Skip to content
PHD opening

3 Fully Funded PhD Positions in Sustainable Power Electronics, SiC Devices and AI – Cyprus University of Technology (MSCA CPEC)

Cyprus University of Technology · Department of Electrical Engineering, and Computer Science and Engineering · Cyprus

Back to openings

About this position

Three fully funded PhD positions at Cyprus University of Technology

Join CPEC – Circular Power Electronics Converters Design, a Horizon Europe Marie Skłodowska-Curie Doctoral Network training 15 Doctoral Candidates across Europe (Project No. 101312322).

International research experience and industry collaboration

Based at Cyprus University of Technology, successful candidates will join a European network of 15 doctoral researchers, undertake international secondments in academic and/or industrial settings, and benefit from academic and industrial supervision, joint training schools and consortium workshops.

Positions in Limassol, Cyprus

DC1 – Sustainable and Reliable Design of SiC Semiconductor Devices and Gate Drivers.

TCAD and mixed-mode modelling of SiC MOSFETs, gate drivers and degradation, linking performance, reliability and sustainability. Supervisor: Dr Neophytos Lophitis.

DC5 – Power Module Health Monitoring and Lifetime Estimation.

Physics-informed generative machine learning and Bayesian world models for SiC module health and remaining-useful-life prediction, supported by characterisation, accelerated ageing and degradation modelling. Supervisor: Prof. Sotirios Chatzis; supporting supervisor: Dr Neophytos Lophitis.

DC8 – Second-Life Modular Power Converters and Their Applications.

Assessment, derating, control and reconfiguration of modular SiC converters for safe second-life use, including experimental validation and environmental assessment. Supervisor: Dr Neophytos Lophitis.

Employment and training

36-month temporary, full-time employment contracts (38 hours/week), with social-security coverage and enrolment in a CUT doctoral programme. International academic/industrial secondments, network schools, workshops and technical and transferable-skills training are included.

Starting date:

January 2027 preferred. Later employment starts may be agreed no later than July 2027, with doctoral enrolment planned for September 2027, subject to CUT and MSCA requirements.

How to apply

Apply through the

official CUT doctoral application procedure

, submitting all documents required by the application system. Identify DC1, DC5 and/or DC8 and rank your preferences.

Deadline: 18 November 2026, 23:59 Cyprus time.

Consult the full vacancy announcement PDF for detailed research activities, preferred backgrounds and complete recruitment information. Key eligibility, funding and selection details are also provided below.

Enquiries:

DC1/DC8:

neophytos.lophitis@cut.ac.cy

; DC5:

sotirios.chatzis@cut.ac.cy

; administration:

kep@cut.ac.cy

.

Members only · Free to join

Sign in to see the full opening

Get the entry requirements, funding, the supervisor's contact and a link to the original advert.

  • Requirements
  • How to apply
  • Contact details

Free forever No credit card 30-second sign-up

Similar openings

Funding not stated 15 Dec 2026

(MSc/PhD)-FeFET-based in-memory computing for low-power edge artificial intelligence

Université de Sherbrooke · Interdisciplinary Institute for Technological Innovation (3IT)

  • Sherbrooke, Québec, Canada, Canada
  • Engineering » Electrical engineering

Context Edge AI requires low-power architectures that process data locally. Conventional systems are limited by repeated transfers between memory and computing units. Research project The project aims to design, model, simulate, and characterize a FeFET-array in-memory computing architecture to accelerate convolutional neural network (CNN) inference for edge-AI applications. The devices and circuits will be fabrica

Funding not stated 4 Jan 2027

Doctoral Student in Photonic Fluids and Frequency Combs

ETH Zürich

  • Zurich, Switzerland
  • Engineering » Electrical engineering

Doctoral Student in Photonic Fluids and Frequency Combs Our group explores new regimes of frequency comb physics — laser sources that generate thousands of evenly spaced spectral lines, acting as ultra-precise rulers for measuring light. We study liquid-like light in fast-gain semiconductor lasers, where strong nonlinear dynamics can produce stable and controllable broadband states. Our research combines semicondu

Funding not stated 31 Mar 2027

PhD offer -Ferroelectric memcapacitor functionality in a cryogenic environment

Université de Sherbrooke · Interdisciplinary Institute for Technological Innovation (3IT)

  • Sherbrooke, Québec, Canada, Canada
  • Engineering » Electrical engineering

Context: Recent advances in quantum computing have demonstrated the potential of several hardware platforms, ranging from superconducting circuits to spin‑based qubits implemented in silicon or germanium quantum dots. The latter approach is particularly attractive because it builds directly on mature CMOS technologies, offering a realistic pathway toward cost‑effective, compact, and industrially scalable quantum pro