Ethiopia has great potential for wide range of industrial development with availability of labor force and natural resources which can help as raw material. Due to these the growth of garment and textile sectors in Ethiopia become stronger in this recent decade. Number of large and small to medium enterprises (SMEs) in clothing sector has opened. All these clothing industries are time sensitive in nature. So, the aim of this study is primarily to develop Amharic computer program that performs cut order plans for Ethiopian small to medium scale garment manufacturers. The study focus on cutting section activity of cut scheduling. To undertake this research, the method used to make the proposed Amharic computer program model was “Python 3.6” programming language which enable to writing clear programs. A standard Python interface module “Tkinter” used to prepare the user interface which help to run application and also “Pyinstaller” program that helps to freezes/packages Python programs are used to make the proposed computer program. In addition, to make necessary drawings like system design and flow diagram the software so called “Edraw” was used. Findings of this research are computer program that can perform cut order plan both in Amharic and English as the user option. The program able to take necessary inputs like different buyer orders with different sizes and quantity from user through user interface and results the required number of lay and size combinations in each lay within seconds and able to save the final result as a iii report. This research also results to change the conventional methods of cutting room activities which cause unnecessary fatigue for operators, reduce throughput time of cutting room, and improve the overall operation. Finally, the program tested and a number of recommendations are given for the garment companies. This research can be used as a lead for future research works in the field. Key words: Cut order plan, small to medium enterprise, programming language, software, system design, fabric utilization