Founded at the Swiss Federal Institute of Technology in Lausanne in 2015, Wise Robotics is a team of six engineers with a background in robotics and embedded systems.
Wise Robotics provides customers with solutions tailored to their needs. Our engineers can help bring your idea to life, whether it is a complete new product, a modification to an existing project or anything in between.
At WISE Robotics we have a broad spectrum of practical experience consolidated by a strong theoretical background. We have worked on projects including robot localization, navigation and control as well as signal processing, sensor fusion, robot perception and machine learning.
Our engineers can design the electronic systems needed for your project, from choosing the components to designing the board layout.
Using our knowledge in mechatronics design and rapid prototyping such as 3D printing, we can swiftly develop and manufacture a functional prototype of your product idea. This allows for fast feedback in order to tailor your product to your market’s needs.
From ultra low power applications running on battery to powerful Linux-based solutions, our engineering team can design and program the system needed for your application.
Design and implementation of the electronics, firmware, communication stack and porting of a virtual machine based framework for a small mobile robot. It lays the ground for an education platform that allows the exploration of various concepts.
The device uses a set of image processing filters for digit extraction and neural network based classification for meter readout. The result is then transmitted over a low power wireless network to a custom logging server. This has been implemented in a battery powered product with low-power constraints.
Using an industrial LIDAR embedded on a robot in order to extract absolute position. This computed pose obtained is fused with odometry and inertial sensors to achieve better resolution and dynamic performance.
Spacecraft attitude determination using state-of-the-art Kalman filter based sensor fusion with low-power consumption constraints. Including integration in a real time embedded system of a nanosatellite.
Development of an energy storage module for a nanosatellite. The project included the electronics design of the primary power switch and mechanical design of a thermally insulated battery box. The challenges were the size and weight constraints as well as the resistance to the vibrations of the rocket launch environment.
Identification of basic motor intention based on motor imagery process. The project included data acquisition, pre-processing, feature extraction and classification using machine learning methods.
Development of a miniature motor controller board. The controller is capable of following a trajectory profile for torque, velocity and position setpoints. It is connected to a CAN-bus for control and configuration.
A binocular localization system was built and programmed for a self-stabilized platform. The system relied on vision feedback to extract and track stereo-feature pairs that were fused into a Kalman filter in order to infer position, attitude and velocity of the system.
Ready to start your next project with us? That’s great! Give us a call or send us an email and we will get back to you as soon as possible! You can also come visit us at our office:
Wise Robotics Sarl
Ch. du Closel 5
079 384 38 62