Available AI tools and their utilization in day-to-day business

This thesis examines the available AI tools at Bayer, focusing on Bayer's EMEA CS PS department, and analyzes how those tools are perceived, accepted, and used to derive concrete recommendations for future AI applications and usage.

Ronny Grieder, 2025

Type of Thesis Bachelor Thesis
Client Bayer CropScience Schweiz AG
Supervisor Simic, Radovan
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Bayer has introduced several AI tools in recent years, where myGenAssist and Microsoft Copilot have been revealed to be the most impactful. However, it remained unclear how well these tools are known, adopted, and aligned with daily tasks in the EMEA CS PS department. Limited awareness, acceptance barriers, and a lack of transparency risk reducing the value generated from these technologies.
The study combines a literature review on technology acceptance and human–AI collaboration with an analysis of Bayer’s internal AI tool landscape. Additionally, semi-structured interviews were conducted with employees from various countries and roles. The gathered responses were analyzed using the Technology Acceptance Model and the Task–Technology Fit framework.
The findings reveal that identified AI tools, and especially generative AI, are already embedded in many workflows, improving efficiency, knowledge access, and creativity. Key success factors include trust in those systems, clear use cases, prompt engineering skills, and organizational support. Barriers persist in uneven awareness, skill gaps, and limited resources to learn more about those tools. Based on this, concrete recommendations for Bayer include targeted training and awareness programs, expanded internal support structures, and initiatives to foster a culture that positions AI as a supportive tool. In addition, the concept of designated team internal Power Users that can act as knowledge multipliers and bridge existing knowledge gaps was introduced. Implementing these measures can unlock efficiency gains, empower employees, and ensure a responsible AI integration. Implementing these measures can unlock efficiency gains, empower employees, and ensure a responsible AI integration.
Studyprogram: Business Information Technology (Bachelor)
Keywords AI, Generative AI, Bayer, TAM, TTF
Confidentiality: vertraulich
Type of Thesis
Bachelor Thesis
Client
Bayer CropScience Schweiz AG, Basel
Authors
Ronny Grieder
Supervisor
Simic, Radovan
Publication Year
2025
Thesis Language
English
Confidentiality
Confidential
Studyprogram
Business Information Technology (Bachelor)
Location
Basel
Keywords
AI, Generative AI, Bayer, TAM, TTF