Jakob Vinje

• Lead the development of new anisotropic conductive films (ACFs) from idea to finished product. • Built and improved test systems and methods for measuring ACF performance. • Evaluated results and shared findings with colleagues to guide further development. • Provided technical support to customers using CondAlign’s products.

• Managed and maintained advanced characterization tools at NTNU NanoLab, including electron microscopes, atomic force microscopes, focused ion beam systems, optical microscopy, and spectroscopy. • Assisted academic and industrial users with projects, measurements, and training. • Designed hardware interlock systems to connect instruments with the online booking system. • Analyzed usage data to understand trends in laboratory and instrument activity. • Helped digitalize routines and processes in the cleanroom. • Contributed to outreach and promotion of NTNU NanoLab and the Norwegian infrastructure NorFab.

- Developing fabrication techniques for nanofabrication for nanoelectronics and magnetism. - Python programming for data analysis and creating designs for micro and nanofabrication

Overall project: development and application of a nano-structured platform for in-vitro cell studies 1. Designed and fabricated nanostructures using advanced lithography techniques. 2. Used electron and optical microscopy to study both the structures and cell behavior. 3. Carried out cell culture experiments, including specialized methods for growing and handling cells. 4. Analyzed experimental data with Python, combining quantitative and qualitative approaches.

Holdt overordnet kontroll og ansvar over gjennomføringen av Kjemidagen13, en bedriftsdag for studenter ved Industriell kjemi og bioteknologi, samt Nanoteknologi.

- Teste undervannskommunikasjonssystem på FMC-lab. - Studie: mulige applikasjoner av nanoteknologi innen subsea. - Assistere strukturering av testdokumentasjon. - Gjennomgang av produktkatalog - Arbeid med prosjektoversikt.

https://ntnuopen.ntnu.no/ntnu-xmlui/handle/11250/2725328

Master thesis entitled: "Photochemistry of a Nucleobase Relevant to the Formation of Malignant Melanoma. - using Spectroscopic Techniques to Study the UV-Induced Damage of Thymine on MoS2"

Exchange year in München