Partial Discharge Ageing in New Insulation Gases Fellowship is designed for highly motivated candidates with a master’s degree in high voltage or electric power engineering, or a closely related discipline, supported by a strong academic background. Applicants must meet the admission requirements of NTNU’s PhD programme and demonstrate English proficiency at CEFR B2 level or above. Candidates with prior experience in high-voltage insulation systems, ageing mechanisms, numerical modeling, simulations, and programming skills will be given preference, as these competencies are essential for advanced research in this field.
The Norwegian University of Science and Technology (NTNU) is the largest university in Norway and a global leader in technology-driven research and innovation. Based in Trondheim, with additional campuses in Gjøvik and Ålesund, NTNU brings together more than 43,000 students and 9,000 staff members across engineering, natural sciences, medicine, humanities, and social sciences. The university offers an internationally recognized research environment that supports cutting-edge doctoral studies and meaningful societal impact.
Benefits of Partial Discharge Ageing in New Insulation Gases Fellowship
- Competitive, fully funded PhD salary (NOK 550800 per annum)
- Access to a strong international research environment
- Dedicated supervision and mentoring
- Research funding and conference participation
- Pension scheme under the Norwegian Public Service Pension Fund
- Free Norwegian language courses (A2 level)
- Inclusive work culture with strong social and academic support
Eligibility for the Partial Discharge Ageing in New Insulation Gases Fellowship
- Eligible Countries: All countries
- Acceptable Course or Subjects: The scholarship will be awarded in Electric Power Engineering / High Voltage Engineering, within the PhD programme in Electric Power Engineering at NTNU.
- Admissible Criteria: To be eligible, applicants must meet all of the following criteria:
- Hold a Master’s degree in high voltage engineering, electric power engineering, or a closely related field (equivalent to a 5-year Norwegian degree, with 120 ECTS at Master’s level)
- Have a strong academic record, normally equivalent to Grade B or better on the NTNU scale
- Meet the admission requirements for NTNU’s PhD programme in Electric Power Engineering
- Demonstrate English language proficiency at CEFR B2 level or higher (IELTS, TOEFL, or equivalent)
- Show strong motivation, research potential, independence, and the ability to collaborate effectively.
Required Documents
- Cover letter (motivation and research fit)
- Project outline (research questions, methodology, and progress plan)
- CV
- Academic transcripts and diplomas
- Master’s thesis (or draft, if recently submitted)
- Documentation of English proficiency (if applicable)
- Publications (if any)
- Contact details of three referees
How to Apply for the Partial Discharge Ageing in New Insulation Gases Fellowship?
- All required attachments, including a description of your scientific work, must be submitted with the application
- Attachments are the main basis for application assessment
- Documents must be written in Norwegian, another Scandinavian language, or English
- Only information received by the application deadline will be considered
- Ensure your skills and experience clearly match the stated criteria
- Applications and attachments must be submitted electronically via Jobbnorge.no
- If shortlisted for an interview, certified copies of certificates and diplomas must be provided upon request
Frequently Asked Questions
This Partial Discharge Ageing in New Insulation Gases Fellowship is a three-year funded research position in Norway focused on partial discharge ageing in new insulation gases, requiring a relevant Master’s degree, English proficiency, research experience, and includes salary, benefits, project support, and opportunities within a collaborative technical community for sustainable insulation solutions.
What is the Partial Discharge Ageing in New Insulation Gases Fellowship?
The PhD fellowship is a fully funded three-year doctoral research position at a leading technical university in Norway focusing on the ageing and memory effects of partial discharge in new insulation gas mixtures, exploring alternative gases to SF6, analysing PD behaviour, decomposition influences, theoretical and computational modelling tasks with collaborative support and professional development opportunities.
Who can apply for this Partial Discharge Ageing in New Insulation Gases Fellowship?
Applicants should hold a relevant Master’s degree in high voltage or electric power engineering or equivalent, with strong academic results, and must be eligible for doctoral studies. Master’s students may apply if their degree is completed before the position starts in 2026 and eligibility for the PhD programme is secured.
What research will the fellowship focus on?
This research explores how partial discharge properties evolve over time in new insulation gas mixtures, how knowledge from SF6 behaviour can apply to alternatives, and the impact of gas decomposition products like ozone and CO, attempting to explain observed PD and ageing effects using established theory and computational models.
Where is the fellowship based and what project is it part of?
The fellowship is based at the Department of Electric Energy at a major Norwegian technical university in Trondheim. It forms part of the NEMEGIS project aimed at supporting the green transition by improving understanding of insulation performance in SF6-free switchgear and newer gas mixtures.
What skills and experience are preferred for candidates?
Preferred candidates have experience in high voltage insulation techniques, degradation or ageing of materials, numerical simulations like Finite Element or Finite Volume, programming in Python or MATLAB, and strong English skills. Personal qualities such as motivation and independent work are valued.
What are the language requirements for the Partial Discharge Ageing in New Insulation Gases Fellowship?
Candidates must demonstrate English language proficiency at least at the B2 level of the Common European Framework of Reference for Languages, with documentation often provided via recognised tests. Higher proficiency at the C1 level is advantageous but not mandatory.
What is the duration and funding for thePartial Discharge Ageing in New Insulation Gases Fellowship?
The appointment runs for three years and includes a competitive gross annual salary, membership in a public pension scheme, project working capital, and other employee benefits. Additional time may be offered for career-enhancing activities beyond core research.
What community and environment can candidates expect?
Fellows join an inclusive, collaborative research group with regular professional and social activities, supportive colleagues, and access to language training and mentorship. The university and Trondheim provide a vibrant academic life with networking and personal growth opportunities.
How does this fellowship address environmental and industry needs?
The research directly responds to industry and regulatory drivers to phase out SF6 due to its high global warming potential. By studying PD behaviour and ageing in alternative gases, the fellowship contributes to safer, sustainable insulation technologies for future electric power systems.
What is required in the application?
Applicants must submit a cover letter, project outline, CV, academic transcripts, diplomas, documentation of English proficiency, and contact information for referees. All documents should be in English or a Scandinavian language, and certified copies may be requested upon interview.
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