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- Tasks: Develop cutting-edge silicon carbide technology for extreme environments and characterise semiconductor devices.
- Company: Join a leading university project focused on high-performance electronics in aerospace and defence.
- Benefits: Gain hands-on experience, work with industry leaders, and access development opportunities.
- Why this job: Be part of innovative research that pushes the boundaries of technology and impacts real-world applications.
- Qualifications: Must have a minimum 60% in MEng Electronic Engineering or Physics with semiconductor physics knowledge.
- Other info: Full-time campus-based role; applications close on 1st July 2025.
The predicted salary is between 36000 - 60000 £ per year.
Mixed mode electronic components for hostile environments. Whilst silicon based electronics has become an essential part of life, it is limited to operation in benign environments. The maximum operating temperature of 125 °C is not sufficient for a large range of applications across aerospace, defence, industrial processes or nuclear power and so alternative technologies are required.
The project is to focus on the development of silicon carbide technology that can operate at temperatures above 400 °C and in high dose radiation fields. The work will involve a combination of simulation work understanding the operation of high performance semiconductor components, their role within circuits and the experimental characterisation of the devices in a range of hostile environments. The work will also involve the materials characterisation of devices to understand failure modes and working with commercial semiconductor companies to design the next generation of parts.
The circuits to be developed will build on existing analog and digital fundamental functions, such as logic gates, amplifiers and signal conditioning to realise the development of resilient mixed mode (i.e. both analog and digital functions on a single chip). The project is funded for four years and is suited to applicants who have a good first degree in physics or electronic/electrical engineering with a good knowledge of semiconductor physics and transistor operation. Experimental semiconductor characterisation will be a significant advantage but is not necessary.
In addition to the research work, the successful candidate will engage with the development opportunities through the University and have the opportunity to spend time working alongside the sponsoring company and with companies that are active in the supply chain for high performance silicon carbide devices in the UK.
Eligibility Requirements:
- A minimum of 60% in an MEng degree in Electronic Engineering, Physics or a closely related field with semiconductor physics knowledge.
- Applicants cannot apply if they are already a PhD holder or if currently engaged in Doctoral study at Durham or elsewhere.
- Must be able to commit to campus-based full-time.
- To be classed as a Home student, candidates must be a UK National (meeting residency requirements) for the past ten years.
If a candidate does not meet the criteria above, they would not be eligible for consideration for the advertised project.
Modes of study: Full time
How to apply:
For further details on how to apply, and the link to Durham’s Postgraduate Application portal, see here. In the Postgraduate Application portal apply for the PhD-Engineering Course, Course Code: H1A201.
When completing the form on the application portal:
- On the funding tab select ‘yes’ you are applying for a scholarship, select ‘Other’, write ‘Horsfall’ in the name of the scholarship, and select 1st October 2025 as the start date. No scholarship documents are required.
- On the project course details tab write ‘Horsfall’ in Field of Study.
In addition to completing the form on the Postgraduate Application portal, ensure you upload the following additional documents to the portal:
- Curriculum Vitae (CV), maximum two pages.
- Two satisfactory academic references.
- Any other required documentation as listed on here.
Please ensure you follow all these steps to ensure your application is considered.
Deadline for applications: 1st July 2025
Start date of course: 1 October 2025
Mixed-mode hostile environment electronics employer: Durham University
Contact Detail:
Durham University Recruiting Team
alton.b.horsfall@durham.ac.uk
StudySmarter Expert Advice 🤫
We think this is how you could land Mixed-mode hostile environment electronics
✨Tip Number 1
Familiarise yourself with silicon carbide technology and its applications in hostile environments. Understanding the specific challenges and advantages of this material will help you stand out during discussions with potential employers.
✨Tip Number 2
Engage with current research and developments in semiconductor physics, particularly focusing on high-performance components. This knowledge will not only enhance your expertise but also demonstrate your commitment to the field.
✨Tip Number 3
Network with professionals in the semiconductor industry, especially those involved in silicon carbide devices. Attend relevant conferences or workshops to make connections that could lead to job opportunities.
✨Tip Number 4
Consider reaching out to Alton Horsfall for informal enquiries about the project. This shows initiative and can provide you with valuable insights that may strengthen your application.
We think you need these skills to ace Mixed-mode hostile environment electronics
Some tips for your application 🫡
Understand the Job Requirements: Carefully read the job description for the Mixed-mode hostile environment electronics position. Make sure you understand the qualifications needed, such as a good first degree in physics or electronic/electrical engineering, and knowledge of semiconductor physics.
Tailor Your CV: Create a CV that highlights your relevant experience and skills related to semiconductor physics and electronics. Keep it concise, ideally no more than two pages, and ensure it aligns with the requirements outlined in the job description.
Gather References: Secure two satisfactory academic references who can vouch for your qualifications and suitability for the role. Make sure to inform them about the position and provide them with any necessary details they might need to write a strong reference.
Follow Application Instructions: When applying through the Postgraduate Application portal, ensure you fill out all required fields accurately. Pay special attention to the funding tab and project course details, making sure to include 'Horsfall' where specified. Double-check that all documents are uploaded before submission.
How to prepare for a job interview at Durham University
✨Understand the Technology
Make sure you have a solid grasp of silicon carbide technology and its applications in hostile environments. Be prepared to discuss how this technology differs from traditional silicon-based electronics and why it's crucial for industries like aerospace and defence.
✨Showcase Your Knowledge of Semiconductor Physics
Since the role requires a good understanding of semiconductor physics, brush up on key concepts such as transistor operation and failure modes. Be ready to explain these concepts clearly, as they may come up during technical questions.
✨Prepare for Experimental Characterisation Questions
Even if you don't have extensive experience in experimental semiconductor characterisation, be prepared to discuss any relevant projects or coursework. Highlight your problem-solving skills and your ability to learn quickly in a lab environment.
✨Engage with the Company’s Vision
Research the sponsoring company and their role in the supply chain for high-performance silicon carbide devices. Show enthusiasm for the opportunity to work alongside them and how you can contribute to their goals in developing next-generation components.
