PhD Position in Fabrication of Novel Quantum Materials for Spintronics at NTNU Norwegian University of Science and Technology in Norway

The Department of Materials Science and Engineering at the Norwegian University of Science and Technology (NTNU) invites applications for a PhD position focused on the fabrication of novel quantum materials for future quantum technology and spintronics. NTNU is Norway's leading educational and research environment in materials engineering, materials chemistry, and materials science, with a strong technical-scientific profile and a commitment to professional education. The university is headquartered in Trondheim, a vibrant European city known for its rich cultural scene and technological innovation.

This interdisciplinary project aims to engineer quantum materials that unify topological and magnetic properties, enabling new interface functionalities in spintronics. The research combines elements from physics (magnetic and topological properties), chemistry/material technology (fabrication of nanomaterials), and electronics (quantum devices). The successful candidate will join the Functional Materials and Materials Chemistry Research Group (FACET), working with pulsed laser deposition to create and characterize thin films and heterostructures. Key duties include fabricating heterostructures using pulsed laser deposition, developing electronic devices with lithography, participating in multidisciplinary research activities, characterizing electronic and magnetic functionality, applying for beamtime at international facilities, guiding master students, and disseminating research results through scientific publications.

Applicants must hold a completed master's degree (or equivalent) corresponding to a five-year Norwegian course with 120 credits at master's level. A strong academic background in solid-state physics, materials science, materials chemistry, electronics engineering, nanotechnology, or equivalent is required, with a minimum average grade of B or better on NTNU's grading scale. Excellent written and oral communication skills are essential. Non-native English speakers or those not from Scandinavia must provide documentation of English proficiency (TOEFL, IELTS, or Cambridge CAE/CPE). Optional teaching duties require Scandinavian language skills. Preferred qualifications include experience with physical deposition methods, functional materials, electronic transport measurement, and nanofabrication. Personal qualities such as independence, creativity, diligence, and collaborative skills are highly valued.

The position offers a gross annual salary of NOK 550,800, with a 2% statutory contribution to the State Pension Fund. The employment period is three years, with the possibility of extension to four years if teaching duties are included. Additional benefits include working capital for the project, access to employee benefits, free Norwegian language training at a basic level, and favorable terms as a member of the Norwegian Public Service Pension Fund. NTNU provides a supportive and inclusive working environment, career guidance, and a mentor program for new employees.

To apply, submit your application and supporting documents electronically via Jobbnorge.no by the deadline of 2nd August 2026. Required documents include transcripts and diplomas for Bachelor's and Master's degrees, CV and certificates, a motivation letter, academic works, documentation of English skills, and names/contact information of three referees. If invited to an interview, bring certified copies of certificates and diplomas. For further information, contact Associate Professor Ingrid Hallsteinsen ([email protected]).

NTNU values diversity and encourages applications from candidates of all backgrounds. The university's vision is 'Knowledge for a better world,' and it strives to reflect the diversity of society in its workforce. The Department of Materials Science and Engineering is a driving force for the development of innovative materials and new manufacturing processes, vital for the green shift and sustainable future.