MicroVision is a pioneer in MEMS-based laser scanning technology integrating optics, electronics, algorithms, and machine learning software in in-house systems. This integrated approach delivers solutions for automotive LiDAR sensors, augmented reality microdisplays, and interactive display modules. Since February 2023, after acquiring Ibeo Automotive Systems GmbH, 350 employees from over 30 nations work at sites in Hamburg, Nuremberg, and Redmond, USA, to make fast autonomous driving possible and safe. Role in the Sensor Development department.
- Development of optomechanical components and assemblies in collaboration with system and optics development, considering feasibility, space constraints, handling, manufacturing aspects, and series production suitability
- Creating mechanical studies and consulting on studies to meet customer requirements, detailed design, and, if needed, one-off production up to the "proof of concept" of first active samples
- Concepts for injection molding tools for initial prototypes and urgently needed accessories, as well as housing parts of existing sensors
- 3D prototype designs and implementation for prototype manufacturing and CNC small-batch production of new sensor concepts, mechanical parts or assemblies, and for mockups and general studies
- Design studies for new generations of LiDAR sensors, and implementation of special customer requests using conventional and new sensor technology
- Design of inspection, measurement, and testing fixtures in MicroVision's current portfolio, as well as derivation of all documentation, awarding and managing manufacturing, and sourcing special accessories
- Preparation of special documentation and drawings for customers
- Requesting and ensuring production capacity for small-batch manufacturing
- Supporting marketing with rendered visualizations, turntable animations, and explosion simulations to illustrate our products
- Assisting in the creation of targets for static calibration from design to production
- Solutions for concepts of alternative connection and assembly techniques to reduce space requirements
- General simulations for lab applications, software-assisted alignment, and theoretical 3D simulations
- Building and maintaining a 3D database, PDM, with products, projects, equipment, and purchased parts