Gestalt Robotics
Jan Nouruzi-Pur is a Robotics Software Engineer at Gestalt Robotics since November 2021, where prior experience includes a role as a Working Student from May 2019 to March 2021, focusing on various aspects of autonomous mobile robotics applications. Contributions involved the development of multi-robot control system architectures using ROS1, ROS2, MQTT, ZeroMQ, and HTTP, as well as optimization techniques for robot mapping and state machine systems. Earlier experience includes roles at ArtiMinds Robotics as a Trainee and R&D Engineer Intern, where significant projects involved automated assembly with a force-sensitive robotic arm and development of object manipulability features. Additionally, Jan worked as a Student Research Assistant at the Institute for Automation and Applied Informatics, contributing to data storage implementations for evolutionary algorithms. Academic qualifications include a Master of Science in Computational Engineering Science from Technische Universität Berlin and a Bachelor of Science in Mechanical Engineering from Karlsruhe Institute of Technology.
Gestalt Robotics
Gestalt Robotics is a software and solution provider working at the interface of classic industrial automation and artificial intelligence. We accompany our clients in the innovation process from ideation through prototyping to the integration of finished products. In addition to software development, the range of services includes consultingactivities (e.g. feasibility studies and automation concepts) as well as support for the customer after the end of the project. Based on the extensive technical experience and expertise of the core team in applied research, Gestalt Robotics serves the ever growing demand for automation solutions from companies in various industries, but with a clear focus on manufacturing. The core of the business model of GESTALT Robotics is the project-based development of tailored software for the four application fields: (data-efficient) AI-powered image processing in 2D and 3D, intelligent robotics, (edge) platform services for autonomous mobility and innovative worker assistance systems.