Postdoc: Unconventional Computation & Nanomagnetism

Ntnu; Trondheim; On-site; NOK 600,000 - 734,000; Full time

Job summary

NTNU's Department of Computer Science invites applications for a four-year postdoctoral fellow in unconventional close-to-physics computation, focusing on reservoir computing models using nanomagnet metamaterials. The position is part of an international, multidisciplinary environment and includes opportunities for collaboration and career development.

The successful candidate will contribute to research proposals, dissemination, and outreach, with supervision of students and potential teaching

Qualifications

• You must have completed a doctoral degree in Computer Science.
• Documented experience in unconventional computing systems (e.g., publications).
• Documented experience with nanoscale metamaterial computational substrates (e.g., publications and/or experimental experience).
• Demonstrated ability to work independently as well as collaboratively.
• Good oral and written presentation skills in English.

Responsibilities

• Research at an excellent level.
• Academic publications at top-tier venues and popular science dissemination.
• Apply for research funding and write applications and report on progress to funding sources.
• Participate in international activities such as conferences and/or research stays at foreign educational institutions.
• Supervision of students and contribute to relevant teaching activities.
• Mentoring PhD students, helping them with their research projects.
• Participating in relevant experimental work at international research infrastructures.
• Other career-promoting work.

Skills

Unconventional computing

Nanoscale metamaterials

GPU-based systems

HPC-based simulations

International collaboration

Education

Doctoral degree in Computer Science

Tools

GPU-based systems

HPC-based simulations

Job description

NTNU's Department of Computer Science invites applications for a four-year postdoctoral fellow in unconventional close-to-physics computation, focusing on reservoir computing models using nanomagnet metamaterials. The position is part of an international, multidisciplinary environment and includes opportunities for collaboration and career development.

The successful candidate will contribute to research proposals, dissemination, and outreach, with supervision of students and potential teaching