| Thesis title: |
Lean Six Sigma for Process Improvement in Software Development |
| Author: |
Vorotnikova, Kateryna |
| Thesis type: |
Bachelor thesis |
| Supervisor: |
Martínez, Felipe |
| Opponents: |
- |
| Thesis language: |
English |
| Abstract: |
This bachelor's thesis aims to provide solutions for process improvement in software development, focusing on reducing bugs and improving delivery times through implementing Lean Six Sigma (LSS). Using process mapping, CTQ definition, FMEA, and Pareto analysis, the study identifies critical inefficiencies. The findings are used to suggest targeted improvements, like a Poka Yoke mechanism and a customized Kanban system. It is anticipated that these actions will decrease the Risk Priority Number (RPN) of top issues, reduce Lead Time, and increase First Time Yield. The control strategy ensures long-term sustainability of advancements by incorporating the 5W1H framework. This study presents the process of adapting LSS tools to software development and a reproducible model for optimizing other software development processes. |
| Keywords: |
Bug Fixing; Lean Six Sigma; Software Development; Agile; DMAIC |
| Thesis title: |
Lean Six Sigma for Process Improvement in Software Development |
| Author: |
Vorotnikova, Kateryna |
| Thesis type: |
Bakalářská práce |
| Supervisor: |
Martínez, Felipe |
| Opponents: |
- |
| Thesis language: |
English |
| Abstract: |
This bachelor's thesis aims to provide solutions for process improvement in software development, focusing on reducing bugs and improving delivery times through implementing Lean Six Sigma (LSS). Using process mapping, CTQ definition, FMEA, and Pareto analysis, the study identifies critical inefficiencies. The findings are used to suggest targeted improvements, like a Poka Yoke mechanism and a customized Kanban system. It is anticipated that these actions will decrease the Risk Priority Number (RPN) of top issues, reduce Lead Time, and increase First Time Yield. The control strategy ensures long-term sustainability of advancements by incorporating the 5W1H framework. This study presents the process of adapting LSS tools to software development and a reproducible model for optimizing other software development processes. |
| Keywords: |
Software Dvelopment; Agile; DMAIC; Lean Six Sigma; Bug Fixing |
Information about study
| Study programme: |
Bachelor of Business Administration |
| Type of study programme: |
Bakalářský studijní program |
| Assigned degree: |
Bc. |
| Institutions assigning academic degree: |
Vysoká škola ekonomická v Praze |
| Faculty: |
Faculty of Business Administration |
| Department: |
Department of Logistics |
Information on submission and defense
| Date of assignment: |
17. 11. 2024 |
| Date of submission: |
14. 5. 2025 |
| Date of defense: |
2025 |
Files for download
The files will be available after the defense of the thesis.