Desirable Characteristics and Learning Outcomes of Students and Graduates Bachelor's degree programs Bachelor of Education Program Faculty of Science, Nakhon Phanom University

Sat, 28 Dec 2024 00:00:00 +0700

Conducting this research, the research team surveyed the satisfaction, desired characteristics, and learning outcome standards of students and graduates. Bachelor's degree program Bachelor of Education Program Faculty of Science Nakhon Phanom University to survey the satisfaction of administrators of educational institutions where students or graduates receive training experiences, mentor teachers, and supervisory teachers. Teacher responsible for the curriculum course instructors and students, a total of 300 people, used a questionnaire as a tool to survey the standard assessment of bachelor's degree qualifications. Bachelor of Education Program Faculty of Science Nakhon Phanom University (Four year course) 2019, this Edition.

These are the desired graduate characteristics and learning outcome standards. The desired graduate characteristics are divided into 6 elements: having shared values, being a good person, having morals and ethics, and adhering to the teaching profession. Be a learner and an intelligent person. A co-creator of innovation Is a person with a high ability to manage learning. And be a strong citizen and learn outcome standards, divided into 6 areas: morality, ethics, knowledge, and intellectual skills. In terms of interpersonal skills and responsibility, Numerical analysis skills, Communication and use of technology, and learning management methodology, the tools used for data analysis include percentages, means, and standard deviations.

From the results of the analysis, it was found that Level of satisfaction with desired graduate characteristics The average was 4.45 in the good level and the level of satisfaction with the learning outcome standards. Has an average of 4.62 at the very good level, respectively

Advancements in Graphene Particle Reinforcement Techniques for Aluminum Welds in Friction Stir Welding Processes

Wisarut Mayang, kriangkrai intapo, Krittaphat Suwannasri — Sat, 28 Dec 2024 00:00:00 +0700

The integration of graphene particles in friction stir welding (FSW) of aluminum alloys has emerged as a promising approach to enhance mechanical properties, including strength, thermal conductivity, and wear resistance, which are critical for industries like automotive and aerospace. This review aims to summarize and critically evaluate the advancements in graphene particle reinforcement techniques applied to aluminum welds in FSW processes. The key focus areas include the methods of graphene incorporation, the effects of welding parameters on reinforcement efficiency, and the resulting improvements in mechanical properties. The review adopts a thematic approach, drawing upon a comprehensive analysis of existing literature to identify trends and innovations in the field. It highlights significant findings, such as the superior tensile strength and thermal properties of graphene-reinforced welds, as well as the optimization of welding conditions for uniform graphene dispersion. However, challenges remain, particularly in achieving consistent particle distribution and addressing the scalability of graphene-enhanced FSW for industrial applications. Critical gaps, including the need for improved cost-effectiveness and better control of graphene morphology during welding, are discussed. while graphene particle reinforcement has demonstrated notable potential, further research is required to address existing challenges and fully realize its industrial application. This review provides insights that are expected to guide future research efforts and technological advancements in the field

Journal of Engineering Technology Access (JETA) (Online)

Desirable Characteristics and Learning Outcomes of Students and Graduates Bachelor's degree programs Bachelor of Education Program Faculty of Science, Nakhon Phanom University

Advancements in Graphene Particle Reinforcement Techniques for Aluminum Welds in Friction Stir Welding Processes