Development of Software Management System for Laundry Shop. The Object is to use the theory in database course to develop the online database and to use the computer technology to manage the laundry system for increasing the effectiveness for working. The system was developed as the web application with PHP and Bootstrap and MySQL is employed to act as the database. The system can show the customer status and price to the website and smartphone.

The purposes of this study was to investigate the essential component of software development competency for new graduates before entering the Thai software industry sectors and to develop training courses software development competency. The sample of this study consisted of 402 software’s entrepreneurs and 30 new graduates in software development. The instruments used in research were questionnaire in-depth interview and the assessment of the satisfaction of trainees. The statistics used for data analysis were arithmetic mean standard deviation and Exploratory Factor Analysis (EFA). The findings of the data analysis indicate that there are seven competency factors: the software development on mobile devices individual factor for software career software testing and presentation use of software development tool knowledge of business process for software development concept of software development and English for communication and ASEAN knowledge. A software development on mobile devices was the most important competencies for software industry and therefore the training for new graduates was set up based on Application Development on Android. In addition the participants were satisfied with the training at very good level.

In software engineering requirements from customers users and stakeholder are initial information for software development process. The requirements elicited and gained are defined classified refined and stored systematically according to needs management principles. Therefore the requirements would be correct and ready to be used in the next step of development process. This process is called Software Requirements Engineering. If the gained software requirements are incorrect lack quality or are managed unsystematically they could lead to project failure and low-quality software product which cannot meet the needs of users and stakeholders. For these reasons this article proposed an overview of software requirements and an approach for software requirements management level of software requirements quality of software requirements and understanding of quality aspect common problems of requirements elicitation and awareness of impact and damage due to incorrect or low quality requirements. Success factors of software requirements management and 1-10-100 rules are also discussed. Finally the article addresses roles and goals of software requirements management team.

The item bank framework on cloud computing is developed to present the concept progress of an information system which combines the features of the private cloud and the program development of software framework for the item bank service. The designs based on item bank frameworks of object oriented programming concept design. It leads to the new software that can be reused and has further development. The developed frameworks are divided into two parts: 1) the connection to the user interface which functions as the display and connection to the system and 2) the website service serves the exchange of data between distributed databases in servicer’s computers of the item bank service by the internet networking. The number of 15 samples in the research evaluation are the specialists in information technology and education. The statistics used in this research are the mean and standard deviation. The result revealed that the developed model is suitable at the highest level in all aspects except the service and implementation of the examination bank framework are in the high level.

This research aims to develop software defect tracking and management system for faster performance of software development team. The proposed system will allow the team to interact with each other more effectively in each software project which can lead to better communication and minimal misunderstanding. The advantage of the research is to simplify the software defect tracking and management system. Software development team who works in medium software company was interviewed to gather requirements of the system. Agile methodology was used in the system development process. Evaluation of the developed system was performed through test cases and users satisfaction. Results of the research indicate that the development team was satisfied with this system in high level. Furthermore this system could reduce the duration of defect tracking and management by more than 15 percent. However online user manual should be provided for faster study and practice with the system.