-
The relationship between computational thinking and various disciplines is as follows:
1. Apply computing methods to promote research and innovation in various disciplines.
The application of computing methods for research and innovation in various disciplines will become an important means of innovation in various disciplines in the future.
For example, 3D printing technology can produce models of mechanical designs; Biological sciences use computer technology to carry out various calculations, drug development, etc.; The bicycle industry has used computer and Internet technology to give rise to bike-sharing companies such as Ofo and Mobike.
2. Each discipline innovates its own new computing methods.
Each discipline deals with the use of existing computing methods, and can also study new computing methods that support innovation and research in their own disciplines.
For example, people who are engaged in creative creation can develop computer software that creates a variety of acres; Those who are engaged in architectural design can develop auxiliary software for architectural design; Those who study the art of cinema can develop software for ** and animation design, etc.
3. Computational thinking can help cultivate talents in various professions.
Students of all majors can learn a lot of computing applications and skills, such as office, photoshop and other software tools, which can solve some practical problems. However, if students only master these software tools and do not master computational thinking, they will not be able to integrate the new tools and software required for self-learning in the future, and will lack the ability to use computing tools to innovate.
College students of all majors can master the ability of computational thinking, and they can learn to master various new software tools on their own, and even innovate the computing methods of their majors.
-
How to cultivate students' way of thinkingTo cultivate students' way of thinking, I think the way of thinking is generally logical and praises Zheng Wei. Logical thinking refers to the order of doing things, which is also the destruction of overall thinking, what is the most important, the most urgent to do first. Generally speaking, you have to know that you are a student now, so the most urgent and important thing is to study, so there must be a method for learning, and what is the method of learning?
It is to have a plan for your own learning. This is the right way for students to think. It is necessary to focus on learning.
Then when studying, you should use your brain to think more about your mistakes and omissions. Think about what you are wrong and why you are wrong, especially mathematics, physics and chemistry. The discipline that focuses on logical thinking is also science, so that you can cultivate a correct way of thinking and start with logical thinking.
Ye Yu Song leads to the point to think about his mistakes. Then correct it and correct it, and slowly correct these bad and wrong thinking of yourself. Start with the most important and urgent places to correct your inertia.
I think that's the right way to think in students.
-
Of course, it is to master the calculation method of numbers. For example, make up the Ten Laws. Break the Five Laws. Multiples make the slippery imitation. There should be a total of 36 ways to do this. Keep your child entertained. Once you enter the door, it's easy to do.
-
How should college students develop computational thinking? In this case, I think it's okay to read more books.
(1) Strengthen the study of basic mathematics knowledge.
First of all, high school students should strengthen the learning of the fundamentals of mathematics. For example, the study of mathematical concepts, theories, properties, formulas, definitions, etc., and record them in mathematical notes. And through exercises, you can exercise your mathematical thinking skills. >>>More
Summary. 1. Change the concept and combine home and school. >>>More
How to develop children's reading and writing skills? Make good habits!
Cultivating students' mathematical literacy needs to start from the following aspects: >>>More
1.Nurture and protect students' curiosity. Curiosity is the starting point of imagination and pushes students to imagine and create. >>>More