Fully Funded PhD in Cryogenic Power Electronics - University of Edinburgh

Fully Funded PhD in Cryogenic Power Electronics - University of Edinburgh

Deadline : September 30, 2025

The University of Edinburgh invites applications for a fully funded PhD in Cryogenic Power Electronics for superconducting drivetrains. Apply by 30 September 2025 to join world-leading research in net-zero aviation and wind energy.

The Institute for Energy Systems (IES) at the School of Engineering, University of Edinburgh is offering a fully funded PhD position in Cryogenic Power Electronics for Next Generation Superconducting Drivetrains.

This project addresses cutting-edge net-zero technologies including all-electric aviation and wind energy, exploring how superconducting cryogenic powertrains and wide-bandgap semiconductors can revolutionize power density and efficiency.

Fellowship / Position Summary

Title PhD in Cryogenic Power Electronics for Next Generation Superconducting Drivetrains

Organization/Publisher University of Edinburgh, School of Engineering - Institute for Energy Systems

Work Location Edinburgh, Scotland, UK

Research Field Power Electronics, Cryogenics, Superconducting Powertrains, Electrical Engineering

Funding Info Fully funded (3.5 years) - tuition fees + enhanced stipend + research costs

Required Qualification Bachelor's/Master's degree in Electrical Engineering, Power Electronics, or related field

Required Experience Knowledge of wide-bandgap semiconductors, PCB design, or power conversion (desirable)

Salary Details Enhanced PhD stipend + tuition + research funding (3.5 years)

Research Project Overview Background

Superconducting cryogenic powertrains are emerging as game-changing solutions in electric aviation and renewable energy. By integrating power converters into cryogenic environments, researchers can achieve:

• Enhanced energy efficiency
• Performance improvements in wide-bandgap semiconductors

Objectives

The project will focus on:

• Designing power modules and advanced gate driving strategies.
• Investigating PCB layouts for high-current, low-inductance circuits.
• Developing thermal management systems for cryogenic environments.

Why Choose Edinburgh?

The PhD student will:

• Work at the world-leading Institute for Energy Systems (IES).
• Access state-of-the-art labs dedicated to net-zero power conversion technologies.
• Join a multidisciplinary research team in power electronics and electrical machines.
• Benefit from research tied directly to industry-relevant challenges.

Funding & Duration

Funding: Covers tuition fees, enhanced stipend, and research costs.

Duration: 3.5 years full-time.

Start Date: Flexible (early applications encouraged).

Application Process How to Apply

Submit a formal application via the University of Edinburgh's online system.

Informal enquiries may be directed to Dr. Sebastian Neira Castillo at:

Deadline

30 September 2025 (12:00 UK time)

Early applications are strongly encouraged, as the position will be filled once a suitable candidate is found.

This article provides an overview of the PhD position in Cryogenic Power Electronics at the University of Edinburgh. All official details, eligibility clarifications, and application requirements should be verified directly through the University of Edinburgh's official postgraduate portal.