# THESIS WORK: VERIFICATION, MAINTENANCE AND UPGRADE OF THE STRESSOMETER SYSTEM TEST ENVIRONMENT at ABB

ABB is hiring a THESIS WORK: VERIFICATION, MAINTENANCE AND UPGRADE OF THE STRESSOMETER SYSTEM TEST ENVIRONMENT. Level rates it Little AI ●○○○; you can [apply on ABB](https://jobsbylevel.com/go/b91a9e23-6f2d-42fc-ae25-4bbe6d35b4db?utm_medium=ai-agent).

AI Level 1, AI centrality 28 out of 100. Vaesteras, Vastmanland County, Sweden.

## Details

- Company: [ABB](https://jobsbylevel.com/companies/abb)
- AI level: AI Level 1 (score 28 out of 100)
- Location: Vaesteras, Vastmanland County, Sweden
- Posted: November 10, 2026
- Apply: https://jobsbylevel.com/go/b91a9e23-6f2d-42fc-ae25-4bbe6d35b4db?utm_medium=ai-agent
- Free CV review for this job: https://jobsbylevel.com/cv-review?job=thesis-work-verification-maintenance-and-upgrade-of-the-stressometer-system-test-environment-at-abb-1879b5

## Description

At ABB, we help industries outrun - leaner and cleaner. Here, progress is an expectation - for you, your team, and the world. As a global market leader, we’ll give you what you need to make it happen. It won’t always be easy, growing takes grit. But at ABB, you’ll never run alone. Run what runs the world. This Position reports to: Technology Manager ABB Measurement & Analytics is a global leader in smart instrumentation and analysers, serving industrial and energy sectors with cutting-edge measurement solutions. With thousands of experts worldwide and a strong foundation in high-performance digital technologies, ABB is committed to helping customers operate more efficiently and profitably through precise and reliable data. This thesis project is embedded within ABB's Strategic Thrust — an ambitious initiative focused on advancing electromagnetic force and dimension sensors. As part of this effort, ABB is seeking innovative minds to tackle complex challenges at the heart of its product development. Your role and responsibilities Within the Force Measurement business line (BL), this thesis focuses on the Stressometer — ABB's flagship system for measuring strip flatness in rolling mills. The primary goal of this work is to verify, document, and upgrade the Stressometer system test environment to a state of the art environment allowing a high degree of automation and enabling use of AI. This requires ensuring it remains stable, reliable, and representative of real customer installations. The test environment is used to verify new features of the flatness measurement and control applications before they are introduced to our customers. You will work closely with the development team to remove legacy components, modernise the control architecture, and define a clear long-term vision for the test environment. Description Level M.Sc. thesis project, 30 ECTS, one student Duration approx. 1 year Business line Force Measurement, Västerås, Sweden Credits 30 ECTS / högskolepoäng (Master thesis, one semester) Number of students One Language English Background and Motivation The Stressometer system is used in rolling mills worldwide to measure the flatness profile across a metal strip with high precision, enabling real-time shape control. To validate the wide range of customer configurations, ABB maintains a dedicated system test environment that must closely mirror actual field installations. The current system test environment is rather complex and contains some legacy solutions and requires a high degree of detailed understanding of both the system under test as well as the system test environmetn itself. Testing is a key to ensure high quality of our products when new features and patches are to be applied. We need to increase our testing by automation on a higher degree using both traditional automation as well as usage of generative AI. Objectives / Content The thesis work is divided into coordinated phases: Phase 1 – Verification and Documentation: Audit the current hardware, network topology, and software configuration of the Stressometer test environment. Document deviations from the intended setup and produce a structured baseline report. Phase 2 –Simulator Update: Collaborate with the development team to update simulators according to identified needs, verify proper connectivity between the simulators and the system. Phase 3 – Removal of Legacy solutions: Implement the communication changes required for the simulators to operate with existing system test environment PLC. Once validated, remove the legacy solutions dependency entirely . Phase 4 – PLC Migration: replace the system test environment PLC with a more modern solution offering greater flexibility and maintainability. Define and implement a new concept for predefined test schedules utilizing ex. AI agents. Phase 5 – Vision Definition and Signal Platform Evaluation: Define a clear architectural vision for the upgraded test environment, identifying which components should

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