This article explains the popularity of the smartphone game “Angry Birds,” the hard work of software developers, the importance of computer science, and its many applications and future prospects.
One of the most popular applications, or apps for short, on smartphones these days is Angry Birds. The game has been at the top of Apple’s app store for several years now, thanks to its easy controls and simple gameplay. There are many other games on the internet that are considered classics and are still enjoyed by many players years after their release. Angry Birds, in particular, has remained popular through various versions and updates, and has hundreds of millions of users worldwide. Its success is not just due to its fun gameplay, but also to the charm of its characters and storyline, and its compatibility across a wide range of devices.
We shouldn’t forget to mention the hard work of the many software developers who worked to bring these great games to life. In order for these games to be created, they have to take into account all the many possible outcomes of a single situation and code the program accordingly. If even one of these things is not perfect, the consequences can be disastrous. For example, if the game’s physics engine isn’t accurate, the flight trajectory of a bird or the collapse of a structure won’t be realistic, which can be very frustrating for the player. As a result, the pressure on programmers is greater than that of other development participants. In addition to this, programmers must also be very active in knowledge exchange. In the information age, they need to be ready to embrace new knowledge at any time, or they will become obsolete, as yesterday’s common sense quickly becomes an outdated relic. This continuous learning and self-development is essential for developers to keep up with the latest technologies and trends.
Computer science is the major that most of these people have completed. It’s not the “programming with computers” major that most people think of, but rather the “mathematical and theoretical skills needed to do this programming” major. To use an analogy, programmers learn to progress from “building a shack with basic materials” to “building a skyscraper with advanced materials”. In computer science, students study a variety of subjects, including data structures and algorithms, systems programming, artificial intelligence, and database management, all of which are very useful in the real world of development. Students also gain hands-on experience through a variety of projects and labs, developing their collaboration and problem-solving skills.
The applications of this major are endless. Whether it’s telecommunications (especially security), software, or hardware, there’s no area of IT that doesn’t need a programmer’s touch. For example, in the telecommunications field, programmers work on encryption technologies to ensure the secure transmission of data, in the software field, they develop user-friendly applications, and in the hardware field, they design faster and more efficient devices. That’s why, abroad, programmers have become a highly sought-after profession in many IT-related companies. This phenomenon will continue as long as the information society continues and consumers demand more convenient software and hardware, so the future of computer science is optimistic.
Furthermore, the advancement of computer science is accelerated by its convergence with other disciplines. For example, convergence with biotechnology has led to the development of innovative technologies in the medical field, and the combination with environmental engineering has led to the development of green technologies. This interdisciplinary research is helping to create new industries and maximize the efficiency of existing ones. For example, precision medicine, which utilizes artificial intelligence and big data analytics, is improving the quality of healthcare by providing customized treatments for individual patients.
Ultimately, computer science students have the potential to go beyond their roles as programmers and become leaders who drive innovation in a variety of fields. With creative problem-solving skills and a commitment to continuous learning, they will play an important role in the future of society. In this regard, education in the Department of Computer Science and Engineering goes beyond simply cultivating technical skills and contributes to the development of students as people who can respond to various challenges in a global society.
Therefore, the importance and promise of computer science will continue to be emphasized, and interest and investment in the field will continue to grow. This means that computer science graduates will be able to utilize their knowledge and skills in a variety of industries and achieve great results. We look forward to seeing what they do in the future.
