This thesis investigates how a UR3 robot can automate PCB testing in a lab environment to improve efficiency and reduce manual workload. The results show that while a built-in control system offers high repeatability, a more advanced setup using external programming enables greater flexibility, highlighting both the potential and challenges of robotic automation in lab-scale testing. Read the full thesis Authors: Alexander Forslind & Alexander Smith Examiner: Björn Johansson

This thesis at AC Floby analyzes OEE performance on a brake disc production line and shows that improving availability through better data quality, standardized downtime reporting, and maintenance practices can significantly increase production efficiency. Read the full thesis Authors: Ivar Nyholm & Ivar Persson Examiner: Torbjörn Ylipää Supervisor: Torbjörn Ylipää Co-supervisor: Lena Morén Year: 2025 This thesis was conducted at AC Floby, a company that partly produces brake

This thesis uses Siemens Plant Simulation to optimize calibration scheduling for radiation monitoring products, showing that smarter machine utilization and workflow planning can greatly reduce processing time and increase productivity. Read the full thesis Authors: Anton Ljungberg & Anton Martinez Examiner: Björn Johansson Supervisor: Hao Wang Year: 2024 The company in question is a company specializing in dosimetry and manufactures radiation monitoring systems that measure

This thesis explores how VR-based simulation of a drone assembly line at Chalmers can support ergonomic analysis and engineering decisions, while showing that differences between virtual and real environments still affect reliability. Read the full thesis Authors : Felix Nilsson & Medina Salihovic Examiner : Björn Johansson Supervisor : Henrik Söderlund Year : 2024 The content of the completed degree work consists of a practical part in the form of a simulation model, and a

This thesis investigates how video-based tools from EyeAtProduction can improve root cause analysis of production disturbances by giving operators access to footage before failures occur and strengthening operator involvement in problem solving. Read the full thesis Author: Elias Tengelin Examiner: Torbjörn Ylipää Supervisor: Torbjörn Ylipää Co-supervisor: Anders Tingström Year: 2023 Production disturbances continue to be a major issue in the modern factories. It is also evid

This project explores how smart glasses with augmented reality can support maintenance workers at Plasman by providing hands-free information that improves productivity, working conditions, and operational efficiency. Read the full thesis Author: Kristian Charbel Saker Examiner: Björn Johansson Supervisor: Hao Wang Co-supervisor: Sven Erixon Year: 2023 Smart glasses are an augmented reality (AR) solution, which can provide necessary information to the maintenance works. This