What abilities should undergraduate engineering students have?

1) Should have a solid professional foundation in their own specialty. Includes domain expertise and computer applications.

Ability as well as drawing.

Mapping and reading skills, 2) social skills, communication and cooperation between people.

3) Good health, sometimes it is still more brain-consuming and laborious to engage in engineering, and the revolutionary capital should be thick enough.

4) Basic hands-on ability, to be an engineer who can both think and do, the worker master is absolutely convinced.

5) English language proficiency. This is very helpful when working with foreign language materials, as it is conducive to reading and translating.

6) Engineering analysis ability. Dare to think independently in engineering practice.

Question, ask why, actively consult and communicate with experienced teachers on the front line, and often take notes and summaries.

As an undergraduate, in addition to learning professional theoretical knowledge, the most important thing is, of course, practice and hands-on ability.

First of all, engineering students should have a solid professional foundation in their own specialty. The study during the undergraduate period is supposed to lay the foundation for future employment or further study. Secondly, engineering students should have a strong sense of social responsibility and enterprising spirit, and should always remember that they are a social person, and on this basis, they should focus on cultivating their social skills and social analysis skills.

In addition, engineering students should also have a certain degree of cultural accomplishment and be a truly well-rounded person.

1. Familiar with engineering conditions. Including customer or enterprise needs, enterprise conditions (technology, management, capital, equipment, personnel conditions), practical engineering problem constraints, social, cultural and natural environmental conditions and regulatory constraints, etc., which are the premise of project implementation.

2. Possess engineering knowledge. The main thing is to have the various foundations and professional knowledge necessary to solve practical engineering problems. Engineering is the process of comprehensive application and transformation of knowledge, and the practical ability of engineering embodies the ability to combine theory and practice.

Therefore, engineering knowledge is the theoretical basis for learning and gaining engineering experience, as well as the theoretical basis for engineering implementation.

3. Master engineering methods. It mainly includes pre-design investigation, analysis, and decision-making methods; Methods such as model building, computational analysis, analogy simulation, reliability and optimal design in design; The selection and optimization of the process, process equipment, and test in the implementation and the basis for the design, and the revision of the design in the intermediate or final results.

4. Use engineering means. It is mainly used to establish engineering models, solve engineering calculations, conduct engineering analysis, and simulate engineering tests.

5. Accumulate engineering experience. Engineering experience is the practical basis for engineering implementation.

6 Conduct search and analysis. Including the access and retrieval of engineering data, occupancy, analysis and comparison and utilization. This has a direct impact on the degree, efficiency, effectiveness and reliability of the project implementation.