Join us at Algorithmics - The International Coding School for children from 5.5 to 17 years old, as we explore a variety of captivating courses and hot events throughout the month of June. Let's make this summer with coding for your child!
By registering for any course at Algorithmics, parents have the opportunity to win a highly enticing voucher from Algorithmics. With a total value of over 120 million Dong, these vouchers can be applied to any courses at Algorithmics. Join us now and embark on an incredible journey into the world of technology at Algo! Not only will kids gain solid programming knowledge, but they will also improve their technological skills and other soft skills. Moreover, with a voucher that covers 100% of the value, parents can save a significant amount of money!
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One of the "super hot" gifts that affirms the Coder spirit of Algoer this summer is the <CODER/> PACK! The <CODER/> PACK includes a Coder cap, a Coder Camp t-shirt, an adorable tote bag, and a pair of cool socks. This is one of the most highly anticipated and sought-after gifts at Algorithmics when summer arrives. In addition, at Coder Camp 2023, kids will also have the opportunity to participate in an off-site session at Sparx - A Virtuos Studio - the world's leading "game factory" and the creator of animations for blockbuster hits like The Avengers, Star Wars VII, and more.
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Join the A.I.-Powered Music Celebration event to explore the "future of music" composed by artificial intelligence! At the event, children will experience various exciting activities, from composing music using A.I. technology and designing musical instruments to participate in a Stop Motion workshop to create a unique music video. They will also learn more about World Music Day (June 21) and the impact of artificial intelligence on the music industry 4.0!
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More information HERE
Register: HERE
Algorithmics and Digibox are collaborating to organize a unique event for children: "Technology In Play - Be A Little Coder!" The event aims to provide children with a memorable experience of becoming young coders.
To encourage children's freedom of creativity, instead of playing games, they will have the opportunity to create their own games. In a 60-minute session, children will immerse themselves in the process of programming games and publish them under the expert teachers from Algorithmics.
In addition to experiencing being a young coder, children will also have the chance to explore and use Macbook, an essential tool for top programmers. They will experience the special and user-friendly features of Macbook, helping them unleash their unlimited potential in technology.
Join us in this event and allow your child to explore their programming talent and creativity.
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Registration: HERE
Additionally, parents can also register for a free assessment of their child's abilities and technological skills to understand whether their child is suitable for this profession at HERE
Python is one of the programming languages representing the "artificial intelligence generation". It is known for its simplicity and flexibility. It is also the most popular language today. However, is learning Python programming language difficult? Can anyone learn Python? In this article, we will explore the origins, applications of Python, as well as the essential guide for beginners in Python.
Python was created by Guido van Rossum and was first released in 1991. In December 1989, Guido van Rossum started the Python project at the Centrum Wiskunde & Informatica (CWI) in the Netherlands. He named the language after the classic comedy film "Monty Python's Flying Circus," reflecting its humor and space for creativity. Python quickly became one of the most popular languages worldwide.
This programming language is known for its simplicity, power, and versatility. One of its prominent features is its clear and readable syntax, which is particularly helpful for beginners, allowing them to quickly grasp and understand how the language works.
Python is widely regarded for its versatility. It supports multiple programming paradigms, allowing programmers to choose the approach that suits their project and specific requirements. Students can write Python code in an object-oriented, structured, or a mix of both styles, making development and maintenance easier. This also enhances the flexibility and reusability of the code.
Another notable advantage of Python is its extensive library and robust framework support. Libraries such as NumPy, Pandas, Matplotlib, TensorFlow, Django, and Flask provide a powerful platform for building professional web applications.
(source: Programming with Mosh)
Python is a widely-used programming language known for its simplicity, versatility, and strong ecosystem of libraries and frameworks. It offers an excellent starting point for beginners and provides a solid foundation for learning other programming languages.
Despite its simplicity, Python is widely used in various fields. This language is not only used in web development but also in data analysis, artificial intelligence, networking, gaming, and many other domains:
With its versatility and continuous development, Python is increasingly being adopted by the programming community and has become an important tool in various technological fields.
One of the strengths of Python is its simplicity and ease of learning. The syntax of Python is clear and does not require complex symbols like other languages. This makes Python a great choice for beginners in programming. Python also has a large and enthusiastic community, with many online resources and learning materials available. Learners can find plenty of tutorials, guides, and interactive examples to support their learning process. However, like any programming language, learning Python requires patience, practice, and continuous exploration.
Python, a widely popular programming language, has attracted many people who are interested in learning it. The good news is that you can learn Python even without any prior programming knowledge. Python is considered one of the easiest programming languages for beginners to learn. This is because Python has a simple, readable, and understandable syntax. It uses keywords and language structures that are similar to natural language, making it easy for beginners to approach and grasp. Even if you don't have any programming background, you can learn Python from various learning resources such as online tutorials and courses.
One important aspect of learning Python is patience and perseverance. Start with the basic concepts and gradually progress to more complex ones. Practice and building small projects are also excellent ways to familiarize yourself with Python and improve your programming skills. By applying what you learn in practical scenarios, you can reinforce your understanding and gain hands-on experience. Remember that learning to code is a continuous process, so don't get discouraged if you encounter challenges along the way. Stay persistent, keep practicing, and you will make progress in your Python journey.
Programming is no longer just for adults, and children can also learn and engage with Python. This is true for students at Algorithmics too! Students can begin with the fundamentals of Python at the age of 11. With a specially designed curriculum that caters to each age group and individual's developmental level, they can easily learn and grasp the Python language.
The comprehensive Python learning path at Algorithmics consists of two courses: Python Start and Python Pro. Python Start provides essential knowledge and builds a solid foundation. Python Pro enables students to directly apply their Python skills to real-world projects.
In Python Start, students will gain basic knowledge of the Python programming language. Additionally, they will understand the most common applications of Python in popular IT job positions.
Students will achieve a deep understanding of the Python programming language. In a gamified format, students will go from job interviewing and starting a career as a trainee developer to a lead developer! They make plans and distribute tasks, check their own and classmates’ code, work in a team and present their projects.
Are you ready to start your Python learning journey? Explore Python courses at Algorithmics to kickstart your programming journey today!
In addition, parents can also register for a free assessment session for their child's abilities, technology skills, and logical thinking. This can help determine if your child is suitable for this profession or not at HERE
In the current era of strong technological development, teaching coding to children is becoming increasingly important. However, how is coding for children different from a specialized IT major? In this article, let's explore the importance of children learning coding and its relationship to the field of Information Technology (IT).
Coding for kids simply means introducing and teaching children basic concepts and skills in programming. In other words, learning coding for children is not just a subject but also a tech skill. In the era of Industry 4.0, understanding the developing technology and its significant impact on life, tech skill are gradually becoming essential for international integration and the future development of children.
As a result, programming courses for children have emerged. The majority of these programs focus on teaching children how to use technology devices, software, useful applications, or simple programming languages. Through learning coding, children can explore, create, and think in their own unique ways.
Learning programming from a young age brings many important benefits to children's brain development. First, learning programming helps children develop computational and logical thinking. It encourages children to investigate, analyze, and systematically solve problems. Additionally, learning programming also stimulates creativity and quick thinking in generating new ideas.
As Bill Gates once said, "Whether you want to uncover the secrets of the universe or just want to pursue a career in the 21st century, basic computer programming is an essential skill to learn." Learning programming becomes even more necessary and important in the era of Artificial Intelligence.
Currently, there are various programming courses with diverse programs and learning objectives. However, when it comes to programming, the programs generally aim to stimulate children's thinking in the following ways:
Alongside these benefits, different courses have their own specific goals and learning content:
Information Technology is a broader field than coding for kids. Besides programming, the IT field encompasses other specializations such as system administration, data analysis, cybersecurity, and many other areas.
While programming for children focuses on introducing the basics of programming and developing tech skill, the IT field offers more in-depth knowledge and requires a strong grasp of various aspects within the field. If children have a direction towards the IT field, learning coding from a young age brings many benefits. Programming knowledge provides children with a solid foundation and understanding of technology-related concepts in IT. This helps children feel confident and ready to absorb more complex knowledge in their learning and work within this field.
Learning programming from a young age can make it easier for children when they enter university to study IT. Depending on the curriculum, knowledge, and qualifications, they can choose a suitable major when they enter university and specialize in the field.
However, having programming knowledge from a young age does not mean that children do not need a comprehensive education and a degree in IT. University programs and degrees provide a broader and more detailed understanding of the field of study and future career opportunities.
The knowledge gained in IT at the university / college level is still crucial for developing deeper skills, knowledge, and better job prospects in this field. Pursuing a degree in Information Technology opens up many opportunities for research, practical application, and specialization in various IT fields.
The possibility of starting work in the Information Technology field at the age of 18 depends on several factors: the program the student has studied and the knowledge they have acquired. For more specialized programs with applicable skills, students can start with an intern position in their desired field.
Alongside applying the knowledge gained to work, accumulating experience through internships, students still need to continue studying in the IT field at the college or university level. Continuing education, participating in real-world projects, and working in a professional environment will help students build a solid foundation and come closer to success in the Information Technology industry.
Even without a specific IT career direction, learning programming still brings many positive benefits. Technological skill can be applied in various fields, such as problem-solving, task automation, and critical thinking. Additionally, understanding how technology works helps individuals adapt better to the ongoing technological advancements in daily life and be more adaptable to change.
Besides developing critical thinking skills, children also develop essential soft skills through learning at Algorithmics. Algorithmics not only teaches children tech skill and programming knowledge from basics to advanced levels but also helps them maximize useful soft skills for various future professions, such as:
Conclusion
Teaching children coding not only helps them develop computational and creative thinking but also opens up numerous opportunities in the Information Technology field. Introducing children to programming at an early age is an investment in their future, enabling them to understand technology and develop essential skills. With parental guidance and encouragement, introducing programming to children is a valuable skill that can bring significant benefits to their future.
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With ChatGPT can code, should we still learn coding? Algo will provide you with fresh insights and perspectives on this super hot topic!
As technology advances, especially with the rise of artificial intelligence, many professions are becoming uncertain, and many employees are worried about the brink of unemployment. The field of information technology, including programmer, is no exception. With ChatGPT becoming increasingly intelligent and ChatGPT can code, should we still learn coding? In the following discussion, Ms. Tammy - Head of Methods and Curriculum at Algorithmics will provide you with fresh insights and perspectives on this super hot topic!
Yes and no. It’s a little more complicated. ChatGPT and other AI models are becoming increasingly advanced and capable of generating code. However, Algo believes that learning to code remains necessary.
You can use ChatGPT to help you write small fragments of code or a very simple program (in languages popular programming languages such as JavaScript, Python, C#, PHP and Java). But you will still need to have programming knowledge to understand its code.
Though, there are other AI tools and platforms available that help individuals with limited to no coding experience to build applications or automate tasks without code, eg. Thunkable or Zapier/Airtable. However, all these tools require an architect!
While AI models can generate codes, it is not a replacement for learning how to code as it cannot teach you the fundamentals of programming. It can act like your “personal coding assistant” and help you write your codes faster and more efficiently by automating certain tasks for you.
However, learning to program builds a foundational understanding of how computers and programming language should work together in an effective way. It enables you to be a ChatGPT “master”, with the power to customize existing parameters to meet specific needs.
With these new tools, Algo believes it's even more crucial and valuable than ever to learn the fundamentals of programming to know how they work, practice and develop creativity in problem-solving and logical thinking.
It can be biased from the data being used to train it. We cannot guarantee 100% accurate information is provided in its responses. Great coders are creative thinkers who can design and direct the AI to do.
The recent Washington Post March 18 mentioned that Chat GPT-4 can ace a logic test, but you can’t ask it to be creative. OpenAI’s website openly shares the limitations, stating: “ChatGPT sometimes writes plausible-sounding but incorrect or nonsensical answers.”
Experienced programmers will know what types of clarifying questions to ask ChatGPT, and could verify that the code of the app was correct. Someone with no coding knowledge will not be able to contextualize ChatGPT’s responses or pick up on subtle mistakes.
Use ChatGPT as your personal “Code Assistant”. Be clear with what you want it to do during your interaction with ChatCPT. While it does not have a persona/personality, it can predict that personality from your input (access it’s pre-trained data).
To use ChatGPT effectively for coding purposes, you should narrow down and sharpen up your prompt request.
Your purpose: While the following prompt will work for an article for a blog, you will not be able to create a full program.
The structure of your question:
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ChatGPT Response
You will see that the set of code generated is still missing key components, with a few errors.
Its missing the “import random” after “import python”. Though the game window is created along with random numbers on each card, no winning event has been generated. There were also a few errors in the algorithms, having programming knowledge will help you understand where the error is for updates.
And a cheatsheet:
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As you can see, ChatGPT still requires specific information, inorder to generate the code snippet you need. You will need to know how to program development flow, what the functions needs in order to design your program with ChatGPT.
Therefore, its best to break down your program development into smaller steps and define exactly what you want to ChatGPT
Here is a great site to refer to for coding prompts https://www.greataiprompts.com/chat-gpt/best-coding-prompts-for-chat-gpt/
Let us know if you want to know how the Fast Clicker Game can be created with ChatGPT!
Algorithmics is an International Coding School for children aged 5.5 to 17. Its main goal is to awaken and develop the creative potential of children through programming education. Let's explore the incredible benefits of coding at Algorithmics brings to children and listen to positive feedback from parents.
When asked about the quality of teaching at Algorithmics, the school often receives feedback from parents about the effective teaching methods applied and the professional and enthusiastic team of teachers. The teaching methods at Algorithmics are designed to be suitable for the psychology and abilities of children, making it easy for them to absorb knowledge and apply it in practice.
Parents also notice the remarkable progress their children make in programming, especially in soft skills and problem-solving abilities. From basic discoveries like writing simple code to tackling challenging technological projects, children not only master programming knowledge but also develop logical thinking skills and problem-solving abilities with confidence.
Furthermore, learning programming at Algorithmics helps children boost their confidence and passion for programming. Through achievements and successes in creating their own projects, children confidently express their ideas and explore their potential.
Now, let's meet the father of Bao Khoi, a student in the Game Development course at Algorithmics! In addition to commenting on his child's learning process, the father also shares valuable information about programming education for children!
In essence, learning programming not only provides technological knowledge but also develops essential soft skills. After exposure to coding, parents will notice that their children's communication, logical thinking, problem-solving, and teamwork abilities improve. Collaborative activities during the learning process and project work at Algorithmics help children learn to work together, express their opinions, listen, effectively solve problems, and come up with solutions.
Algorithmics also encourages creative and exploratory activities in programming education. Children not only write code but also build applications and games based on their own ideas. This helps children explore and challenge themselves, aiming to create new and unique products.
Algorithmics stands out with its unique international curriculum. The learning environment at Algorithmics adheres to international standards and instruction is conducted in English. This helps children grasp knowledge and enhance their English communication skills, opening up international development opportunities for them.
The teaching method at Algorithmics is developed by experts, combining programming knowledge with teaching methods suitable for each age group and children's abilities. This ensures that children not only learn programming but also approach the subject effectively, correctly, and with enthusiasm.
Furthermore, Algorithmics provides opportunities for children to experience a multinational learning environment. Children have the chance to meet friends from different countries, exchange knowledge, and experience diverse cultures on the exclusive learning platform of the school. The platform brings together 300,000 students from over 70 countries who learn and interact together. This helps expand children's perspectives and develop their social skills.
Parents whose children learn programming at Algorithmics have witnessed positive changes in their children after the learning process. Learning programming not only provides technological knowledge but also develops logical thinking, problem-solving skills, communication skills, and creativity for children.
Algorithmics is not just a place to learn programming but also an environment that promotes comprehensive development and creativity for children. Parents, join Algorithmics to give your child the opportunity to explore and develop their potential in the field of technology, gradually building a successful and creative future for themselves.
Additionally, parents can also register for a free assessment of their child's abilities and technological skills to understand whether their child is suitable for this profession at HERE
