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- Tasks: Design and test high-speed digital electronics for airborne radar systems.
- Company: Join a leading engineering consultancy with a strong reputation in the industry.
- Benefits: Work from home with occasional visits to Edinburgh; competitive hourly rate.
- Why this job: Great chance to enhance your skills in cutting-edge technology and make an impact.
- Qualifications: 5+ years in digital electronics design; degree in Electronics Engineering required.
- Other info: Must have the Right to Work in the UK and be eligible for SC Clearance.
Job Title: Digital Electronics Engineer
Location: Working From Home – with visits to Edinburgh 2+ days a month
Role Type: Contract – 12 months+
Rate: £70.00 – £80.00 per hour Inside IR35
Our client, an established engineering consultancy operating, require an experienced Digital Electronics Engineer to join their multi-disciplined team.
The Digital Electronics Engineer would be responsible for design, commissioning and test of high-speed digital electronics hardware, i.e. Printed Circuit Assemblies (PCA\’s) on complex systems for airborne Radar products.
Please note all candidates must have the Right to Work in the UK and be eligible to obtain UK SC Clearance. More info to be discussed at initial screening.
What the role of the Digital Electronics Engineer entails:
Some of the main duties of the Digital Electronics Engineer will include:
- Creating high-quality and robust digital electronics designs
- Documenting and recording deliverables
- Supporting integration & verification activities at hardware and system level
- Keeping designs under configuration control
- Providing progress reports
What experience you need to be the successful Digital Electronics Engineer:
- 5+ years\’ experience of designing high-speed digital electronics using the latest FPGA and/ or microprocessor devices and high-speed interconnect technology
- Degree (BSc/ BEng/ MSc/ MEng) in Electronics Engineering or equivalent
- Experience of high-speed serial communication interfaces/ protocols (e.g. PCIe, Ethernet/ IEEE802.3, SPI, I2C, etc.) and high-speed bus architectures (e.g. DDR3/4)
- Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/ power planes, decoupling, etc.
- Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA\’s
- Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent
This really is a fantastic opportunity for a Digital Electronics Engineer to progress their career. If you are interested please apply as soon as possible as this position will be filled quickly so don\’t miss out!
Services advertised by Gold Group are those of an Agency and/or an Employment Business.
We will contact you within the next 14 days if you are selected for interview. For a copy of our privacy policy please visit our website.
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Digital Electronics Engineer employer: Gold Group
Contact Detail:
Gold Group Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land Digital Electronics Engineer
✨Tip Number 1
Make sure to highlight your experience with high-speed digital electronics in conversations. Be prepared to discuss specific projects where you've designed or tested PCAs, as this will demonstrate your hands-on expertise.
✨Tip Number 2
Familiarise yourself with the latest FPGA and microprocessor technologies. Being able to speak confidently about these during interviews can set you apart from other candidates.
✨Tip Number 3
Network with professionals in the field of digital electronics. Attend relevant webinars or local meetups to connect with others who might provide insights or referrals for opportunities at companies like ours.
✨Tip Number 4
Prepare to discuss your experience with signal integrity and power integrity analysis. Having examples ready will show that you understand the complexities involved in high-speed design, which is crucial for this role.
We think you need these skills to ace Digital Electronics Engineer
Some tips for your application 🫡
Tailor Your CV: Make sure your CV highlights your experience in designing high-speed digital electronics, particularly with FPGA and microprocessor devices. Use specific examples that demonstrate your skills in high-speed interconnect technology and serial communication protocols.
Craft a Strong Cover Letter: Write a cover letter that clearly outlines your relevant experience and why you are a good fit for the Digital Electronics Engineer role. Mention your hands-on experience with integrating hardware, firmware, and software, as well as your familiarity with signal integrity analysis.
Highlight Relevant Qualifications: In your application, emphasise your degree in Electronics Engineering or equivalent qualifications. Make sure to mention any additional certifications or training that relate to high-speed digital design techniques.
Showcase Your Problem-Solving Skills: Include examples in your application that demonstrate your ability to create robust designs and support integration and verification activities. Highlight any challenges you've faced in previous projects and how you overcame them.
How to prepare for a job interview at Gold Group
✨Showcase Your Technical Expertise
Be prepared to discuss your experience with high-speed digital electronics design, particularly with FPGA and microprocessor devices. Highlight specific projects where you successfully implemented high-speed communication protocols like PCIe or Ethernet.
✨Demonstrate Problem-Solving Skills
Expect questions that assess your ability to troubleshoot and resolve issues in digital electronics. Prepare examples of challenges you've faced in past projects and how you overcame them, especially in integration and verification activities.
✨Understand the Role Requirements
Familiarise yourself with the key responsibilities outlined in the job description. Be ready to explain how your skills align with creating robust designs, documenting deliverables, and maintaining configuration control.
✨Prepare for Scenario-Based Questions
Anticipate scenario-based questions that may involve signal integrity analysis or power integrity issues. Think through your approach to these scenarios and be ready to discuss the tools you would use, such as Hyperlynx SI/PI.