understanding by design

The following is an example of an educational design on the understanding of scientific research and innovation: ##1. Teaching objectives 1. knowledge objectives - Students can understand the concept, meaning, and significance of scientific research and innovation. - Understand the forms of scientific research innovation in different fields (such as education, technology, etc.). 2. ability objective - Cultivate students 'ability to think independently and analyze scientific research and innovation cases. - To improve students 'ability to solve problems in the process of scientific research and innovation. 3. emotion goal - To stimulate students 'interest and enthusiasm for scientific research and innovation. - Cultivate the students 'scientific spirit of being brave in exploration and innovation. ##2. Difficulties in Teaching 1. ** Main point ** - Deep understanding of the nature and core elements of scientific research and innovation. - Master the basic methods and processes of scientific research and innovation. 2. ** Difficulty ** - How to guide students to break through traditional thinking and form an innovative thinking mode. - To let students understand the risks and uncertainties in the process of scientific research and innovation. ##3. Teaching Method 1. method of lecture - Explain the basic concepts and theoretical knowledge of scientific research and innovation. 2. case analysis - Through actual scientific research innovation cases (such as the achievements of Huanghe Institute of Technology in teaching and scientific research, etc.) to deepen students 'understanding. 3. group discussion - He organized students to discuss topics related to scientific research and innovation in groups to promote the collision of students 'thinking. ##4. Teaching process ###(1) Introduction (5 minutes) 1. By describing some famous scientific research and innovation results (such as some major scientific and technological inventions, etc.), it would arouse the students 'interest. 2. He asked,"What is scientific innovation? How will scientific research and innovation affect our lives and society?" ###(2) Knowledge explanation (15 minutes) 1. The Concept of Scientific Research - It explained that scientific research innovation was an activity that created new knowledge, methods, and techniques in the field of scientific research. - It emphasized that scientific research and innovation were not just new discoveries, but also the reorganization and improvement of existing knowledge and technology. 2. The importance of scientific innovation - He explained from the aspects of promoting social development (such as economic growth, improving the quality of life, etc.), improving national competitiveness, and promoting academic progress. - For example, how scientific research and innovation in a certain field changed the development pattern of the entire industry. ###(3) Case Study (20 minutes) 1. Demonstrate a number of scientific research innovation cases (can be cases of university achievements transformation mentioned in the materials, etc.). 2. Guide the students to analyze the innovation points, the innovation process, the difficulties faced, and how to overcome them. - For example, he analyzed the innovative measures taken by Huanghe Institute of Technology in the reform of teaching and scientific research, such as the approval of various laboratories and bases, breakthroughs in teaching achievements, etc. - Students were asked to think about how these innovative results were produced and what the innovative thinking behind them was. ###(4) Group discussion (20 minutes) 1. The students were divided into groups of 4 - 6 people. 2. Give a topic for discussion, such as "How do you conduct scientific research and innovation in the field you are familiar with (it can be learning, life, etc.)?" "In the process of scientific research and innovation, how do you balance the risks and benefits?" 3. Each group elected a representative to speak and share the results of the group's discussion. ###(5) Summing Up and Induction (10 minutes) 1. The teacher summarized the students 'speeches and sorted out the main points of scientific research and innovation. 2. Once again, he emphasized the core content, importance, and methods of scientific research and innovation. ###(6) Reflection 1. Reflection from the Teacher's Point of View - During the teaching process, it was found that students had some difficulty in understanding the abstract concept of scientific research and innovation. In the future, more vivid examples could be added to the teaching. - In the group discussion session, some students did not participate enough. They needed to improve the guidance method to ensure that every student could actively participate. - The depth of the case analysis could be further explored so that students could better grasp the practical process of scientific research and innovation. 2. From the student's perspective - Students might have a deeper understanding of scientific research and innovation, realizing that it was not out of reach, but that they could start from the small things around them. - He hoped to stimulate students 'enthusiasm for scientific research and innovation and encourage them to actively explore innovative methods in their future studies and lives. ##5. Teaching Resources 1. A multi-media device used to display teaching materials, case videos, and so on. 2. Prepare relevant research and innovation case materials. ##6. Teaching Evaluation 1. Through the classroom questions, students could understand the basic knowledge of scientific research and innovation. 2. Based on the performance of the group discussion, the students 'teamwork ability, innovative thinking ability, and understanding of scientific research and innovation were evaluated. 3. Through homework (such as asking students to write an analysis report on a scientific research innovation case), further evaluate the students 'learning effect. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

** I. Teaching Design ** #(I) Teaching objectives 1. To let the students understand the cylinder model, including the names and characteristics of each part, and to establish the concept of the cylinder's geometric model. 2. Through the process of operation and observation, the students 'ability to analyze, reason, and judge will be improved. 3. Cultivate the students 'initiative to explore, develop the concept of space, increase their interest in learning, and establish the confidence to learn mathematics well. #(II) Difficulties in Teaching 1. ** Main point ** - Understand and master the basic features of a cylinder. 2. ** Difficulty ** - To develop the students 'concept of space, so that the students have a deep understanding of the basic characteristics of the cylinder. #(3) Teaching process 1. ** Revise old knowledge, preliminary perception ** - The teacher guided the students to observe the learning tools (cuboids, cubes, columns, cones, balls, etc.) and discussed the classification methods at the same table. Through the classification, the cylinder was introduced, and the cuboid and the cube were compared. The characteristics of the cylinder were discussed, such as the cylinder had a plane but not all planes. 2. ** Know the parts of the cylinder ** - Show the model of the cylinder and let the students observe and point out the bottom (two circles of equal size), the side (curved surface), and so on. By touching the model, one could feel that the bottom was flat and the sides were curved. 3. ** In-depth exploration of cylindrical features ** - Comparing the characteristics of the bottom circle, such as diameter and radius. To explore the relationship between the side and the bottom, for example, if the side of the cylinder was unfolded, it might be possible to get a rectangular shape (cut along the height, the length of the rectangular shape is equal to the circumference of the bottom, and the width is equal to the height of the cylinder) or a quadrilateral (cut diagonally, the base of the quadrilateral is equal to the circumference of the bottom, and the height is equal to the height of the cylinder). 4. ** Practice and Consolidating ** - Give some objects and let the students judge whether they are cylindrical or not, or let the students describe the characteristics of the cylindrical model. ** 2. Reflection on Teaching ** #(I) Strengths 1. Through the review of old knowledge and the classification of learning tools, it could better lead to the study of the cylinder and pave the way for new knowledge. 2. In the teaching process, students should pay attention to observing and touching the cylinder model, which is helpful to intuitively understand the characteristics of each part of the cylinder. 3. The exploration of the side of the cylinder deepened the students 'understanding of the relationship between the side and the bottom of the cylinder. #(2) Inadequacies and improvements 1. In the teaching process, there might be insufficient attention to individual students who understood slowly. In the future, we should strengthen the guidance for students at different levels. 2. It could add more examples that were related to real life, so that students could better understand the wide application of the cylinder in life, thus increasing their interest in learning. 3. The exploration of the characteristics of the cylinder could be more open, encouraging students to discover more characteristics of the cylinder on their own. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

Bas Smets' landscape stories can offer practical examples. By showing real - life landscapes and how they function, it gives designers ideas on how to create better environmental designs. For instance, if he showcases a sustainable landscape in one of his stories, designers can learn from it.

Understanding and recognition of heroes and pioneers. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

Artificial intelligence was a cross-disciplinary field that integrated computer science, cybernetics, information theory, neurobiology, psychology, language, philosophy, and many other disciplines. It aims to simulate human thinking and behavior through computers, and the core lies in machine learning algorithms. From a technical perspective, it included three key technologies: breakthroughs in computing power, data flood, and algorithm innovation. The mainstream form of its development used deep learning algorithms, big models, and big data. In terms of technical systems, it covered machine learning, natural language processing technology, image processing technology, human-computer interaction technology, and so on. In the field of practical applications, artificial intelligence had achieved remarkable results in many aspects. For example, in the field of big data analysis, it could process massive amounts of data and mine valuable information; in the field of autonomous driving, it promoted the transformation of transportation modes; in the field of smart finance, it improved the efficiency of financial risk assessment and transaction processing; in the field of intelligent robots, it realized the intelligent operation of robots in different scenarios. This not only increased social production efficiency, but also created new jobs. At the same time, it also produced a labor crowding out effect, replacing some traditional labor forces. From the perspective of social impact, with the widespread use of artificial intelligence, people needed to master a variety of knowledge to adapt to this era. In terms of basic knowledge, mathematical knowledge such as linear algebra, calculus, probability theory, and mathematical statistics were indispensable for understanding machine learning algorithms and deep learning models. It was also necessary to master at least one programming language such as Python, Java, C++, etc. At the same time, he had to understand the core principles of artificial intelligence, including the basic concepts and algorithms of supervised learning, unsupervised learning, and reinforcement learning in machine learning, the understanding and generation of human language by natural language processing, and the recognition and processing of image and video data by computer vision. Moreover, the ethical issues of artificial intelligence were becoming more and more important, such as privacy protection, algorithm bias, and the ethical considerations of automated weapon systems. With the development of the times, artificial intelligence technology was evolving rapidly. People needed to maintain a continuous learning attitude and actively track new technological developments. Moreover, because its application had penetrated into various industries and had the ability to integrate across disciplines, it was particularly important to combine artificial intelligence technology with specific fields of knowledge, such as in the fields of health care, financial technology, education, and environmental protection. In addition, humanities, including understanding of history, philosophy, and art, also helped to promote the harmonious symbiosis of technology and society. In a highly automated future, human creativity, critical thinking, emotional intelligence, and other soft skills would be more valuable. " A Short History of the Future: Legends of the Intelligent Era " was equally exciting. Everyone was welcome to click and read it!