Offshore Simulator Centre
Sindre Skorpen has a diverse work experience starting in 2015 as an Apprentice Electrician at Relacom. Sindre then worked as an Electrician at Brattvaag Electro AS in 2018, where they participated in a national project to digitalize the meter reading process.
In 2019, Skorpen attended the Norwegian University of Science and Technology (NTNU) and completed a one-year preparatory course for engineering, focusing on subjects like physics, mathematics, ethics, academic writing, and technology history.
Skorpen continued their educational journey at NTNU as a Computer Science Student from 2020 to 2023. During this time, they also served as a Student Assistant, providing support and assistance to their peers. Additionally, they worked as a Student Mentor, collaborating with a first-year computer science student on math and object-oriented programming.
In 2021, Skorpen took on a volunteer role as a Business Relationship Manager for Syntax, a student organization at NTNU Ålesund. Sindre managed relations with local companies, established sponsorship deals, and assisted in organizing events.
Recently, Skorpen joined OSC AS in 2022 as a Software QA Tester, where they discovered and documented bugs and inconsistencies in the software Augment City provides. Sindre also designed mock-ups with design change suggestions. In 2023, they transitioned to the role of Unity Developer within the graphics department of OSC/Augment City, where they create graphics and UI solutions using Unity.
Sindre Skorpen obtained a General Journeyman Electrician (J) certification from OPPLÆRINGSKONTORET FOR ELEKTROFAG MØRE OG ROMSDAL in February 2018. From 2020 to 2023, they pursued a Bachelor's degree in Computer Science at the Norwegian University of Science and Technology (NTNU).
Offshore Simulator Centre
Offshore Simulator Centre simulators are using real physics and are therefore highly realistic. OSC is in a unique position of being able to use the same simulators for training and verification of complex, custom operations. They are using real physics and are therefore realistic.