Abstract
Although Materials Engineering is closely connected to the fundamental sciences, its nature and objectives firmly place it within the field of engineering education. Consequently, its educational goals, philosophical foundations, and ethical principles should be defined within the broader framework of the engineering profession.
This paper examines three fundamental dimensions of materials engineering education: competence (professional capability), knowledge (philosophical and scientific understanding), and ethics (professional responsibility and global awareness). The authors argue that an effective engineering education must cultivate all three dimensions to prepare graduates for the technical, social, and ethical challenges of the profession.
Because Materials Engineering relies heavily on scientific principles, engineering practice, technological innovation, design, and economic considerations, the selection and education of students should take into account both analytical abilities (often associated with left-brain cognitive skills) and creative design capabilities (commonly associated with right-brain thinking). Developing these complementary competencies enables future engineers to integrate scientific knowledge with practical problem-solving and innovative design.
The paper concludes by evaluating several proposed approaches for improving student selection and engineering education, emphasizing the importance of balancing scientific rigor, engineering design, creativity, and professional ethics in preparing highly qualified materials engineers.
Research Areas: Materials Engineering Education, Engineering Education, Engineering Philosophy, Curriculum Development, Higher Education
Keywords: Materials Engineering, Engineering Education, Engineering Philosophy, Student Competencies, Engineering Ethics, Engineering Design, Curriculum Development, Higher Education
Authors: Jalal Hejazi, Parviz Davami, Gholamhossein Daneshi, Afsar Sayyar, Nasser Towhidi, Saeed Nategh, Kamal Janghorban
Journal: Iranian Journal of Engineering Education
Volume 7, Issue 26 (Summer 2005)
Pages: 1–19
DOI: 10.22047/IJEE.2005.2523
Publication Link: https://www.ensani.ir/fa/article/562313/فلسفه-و-نظم-آموزش-مهندسی-مواد-و-توانایی-های-دانشجویان