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Find­ing the Root Caus­es of Prob­lems with AI, FHNW School of Engineering and Environment

School of Engineering and Environment


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How can problems in businesses be solved systematically? In collaboration with Aksena Switzerland, FHNW is developing AI-powered tools to help experts identify the root causes of problems and work towards suitable solutions. The project combines an interactive AI tutor with a team of specialised AI agents that work together to support the analysis.

Concept illustration of AI guided root cause analysis
Concept illustration of AI guided root cause analysis

Background

When problems arise in businesses, their underlying causes are often not immediately obvious. Finding sustainable solutions requires experts to gather information, understand relationships and systematically investigate possible causes.

Aksena Switzerland supports businesses in this process through its Business Improvement System (BIS), which brings together various methods for improving business processes. The company also provides knowledge and resources through its online learning platform, ProErigo. The challenge lies in applying this knowledge to specific problems encountered in day-to-day operations. This is where the joint project with FHNW comes in: artificial intelligence is intended to guide experts through the analysis and support them in applying appropriate methods.

Goals

The aim of the project was to develop AI-powered tools to guide experts through root cause analysis, from defining the problem to documenting the findings. The project investigated how an AI tutor could communicate existing methodological knowledge and how several specialised AI agents could work together to analyse a specific case.

Results

The project resulted in two complementary solutions. An interactive workspace guides users through four phases of root cause analysis. It helps them define the problem precisely, investigate possible causes and export their findings to a Word document. The integrated ProErigo AI Tutor answers questions about the methods and recommends relevant training videos, tools and templates from Aksena’s course materials.

The second solution uses several specialised AI agents that work together to analyse a case. They ask for missing information, support users in selecting and applying suitable methods, and review interim results. If an approach proves ineffective, they adapt the process. Finally, they generate a structured report.

The multi-agent system was tested on 16 reference cases and assessed by industry experts. The results demonstrate that the approach is technically feasible. Whether the tools also lead to better outcomes in real customer projects remains to be established.

Outlook

The next step is to test the developed tools with experts and pilot customers using real-world problems. These trials will show how well the AI support works in practice and what tangible benefits it can offer businesses.

Projektdetails

Type
Research project
Research field
Business processes
Topics
Artificial intelligence and machine learning, Digitisation and digital transformation
School
FHNW School of Engineering and Environment / Institute of Business Engineering
Partners
Aksena Schweiz GmbH
Funding
Hightech Zentrum Aargau
Duration
1 year
Team
FHNW: Prof. Dr. Björn Klocke, research lead, and Khodor Kandouli, Technical AI lead and MSE master’s thesis.

Aksena: Dr. Sven H. Danielsen, project lead, Henning Baken, Jardar Iversen (Aksena’s technical lead) and Thobias Knudsen.

Contact

Björn Klocke

Prof. Dr. Björn Klocke

Head of FHNW Institute of Business Engineering
Phone
+41 56 202 73 45
E-Mail
bjoern.klocke@fhnw.ch

School of
Engineering and Environment FHNW University of Applied Sciences and Arts Northwestern Switzerland

  • About the School
    • FHNW School of Engineering and Environment
    • Degree Programmes
    • Continuing Education
    • Collaboration in Research and Services
  • Social Media
    • LinkedIn
    • Instagram
    • Facebook
    • TikTok
    • YouTube
  • About FHNW
    • Organisation
    • Schools
    • Locations
    • FHNW Library
    • Media Relations
  • Support
    • IT Support
    • Inside FHNW
    • Webmail
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