At the course students adapt their theoretical knowledge to implement and tune a working solution to a real-life challenge.
After the course students
Project topics are unique for each instance of the course. Topics are driven by real needs of companies, communities and research groups. For each chosen topic, a project team of typically 5-8 members with different study backgrounds will be formed.
Robot positioning system based on UWB and Bluetooth 5 with our own algorithm
Based on LiDAR data, creating a detailed 3D map of UTU campus using LeGO-LOAM algorithm
The purpose of the project was to design, demonstrate and study immersive augmented reality.
The goal of the project is to integrate a payment terminal into existing web-based Point of Sale system that is widely used in beauty salons in Finland.
Using 3D lidars and deep cameras to gather pointcloud data from the cathedral and the ICT building to map the environment, and visualizing them with a web viewer.
The goal of this project was to develop a new security solution to an IoT device. We identified multiple ways how our given target platform (Thingsee One) could be attacked.
A smart home system consisting of networked embedded devices, a smart phone application, and a cloud service.
Project goals were to enable mobile use and resolve general usability issues faced by users of the current government tax card system.
Using 3D lidar sensor to gather pointcloud data from university campus and visualizing it with a web viewer.
Surgery waiting time prediction and analysis platform for Auria Clinical Informatics
The project innovates welding monitoring with SICK Ranger Cameras and lasers, enabling real-time defect detection.
