Autonomous vehicle interface
A new kind of workstation where Einride’s electric-autonomous vehicles are live-monitored by remote operators. Providing a more consistent work environment for truck drivers, closer to home.
Einride is the world’s leading provider of digital, electric and autonomous shipping technology. As part of their offer they need to provide a way for operators to monitor and control the autonomous trucks remotely. In assisting Einride, our mission was to contribute to the design of an innovative workstation tailored for the future generation of truck drivers. The focus was on modularity and ergonomics, all while streamlining logistics and optimizing production processes.
The Remote Autonomous Vehicle Interface is a minimalistic and modular workstation. Crafted with a sturdy wooden frame complemented by a back panel from recycled PET felt, it creates a secluded and acoustically insulated sanctuary for the remote operator. The design seamlessly integrates clean lines and carefully selected materials, imparting a human touch and ensuring its compatibility with office environments. This thoughtful design not only aligns with sustainability principles but also adheres to ergonomics and a minimalist aesthetic that remains true to the Einride brand.
A new way forward. A more consistent work environment, closer to home. Introducing trucking’s new career path.
Design process
After identifying the needs and defining the purpose of the workstation, we started sketching and embarked on an extensive ideation process. Our goal was to offer a spectrum of options, ranging from straightforward desk solutions to an entirely new experience. The ideas converged into a single design direction, which we then explored further through the use of 3D modeling. Collaborating closely with Einride, we delved deeper into the concepts, ultimately culminating in the selection of a definitive design. To gain a tangible sense of dimensions and assess the design’s practicality, we crafted a 1:1 mock-up using plywood. This hands-on approach allowed us to refine the design, incorporating crucial adjustments, and ensuring a thorough exploration before presenting the finalized drawings to the prototype manufacturer.
