Odin

Methodology in Product Design (APD1) 2024

In the upcoming years, autonomous driving technology is set to revolutionize long-distance trucking, liberating individuals from the constraints of extended time away from home. Despite the continuous advancements in autonomous systems, human oversight remains essential. Remote operators will continue to play a crucial role. Introducing Odin, an innovative remote operator system designed to enhance autonomous trucks capabilities through the integration of Augmented Reality (AR) and Virtual Reality (VR). Odin can be customized to align with the preferences and requirements of its human operators. Receiving vital updates on the truck’s condition, operators can promptly intervene using a joystick if the vehicle encounters obstacles hindering its progress. Odin strives to strike a balance between the power of automation and human involvement.

Odin — the remote operator system of the future

In the upcoming years, autonomous driving technology is set to revolutionize long-distance trucking, liberating individuals from the constraints of extended time away from home. Despite the continuous advancements in autonomous systems, human oversight remains essential. Remote operators will continue to play a crucial role in ensuring the efficiency and safety of logistics operations.

Our journey into this transformative realm began with immersive visits to various research and testing facilities of Einride, including the dynamic testing track at Astazero. It was within this environment that we deepened our understanding of autonomous systems, particularly in the context of remote vehicle control. It became evident that the remote operator control center held untapped potential, as the current state revealed disorganization and a mix of different components, still in its early developmental stage.

Subsequently, we engaged in enlightening interviews with industry experts, delving into the intricacies of designing a remote operator control center. The focus extended to understanding the legal regulations in both the United States and the European Union. Guided by a forward-looking perspective, we committed to a timeframe of 10 to 15 years, enabling us to envision a future where technological solutions dissolve existing restrictions.

Our collaboration with human factors experts proved instrumental, providing support throughout the entire design process. Building upon the acquired knowledge, we conducted comprehensive tests and user interviews using cardboard mockups. The insights gained paved the way for a modular solution, empowering users to customize the setup to align with their preferences, enabling a future where logistics are not only efficient but also uniquely tailored to individual needs.

Introducing Odin, an innovative remote operator system designed to enhance Einride autonomous trucks capabilities through the integration of Augmented Reality (AR) and Virtual Reality (VR). Constructed with a modular approach from its core, Odin can be customized to align with the preferences and requirements of its human operators. Utilizing lightweight AR/VR glasses, operators can track the assigned trucks along various routes in real-time. Receiving vital updates on the truck’s condition, operators can promptly intervene using a joystick if the vehicle encounters obstacles hindering its progress. Odin strives to strike a balance between the power of automation and human involvement, paving the way for a future where logistics are both efficient and safe.

Cosima Pauli

Master's Programme in Advanced Product Design

Pierre Brand

Master's Programme in Advanced Product Design
Process

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Final result