Document Type : Scientific - Research

Authors

1 Sharif University of Technology

2 Sharif University of Technology,

Abstract

Engineering education is based on the technical methods in the present form. Information revolution causes to access the technical education materials as a widely spread form by the students. These materials are more effective than the traditional engineering education. Thus, it is necessary to change the engineering education methods from the classical form. General workshop is a first-year course for the engineering students and it is an introduction on the engineering regulations. Nowadays, this course is run to teach the practical training. However, this goal cannot be achieved because of the short period of the course, various topics of the course and improper education methods. In this paper, this course is revised based on the teaching of engineering concepts to the students. Various engineering concepts are explained which can be educated in this course without considerable changes in practice but with magnificent change in the course prospective. It is expected that this new design helps the students more to be familiar with the engineering concepts and methods.

Keywords

Accreditation Board for Engineering and Technology (ABET) (2010). Accreditation board for engineering and technology, criteria for accrediting engineering programs. www.abet.org.
Baradaran, S., Mahmoodi, F. (2020).  Investigating the relationship and comparison of attitudes of science technology engineering and mathematics with 21th century skills. Iranian Journal of Engineering Education, 22(86), 85-98, [In Persian].
Banerjee, B., Gibbs, T. (2016). Teaching the innovation methodology at the Stanford School. In: Banerjee, B., Ceri, S. (eds) Creating innovation leaders. Understanding innovation. Springer, Cham.
Ercolano, V. (1996). Freshmen: These first-year design courses help attract and retain engineering students. ASEE Prism. April, pp.21-25
Ghafari, A., Abdollahi Nia, M. (2019). The status of technology development in Iran with a look at the condition of mechanical engineering. Iranian Journal of Engineering Education, 21(83), 23-38, [In Persian].
Johnson, K.T., Sullivan, M.R., Sutton, J.E., & Mourtos, N.J. (2009). Design of a skydiving glider, Proceedings, Aerospace Engineering Systems Workshop, World Scientific Engineering Academy and Society.
Memarian, H., Memarian, A., Mohasel Afshar, E. (2020).  Investigating the reasons behind unmotivated engineering students. Iranian Journal of Engineering Education, 22(86), 21-37, [In Persian].
Montazer, G., Farazkish, M. (2020). Choronogical evaluation of Iran’s top universities from the input indicators in the recent fifty years. Iranian Journal of Engineering Education, 22(87), 91-111, [In Persian].
Khabiri, M. (2019).  Investigating the future of job perspectives and its role in the education of skills-labs in engineering schools civil engineering pavement lab. Iranian Journal of Engineering Education, 21(84), 69-84, [In Persian].
Zeynal, H., Mansoorzadeh, S. (2018). Outcome-based subject outline: an effective tool for internal evaluation of engineering educations quality. Iranian Journal of Engineering Education, 20(79), 63-92, [In Persian].
Mourtos, N.J., DeJong-Okamoto, N., & Rhee, J. (2004). Open-ended problem-solving skills in thermal-fluids engineering. Global Journal of Engineering Education, 8(2), 189-199.