military Embedded Systems
Dec 10th, 2025
Wideband RF transceiver card targeting multi-mission EW payloads showcased at AOC 2025

Wideband RF transceiver card targeting multi-mission EW payloads showcased at AOC 2025. December 10, 2025 NATIONAL HARBOR, maryland. Spectrum Control is showcasing a 16-channel wideband radio-frequency transceiver card at AOC 2025 that is intended to condense electronic warfare, radar, and signals-intelligence front ends into a single 3U module. The DirectRF card combines eight transmit and eight receive paths on one 3U VPX plug-in, with the goal of giving system designers a common building block for different mission profiles, the company says. The module covers roughly 0.1 to 36 GHz and is built to handle wide slices of spectrum at once, which is aimed at receivers and transmitters that must watch for many signals or threats in parallel rather than tuning across bands, according to the statement. An Intel Agilex 9 field-programmable gate array (FPGA) on the card provides local signal processing and control so that some detection, filtering, or beam-control tasks can occur on the module instead of in a separate processor, Spectrum Control says. The design supports synchronization across multiple cards so that integrators can build out larger arrays for beamforming or direction finding without custom hardware, the company adds. The company describes the module as aligned with the Sensor Open Systems Architecture, or SOSA, Technical Standard, as well as VITA 49.2 profiles, which is intended to help primes and subsystem suppliers plug the card into existing modular open-systems racks and reuse the same RF front end across airborne, naval, and ground platforms.

Microwaves & RF
Jun 9th, 2025
Signal-Source SiP Pairs With mmWave Block Upconverter SiP

Spectrum Control (Booth #927) is unveiling its low-jitter, high-frequency signal source system-in-package (SiP) and 18- to 40-GHz mmWave block upconverter SiP at IMS 2025.

RF Design
May 27th, 2025
Spectrum Control to Unveil Compact Signal Source and mmWave Upconverter SiPs at IMS 2025

Spectrum Control to unveil compact signal source and mmWave upconverter sips at IMS 2025.

Microwave Journal
Jun 18th, 2024
Spectrum Control Announces Complete RF Front-End with Integrated Digital Control in a Surface-Mount BGA Package

Spectrum Control (IMS booth #208), an innovative leader in RF miniaturization and digital integration, announces an innovative new RF front end system-in-package (SiP) platform as part of its SCi Blocks(TM) family.

Microwave Journal
Jun 17th, 2024
Spectrum Control Introduces High-Q RF Filter Family with Dramatic Reduction in Filter Size

Spectrum Control introduces high-q RF filter family with dramatic reduction in filter size.