• Lead the design and development of internal tools that support game development, build pipelines, and developer workflows • Design, implement, and maintain build systems and CI/CD pipelines as first-class tools used daily by the engineering team • Develop robust, maintainable tools and automation using C#, Python, and Bash • Gather requirements from engineers and other disciplines, translate them into practical tooling solutions, and iterate based on feedback • Improve and optimize existing tools, build processes, and pipelines for reliability, performance, and usability • Work with command-line–driven build systems, including Unity batch mode, Xcode CLI, and similar tooling • Design and maintain cloud-backed tooling and infrastructure using AWS CDK and CloudFormation where appropriate • Take ownership of critical shared tools and systems, ensuring they remain stable, well-documented, and easy to evolve • Provide technical leadership and mentorship to other engineers, particularly around tooling, build systems, and CI/CD best practices. • Identify systemic workflow or productivity issues and propose well-thought-out tooling solutions • Participate in and help guide code reviews, architectural discussions, and engineering best practices • Collaborate with all departments to ensure our tools and systems make teams efficient and our games great

• Oppstart og testing av større generatorer • Stillstands kontroller • Ringprøve av statorblikk samt beregning av denne • PD/tangens delta målinger

• Contribute to fuel design optimization, testing, verification, and regulatory licensing for nuclear reactor performance evaluation • Advance thermal-hydraulic technologies through testing for system efficiency and safety • Use CFD for modeling reactor system thermal hydraulics • Develop programs to support thermal-hydraulic analyses and simulations • Provide technical support for reactor system assessments, including MCO, leakage, and hydrodynamic analyses • Ensure compliance with NRC regulations and nuclear quality standards • Collaborate with international teams across various time zones • Maintain integrity and accountability with attention to detail • Work effectively in teams and demonstrate strong interpersonal skills • Pursue continuous improvement with a positive attitude • Communicate effectively both orally and in writing • Apply strong analytical and problem-solving skills

• Conduct independent and team-based research to develop and advance key components of a wide-area, heterogeneous quantum network • Lead the design, simulation, and optimization of integrated photonic devices and circuits tailored for quantum information processing, sensing, and communication applications • Design photonic circuits that support quantum algorithms and protocols, ensuring high fidelity and scalability of quantum systems • Interface integrated photonics with light sources, detectors, and control systems, contributing to the development of robust, scalable quantum devices • Contribute to system-level design and optimization for efficient data transfer, processing, and quantum entanglement in integrated photonics setups • Support photonic tape-out process for integrated photonic circuits, coordinating with fabrication teams to ensure that designs meet specifications and are optimized for fabrication at leading-edge photonic foundries • Directly participate in the design and testing of integrated photonic devices, including working with photonic simulation software (e.g. Ansys Lumerical, COMSOL, or similar) performance optimization • Use layout software (e.g. GDSFactory, KLayout, or similar) to design integrated photonic circuits • Design integrated photonic devices and systems with an emphasis on scalability, reliability, and manufacturability, ensuring compatibility with large-scale quantum systems.