Why is it so difficult to program?

Why is it so difficult to program?

(5 minutes of reading)

Programming is inherently challenging because it involves molding an abstract thought into concrete instructions that a machine can understand. For a programmer, this means not only knowing the syntax and logic of the language in question, but also anticipating and managing a multitude of scenarios and exceptions.

Furthermore, technologies are constantly evolving, and standards and practices change all the time, requiring continuous learning. And, as if that weren't enough, the collaborative nature of modern programming implies that codes not only need to work, but also be readable and maintainable by other developers, in other words, it's a constant dance between logic, creativity and precision.

Below we list some points explaining why programming is so difficult. Come read!


1- Mental Abstraction: Programming often involves thinking abstractly about problems and solutions. This can be difficult for people who are not used to this type of thinking.

2- Attention to Details: A small error in a program, such as a character out of place, can cause the entire system to not work. This can be frustrating and requires meticulous attention to detail.

3- Continuous Learning: Technology and programming languages are always evolving. Programmers need to be constantly learning and adapting to new tools, languages, and practices.

4- Problem Solving: Much of programming involves solving problems. This can be challenging and time-consuming, especially if the problem is complex or unknown.

5- Difficult Initial Concepts: Some fundamental programming concepts, such as data structures, algorithms or programming paradigms, may be difficult to understand initially.

6- Diversity of Languages and Tools: There are many programming languages and tools available. Choosing where to start and which language or tool to use can be overwhelming.

7- Indirect Feedback: In some professions, feedback on whether you are doing something right or wrong is immediate. In programming, you can spend hours or days trying to resolve a bug before you get positive feedback.

8- Isolation: Programming can sometimes be a solitary activity, which can be difficult for those who are more social by nature.

9- Increasing Complexity: As systems grow, the number of interrelated components increases exponentially. This means that a change in one place can have cascading effects on many other parts of the system. Keeping an overview and understanding all interactions becomes challenging.

10- Pressure: In professional environments, deadlines and client demands can create additional pressure, making work more stressful.

11- Abstraction: Many modern tools and frameworks abstract complexity to make the programmer's life easier. However, when something goes wrong, the programmer needs to understand the inner workings of these abstractions, which can be very complex.

12- Errors and debugging: The debugging process can be compared to a detective solving a mystery. It requires a deep understanding of the system and an ability to isolate and identify root causes from often misleading symptoms.

13- Constant changes in technology: New versions of languages and frameworks are released regularly. This means that what was true or best practice a year ago may no longer be true today. Staying current requires an ongoing commitment to learning.

14- Non-deterministic problems: These are problems that do not occur every time the program is run, making them particularly difficult to diagnose. They are common in systems with concurrency or parallelism.

15 – Ambiguous Requirements: Communication is one of the most underrated parts of programming. Understanding what a user or customer really wants and translating that into a working program can be quite a challenge.

16- Optimization: Optimization often involves compromises. For example, optimizing for speed may sacrifice code readability or maintainability. Deciding when and how to optimize requires deep understanding and experience.

17- Maintainability: The code lives much longer than initially expected. Writing code that not only works now, but can also be easily adapted and expanded in the future, is an art.

18- Integration: When different systems, often written in different languages or by different teams, need to work together, numerous challenges arise. They can range from differences in data formats to incompatibilities in software versions.

19- Tests: Writing tests is not just about checking that the code does what it should do, but also ensuring that it doesn't do what it shouldn't. This includes considering edge cases, potential failures, and unexpected interactions.


CONCLUSION

I hope this in-depth explanation helps clarify the complex and multifaceted nature of programming. Programming is a combination of science, art, and engineering, and although it can be challenging, it is also one of the most rewarding and impactful disciplines of our time.

However, it's important to note that many people also find programming rewarding. Solving a complicated problem, creating something from scratch, or seeing your code come to life can be very satisfying. The ability to think logically, solve problems, and approach challenges in new and creative ways are valuable skills that programming can teach. Many programmers pursue the profession because of these challenges and rewards, not despite them.


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How to stay updated

How to stay updated

(6 minutes of reading)


We know that today it is essential to keep updated in the IT market, due to the rapid evolution and constant changes that occur in this area. In this article we will talk about some suggestions to stay informed and updated in the technology market.


COURSES AND CERTIFICATES

Platforms like Coursera, Udemy, Pluralsight, edX, among others, offer a variety of courses on the latest technologies and practices. The certifications of renowned companies (such as AWS, Microsoft, Google, and Cisco) can provide you with current knowledge and help validate it.


EVENTS AND CONFERENCES

Participating in conferences, seminars and webinars is an excellent way to learn about the latest trends, learn from specialists and, also, for networking. Some of the popular conferences include Google I/O, Microsoft Build, Apple WWDC, and many others dedicated to specific languages or technologies.


READINGS

Follow blogs, news portals and specialized IT sites, such as InfoQ, Hacker News, The Next Web, Ars Technica, among others.


SOCIAL NETWORKS AND COMMUNITIES

Twitter, LinkedIn, Reddit (especially subreddits like r/ technology er/ programming), and other platforms have active communities where IT professionals share the latest news and insights. There are also sites like Stack Overflow and GitHub that are great for following programming trends.


PODCASTS AND VIDEOS

There are many podcasts and YouTube channels dedicated to IT that address the latest news, interview specialists, and discuss relevant topics.


GROUPS AND ASSOCIATES

Joining local groups or professional associations can be a great way to stay current, as well as to network with other professionals.


CONTINUOUS PRACTICE

As you learn about new technologies or methodologies, try to apply them to personal or non-work projects. A practical experience can be one of the best ways to truly internalize and understand new concepts. You can practice many exercises on our platform.


BOOKS

As technology changes rapidly, some fundamental principles remain the same. Books can provide an in-depth understanding of specific topics. Check recent releases and classic books that remain relevant.


MENTORING AND NETWORKING

Having a mentor or connecting regularly with professional colleagues can help you gain insights into what is relevant and emerging in the field.


HAVE AN OPEN MIND

Technology and best practices are always evolving. Be willing to unlearn and relearn. Keep curious and stay open to new approaches and technologies.


LEARN CURRENT PROGRAMMING LANGUAGES

Following the emergence of new programming languages and popular frameworks. For example, if you're a web developer, keep up to date on JavaScript updates (like ES6/ES7) and newer frameworks like React, Angular, and Vue.js.


PARTICIPATE IN COMPETITIONS AND HACKTHONS

Hackathons are great opportunities to face technical challenges and learn emerging technologies. Platforms like beecrowd offer regular challenges that can help you improve your problem solving skills.


FOLLOW PROGRESS IN AI AND ML

AI and ML are constantly evolving. Follow the research and releases related to libraries such as TensorFlow, PyTorch and scikit-learn.


LEARN ABOUT DEVOPS AND AUTOMATION

DevOps practice is becoming essential for modern development environments. Get familiar with tools like Docker, Kubernetes and Jenkins for deployment automation and infrastructure management.


EXPLORE CYBER SECURITY

Information security is a growing concern. Learn about ethical hacking techniques, penetration testing, and security best practices to protect systems and data.


FOLLOW CLOUD COMPUTING

As cloud computing becomes the norm, stay up to date with offerings from providers like AWS, Microsoft Azure, and Google Cloud Platform. Learn about services like serverless, cloud storage, and AI services.


CONTRIBUTE TO AN OPEN SOURCE CODE PROJECT

Get involved in open-source projects relevant to your areas of interest. This will not only broaden your knowledge but will also give you the opportunity to work as a team and learn from other developers.


FOLLOW LIBRARIES AND FRONTEND FRAMEWORKS

You are a front-end developer, so, being aware of the updates to the main frameworks such as React, Angular and Vue.js, as well as exploring new CSS libraries and design tools.


EXPLORE QUANTUM COMPUTING

Even though it is still in its initial stages, quantum computing is becoming an exciting area. Learning the basic concepts and following the progress can prepare you for the future.


FOLLOW UPDATES IN OPERATIONAL SYSTEMS

Check inside the updates for the popular operating systems, such as the most recent versions of Windows, macOS and Linux distributions.

Be aware that, in IT, learning is a continuous process. Don't feel overloaded with the amount of information; instead, concentrate on areas that are most relevant to your job or your personal interests.

Another important point is that, regardless of the technical path that you choose, constant practice, experimentation, and the application that you learn are essential for professional growth in the IT area.


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Tips to start programming

Tips to start programming

(9 minutes read)


Programming has become an increasingly relevant skill these days.

With the rapid advancement of technology and the growing dependence on computer systems in many areas, the ability to program has become a competitive advantage in the job market.

If you're interested in learning to code but don't know where to start, this article will provide 10 steps to help you get started on your programming journey.


10 STEPS TO START PROGRAMMING

Programming is an increasingly sought-after skill that can open a wide range of career opportunities.

However, starting to program can seem daunting. The good news is that with the right approach and mindset, anyone can learn to code.

Here are 10 steps to get you started on your programming journey.


1 - Define your goal

Before you start programming, it's important to define your goal. Do you want to create a website? Develop a mobile app? Learn about artificial intelligence? By having a clear goal in mind, you can focus on learning the relevant programming languages and skills to reach your goals.

Be specific when setting your goal. For example, if you want to create a website, determine whether it is a static or an interactive website.

If you want to develop a mobile app, decide whether it's for iOS, Android, or both. This clarity will help direct your learning efforts and prevent you from getting scattered in multiple directions.


2 - Choose a programming language

There are many programming languages available, each with its specific characteristics and uses. Some popular languages include Python, Java, JavaScript and C++. Research the most used languages in your field of interest and choose one to start with. It's important to remember that learning a programming language is an ongoing process and you can learn others in the future.

When selecting a language, consider factors such as ease of learning, developer community, and demand in the job market.

Python, for example, is known for its simplicity and versatility, while JavaScript is widely used for web development. Choose a language that aligns with your goals and interests.


3 - Familiarize yourself with the basics of programming

Before diving into coding, it's critical to understand the basics of programming. These concepts are fundamental and apply to all programming languages. Some of the essential concepts include:

- Variables: are storage spaces for data that can be manipulated and used in a program.

- Control structures: allow controlling the flow of execution of a program, including loops (repetitions) and conditionals (decisions).

- Data structures: are ways of organizing and storing data, such as lists, arrays, and dictionaries.

There are many online resources, tutorials, and courses that can help you learn these basics. Take time to understand them before proceeding.


4 - Learn through tutorials and online courses

Now that you understand the basic concepts, it's time to start learning your chosen programming language. There are numerous options for free online tutorials and courses that can help you learn to code.

There are many platforms that offer introductory courses for beginners. These resources are great for gaining hands-on knowledge and tracking progress as you progress through learning.

Tutorials and walkthroughs are useful for building your programming knowledge base. They provide practical examples and exercises to consolidate what you've learned. Online courses, on the other hand, offer a more structured approach, with expert instructors guiding you through the learning process.


5 - Practice with exercises and projects

Practice is essential to hone your programming skills. As you progress through tutorials and courses, practice what you've learned with exercises and small projects. This will help you consolidate your knowledge and gain confidence in coding.

Look for challenges and programming problems online. The beecrowd platform has a variety of exercises for you to solve. Our YouTube channel has several videos with tutorials on how to solve the exercises as well. Also, try to apply what you've learned to personal projects.

Build a simple website, create a program that solves a specific problem, or develop a basic game. Constant practice is key to honing your skills and becoming a better programmer.


6 - Participate in online communities and forums

Joining online programming communities can be extremely beneficial for beginners. There are forums where you can ask questions and get answers from experienced developers.

Also, join groups on Facebook, Reddit or Discord where you can share your achievements, ask questions, and receive constructive feedback.

Interacting with other programmers will allow you to learn from their experiences and challenges. Plus, you'll have the opportunity to engage in relevant discussions, stay current on industry trends, and even find potential mentors.


7 - Collaborate on open-source projects

A great way to gain experience and build your portfolio is to contribute to open-source projects. There are many projects that are open to community contributions. This will allow you to work in a team, learn from other developers and showcase your work to potential employers in the future.

Start by finding open-source projects that align with your interests and skills. Check the repositories on GitHub and explore open tasks. Start with small contributions like bug fixes or documentation improvements.

As you gain confidence and experience, you can take on more complex tasks. This teamwork and collaboration experience will help you grow as a programmer.


8 - Keep up to date

Programming is an ever-evolving field, with new technologies and languages emerging regularly. It is essential to keep up to date with trends and news in the sector. Read blogs, follow influential developers on social media, and attend programming-related conferences and meetups.

Subscribe to specialized newsletters and follow technology news sites and magazines. Be aware of emerging programming languages, popular frameworks, and new approaches to software development.

Also, take the time to explore updates and improvements to the programming languages you are learning. Staying current will help you stay relevant and competitive in the job market.


9 - Build a network of contacts

Connecting with other programmers is a valuable way to learn and advance your career. Attending networking events, be active in online communities, and participate in hackathons. These interactions can lead to job opportunities, project partnerships, and mentors that will help you on your coding journey.

Join local or virtual study groups. This will allow you to meet other people who are also learning to code. Also, participating in hackathons is a great way to put your skills to work, work in a team, and meet other developers.


10 - Never stop learning

Programming is a field that requires continuous learning. Keep exploring new languages, frameworks, and concepts as you gain experience. Be willing to face challenges and don't be afraid to make mistakes, as they are part of the learning process.

In addition to learning new technologies, it is also important to improve your problem-solving skills, algorithm design and good programming practices.

Take advanced courses, participate in coding challenges, and be open to learning from mistakes. Continuous learning will allow you to adapt to industry changes and achieve a high level of programming proficiency.


CONCLUSION

Starting to code may seem daunting at first, but following these 10 steps will help you start your programming journey in a structured and efficient way.

Remember to define your goals, choose a programming language, learn the basics, practice, get involved in communities, contribute to projects, stay current, build a network, and never stop learning.

With dedication and perseverance, you can become a skilled programmer and open doors to a future full of opportunities.


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Tips For Technology Students

Tips For Technology Students

(8 minutes of reading)


Are you an technology student looking for advice on how to succeed? If so, you've come to the right place!

In this article, we'll provide you with helpful tips to ensure you have a successful experience in your technology career. We'll discuss ways to stay organized and manage your time effectively, as well as other strategies to help you excel in courses and in your IT career as well.

In addition, we'll cover ways to develop interpersonal relationships that can enrich your learning experience.


TIPS FOR TECHNOLOGY STUDENTS

As a student in IT, you are preparing for a successful career in the technology industry. Your course will provide you with the fundamental knowledge and skills that are essential to your future success.

However, there are several tips that you won't learn in class, but that will help you stand out. And that's why, today we'll give you tips that will help you walk this long and promising journey. Let's go?!


LEARN TO WORK IN A TEAM

While college can teach technical skills, students often don't have many opportunities to work on team projects. It is important to learn to work together with other people, to learn to deal with conflicts and to collaborate effectively. This, without a doubt, is a skill for anyone who wants to work with programming.


DEVELOP INTERPERSONAL SKILLS

Interpersonal skills such as empathy and critical thinking are essential for a successful career in technology. Learning to communicate effectively with teammates, leaders, and customers can be just as important as technical skills. That is, invest time in developing your soft skills, as they are just as important as your technical skills.


KNOWING THE JOB MARKET

Be prepared for the job market. It's important to research industry trends, job opportunities, and skills required by employers. Be aware of how the job market is doing!


BE UPDATED

Technology advances rapidly and it is important for students to stay current on the latest trends in their field of interest. Reading blogs, participating in forums, and taking online courses can help keep your knowledge current.


DEVELOP PROBLEM-SOLVING SKILLS

Problem solving is a fundamental skill in technology. It is important to learn to approach complex problems and find creative solutions.

Using the beecrowd platform is a good solution for this. There you will find numerous problems to practice.


CREATE YOUR PERSONAL BRAND

Developing a strong personal brand can help technology students stand out in the job market. This could include creating an online portfolio, participating in open-source projects, or contributing to technical forums.


LEARN TO DEAL WITH REJECTION

Rejection is part of professional life, and it is important to learn to deal with it. Learning to deal with failure and seek constructive feedback can help technology students grow and develop their skills. And remember, many times, the criticism isn't personal, it's about your code or project.


UNDERSTAND THE CURRENT SCENARIO OF THE TECHNOLOGY MARKET

The current scenario of the technology market is constantly evolving and adapting to new technologies and trends.

With technology playing an increasingly important role in all aspects of our lives, there is a high demand for skilled technology professionals. And as a student in the area, understanding this scenario can be critical to your professional success.

Understanding the current scenario of the technology market is essential for every IT student for several reasons. Here are some of them:

1- Identify the most valued skills and knowledge: Understanding the technology market can help students identify the skills and knowledge most valued by employers. That way, they can focus on acquiring the skills and knowledge they need to excel in the job market.

2- Identify industry trends: The technology market is constantly changing and evolving, and it is important for students to be aware of industry trends. Understanding these trends can help them identify the most promising areas of specialization and prepare for the future of the IT job market.

3- Find Internship and Employment Opportunities: Understanding the IT market can help students identify companies that are hiring and available internship and employment opportunities. Additionally, by understanding employer requirements and expectations, students can better prepare for interviews and selection processes.

4- Adjust salary and benefit expectations: Understanding the technology market can help students adjust their salary and benefit expectations. They can research average salaries for different roles and regions, as well as trends around benefits such as work flexibility and professional development.

5- Identify areas of demand: Understanding the technology market can help students identify areas of demand where there is a shortage of qualified professionals. These areas can include software programming, mobile app development, cybersecurity, data analysis, and more.

In summary, understanding the current technology market landscape is critical for IT students because it can help them identify the most valued skills and knowledge, industry trends, internship, and employment opportunities, adjust their salary expectations and benefits and identify areas of demand where there is a shortage of qualified professionals.


HOW TECHNOLOGY STUDENTS SHOULD EXPERIENCE THE MARKET AFTER THE AI REVOLUTION

The Artificial Intelligence (AI) revolution has had a significant impact on the Information Technology market, affecting the way companies manage their processes, how they interact with their customers and how they develop new products and services.

For technology students, it is important to see the market after the AI revolution as an environment of opportunities and challenges.

The AI revolution has created work and business opportunities. As companies seek to adapt to new technologies, they need professionals skilled in AI and other related areas such as machine learning and big data.

This means that technology students who specialize in these areas will have a good chance of landing high-paying and challenging jobs.

The AI revolution also creates challenges for technology students. AIs have the potential to replace some jobs, especially those that involve repetitive and predictable tasks. This means that IT students need to be aware of changes in the job market and be prepared to adapt to them.

As such, they need to focus on skills that AIs cannot yet replicate, such as creativity, critical thinking, and interpersonal skills.

Furthermore, the AI revolution also creates ethical and social challenges.

As companies develop autonomous systems based on AIs, concerns arise about issues such as privacy, security, and liability. IT students need to be aware of these challenges and be able to work with other areas, such as ethics and law, to ensure that AI solutions are developed and implemented responsibly and fairly.

In summary, technology students should see the market after the AI revolution as an environment of opportunities and challenges. They need to specialize in AI- related areas to take advantage of new job opportunities, while also needing to be prepared to face the ethical and social challenges that arise with the development of these technologies.

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The Most Popular Languages for Game Developers

The Most Popular Languages for Game Developers

(7 minutes of reading)


Are you a game developer looking for the best language to use for your next project? With so many languages to choose from, it can be hard to decide which one is right for you, can’t it?

Luckily for you, we’ve decided to help narrow down your options and provide you with information on some of the most popular languages used by game developers today. From scripting to 3D rendering and mobile development, there’s a language here that’s sure to meet your needs. So, let’s go?


JAVA

Java is one of the most popular languages for game developers because of its versatility and cross-platform compatibility. It has been around since the 1990s and has proven to be an ideal language for game development due to its ability to handle complex tasks. In fact, one of the most popular games ever made, Minecraft, was created using Java.

One of the reasons Java is ideal for game development is because it can run on multiple platforms without requiring any modifications. This means that a game created with Java can be played on any supported device, be it a desktop computer or a mobile device. In addition, Java has a vast library of tools and features that make it easy for developers to create high-quality games.

Another advantage of using Java for game development is its ability to handle large amounts of data efficiently.


C++

C++ is the ideal language for game developers who want to create complex, high-performance games. It's a popular choice among professional game developers because of its speed and low-level hardware access. If you want to develop games like Counter-Strike or other complex games, C++ should be your language of choice.

C++ was first created in 1979 by Bjarne Stroustrup as an extension of the C programming language. Since then, it has become one of the most widely used programming languages in the world, particularly in game software development. C++ provides all the necessary features and tools that game developers need to create advanced graphics and physics systems.

But it's not just professionals who can benefit from using C++. Even startups can leverage this powerful language to develop their own gaming products.


JAVASCRIPT

JavaScript is a programming language that has been gaining popularity among game developers in recent years. This language provides the necessary tools and resources to create dynamic and interactive games that can be played on several platforms.

One of the most impressive examples of JavaScript's capabilities in game development is HexGL, a racing game built using three.js. The game features stunning graphics and animations, thanks to the use of WebGL technology, which allows for high-quality 3D rendering in web browsers. The game's dynamics are also impressive - with smooth transitions between different tracks, realistic physics simulations and engaging game mechanics.

Overall, JavaScript offers an excellent platform for creating games that are not only visually stunning, but also highly functional. With its powerful libraries such as three.js and WebGL technology, developers can create immersive cross-platform gaming experiences without compromising on quality or speed.


C#

C# is a programming language created by Microsoft that is considered modern, general-purpose, and object-oriented. It has been approved by both the European Association of Computer Manufacturers (ECMA) and the International Organization for Standardization (ISO).

Anders Hejlsberg and his team developed the language during the creation of the framework .Net. This language is intended for the Common Language Infrastructure (CLI), which includes executable code and a runtime environment that allows the use of multiple high-level languages on various platforms and computer architectures.

Cuphead is an action game that was created in this language, and players take on the role of Cuphead and Mugman as they work to pay their debt to the devil.


PYTHON 

Python is a popular programming language that has become more and more popular among game developers in recent years. Python's dynamic semantics make it an ideal choice for game development, as it allows developers to easily create complex games with minimal coding effort. With its easy-to-learn syntax and powerful libraries, Python has quickly become one of the most popular languages for game development.

An example of a game developed in Python is The Sims 4, which uses dynamic typing to allow players to control their virtual characters in a simulated world. This dynamic typing feature allows the game to be more flexible and adaptable than other games that use static typing. By allowing variables to be assigned different types and at different times during program execution, dynamic typing allows The Sims 4 to create realistic virtual environments that dynamically respond to player input.


OBJECTIVE-C

Objective-C is a powerful programming language that was first developed by Brad Cox and Tom Love in the early 1980s. It was created as an extension of the C programming language and was adopted by NeXTSTEP, which was later acquired by Apple. Objective-C has become popular with game developers because of its object-oriented nature, dynamic runtime, and ease of use.

Objective-C has played a significant role in iOS application development. An example is Pinball Lite, which is one of the most popular games on the App Store. The game was developed using Objective-C and features stunning graphics and realistic physics-based gameplay that keeps users engaged for hours. It's no surprise that many application developers choose to work with Objective-C when developing mobile games.

Objective-C's versatility has made it an essential tool for programmers in all industries.


Want to read more about game development? Read this other article from our blog: GAME DEVELOPER


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How to Perform Well in an IT Interview

How to Perform Well in an IT Interview

(6 minutes of reading)


I've been writing here for months that the technology market is heated and now, in 2023, it's no different. Despite the mass layoffs at big techs at the beginning of the year, the technology sector remains heated and, according to Forbes, there are currently 33,000 job openings in IT, with 24,000 openings in 2022, i.e., 38% increase.

If you are a programmer or student in the area looking for a job, or looking to change areas, this is the right time. And that's what we're going to talk about today, how to behave and do well in a job interview in the technology field. Come read and see our tips!


TIPS ON HOW TO PERFORM WELL IN AN IT JOB INTERVIEW

The first step to do well in a job interview (this goes for any area) is to show interest, perform well in the technical part and, above all, fight for the opportunity.

That done, here are some tips, especially for the IT area that will help you succeed in the interview.


1) BEHAVIOR

Job interview is a formal environment, however informal the company is, remember that during the interview it is important to maintain a certain formality.

Another very important aspect is the candidate's personal values, which must be aligned to those of the company, so it is important to research the company before going to the interview.

Technical qualities are important, yes, but most of the time they can be improved, or even acquired over time, so recruiters are often more interested in the interviewee's behavior and look for characteristics such as: proactivity, flexibility, resilience, willpower, creativity, leadership, and teamwork, so during the conversation they look for indicators for these characteristics.

The main attitude to take is to be authentic and sincere.

 
2) COMMUNICATION

In any field of employment, it is essential to speak clearly and concisely so that your listener is not left in doubt about what you are talking about.

In a job interview, it is essential to communicate well. Know how to speak with authority when talking about a technical subject, but also know how to talk about different subjects and demonstrate general knowledge, especially if you want to grow in your career and reach management and leadership positions.


3) DON'T BE AFRAID

A job interview isn't just for you to point out all the successful things you've done in your career.

Don't be afraid to talk about your failures and everything you learned from them, after all we learn a lot from our mistakes, and they are part of our lives.


4) HAVE CLEAR OBJECTIVES

Be objective in your answers, surprise the recruiter by answering the questions objectively and clearly, but also don't be monosyllabic, explain your thoughts and point of view well.


5) RESEARCH ABOUT THE OPPORTUNITY AND COMPANY

When researching the vacancy and company culture, you show interest, and this can count points for you. Read about the company and the services it offers. Show an interest in being part of the company's group and culture.


6) KNOW HOW TO TALK ABOUT YOURSELF AND YOUR EXPERIENCES

Keep in mind that a job interview is just a conversation. Be yourself and try to act very naturally.

When talking about yourself and your career don't boast, be concise and simple. Do not increase or decrease your achievements.

It is important for you to prepare yourself by remembering the companies and positions in which you worked, your biggest challenges, some problems you faced and how you solved them. It is also interesting to talk about some of the projects he has participated in. Also talk about your academic background, about the technologies you master (languages, cloud providers, frameworks, automation tools, etc.). Remembering that all this in a clear and summarized way.


7) ASK QUESTIONS

As we've said before, the interview is a conversation and there's nothing more boring than a one-sided conversation where only one person asks. So, show interest in the vacancy and the company, ask pertinent and well-made questions. Some options are: what is the biggest challenge of the vacancy and/or company? What technologies used? What does the company expect from the hired professional?


8) BE HONEST

Honesty is essential in a job interview.

When you say you know a specific program, the company expects you to play that role, if this is not true, it will harm you. So always tell the truth and show interest in learning and improving your knowledge.


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Kick-starting your Programming Career

Kick-starting your Programming Career

(5 minutes reading)


Have you just graduated from college or are you thinking of switching to an IT career and don't know where to start? Come with us, in today's text we will give you tips on what are the first and/or main steps to enter this immense world of technology.

We will not deceive you and say that this is a quick and easy way. No way. According to computer scientist Peter Norvig, it takes an average of 10 years to become an amazing programmer. Let's start?


TO BECOME A PROGRAMMER, WHAT SHOULD I STUDY?

More than choosing language A or B, you should focus on programming logic and object-oriented logic, that is, learning to organize your ideas in a structure that can be written using any programming language.

Programming is an exercise in breaking down tasks into smaller parts and describing them in code. That is, there is no point in starting to study a language without knowing the basic structures to be able to take the first steps.

You must increase your logical reasoning so that you can find the best resolution for problems that will need to be solved through technology.

Now, about which language to start with, it all depends on what you intend to do. Nowadays, the two most suitable for those who are starting are JavaScript and Python, not only because they are the most used, but also because they are easy to learn. Want to know more about these two languages? Here are 2 texts from our blog: JavaScript / Python.


PRACTICE A LOT OF PROGRAMMING

To be a good programmer you need to practice and repeat a lot of exercises and logical skill. Don't skip any steps, practice until you're exhausted, because that's the only way you'll feel safe executing your projects, regardless of the level of complexity.

The more you practice, the more your brain will be trained to solve and avoid bugs.


TO GET STARTED, CHOOSE A MORE ACCESSIBLE LANGUAGE

There are thousands of languages to learn, but there's no point in learning several of them at the beginning. The best you can do is focus on one and become an expert.

Another idea is not to start with a very complex language like C++ or Java, which despite being complete languages, will make your life very difficult in the beginning.

Start with a simpler language, but one that also opens doors for you, such as Python or JavaScript , and exhaust everything you have to learn about them.


WHAT ABOUT MATHEMATICS, DO I HAVE TO KNOW A LOT?

The basics of mathematics are indeed necessary, but remember, more than being able to solve very difficult calculations, what you really need for programming is logical reasoning and many challenges and puzzles.


UPDATE

Technology advances and changes every day and with that the programmers, no matter how experienced they may be, cannot fail to recycle themselves. Stay tuned for changes, take courses, read and be part of groups on social networks.


DECIDE IN WHICH AREA YOU WILL OPERATE

The field of programming is very large, so when starting out, have an idea of how you would like to work, as this will help you decide how to organize your career. Find out what kind of platform you are interested in working on: web applications, systems, games, mobile, among other areas. As you acquire experiences, you can change your focus as you wish.


CREATE GOOD HABITS WHEN PROGRAMMING

To create good habits when programming, you need to follow good examples. Therefore, always look for good sources of studies and references of good programmers.


DO NETWORKING

The programmer's life can seem lonely at times, but it shouldn't be. You should keep in touch with other programmers, especially at the beginning of your career, so you can exchange experiences. This will help you not to give up, as you will see that the difficulties are not yours alone, but happens for all programmers.


DO NOT GIVE UP

Learning to program requires many skills that are acquired with practice and a lot of patience. So don't get discouraged in your studies and you will be rewarded for your learning.


Other articles on our blog that can help you develop in programming:
- Important things a Programmer should know
- Success in Programming
- The Efficient Developer


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Cloud Engineer

Cloud Engineer

(5 minutes reading)


The world of technology is constantly evolving and the demand for skilled cloud engineers continues to increase.

The profession is growing up in recent years as companies increasingly turn to cloud-based solutions for their data management and storage needs. Want to know what makes a Cloud Engineer and how to become one? Then check it out in our article!


WHAT IS A CLOUD ENGINEER?

A Cloud Engineer is a software and infrastructure specialist, responsible for the design, implementation, optimization, and management of cloud-based computing systems.

As cloud technology continues to evolve rapidly, skilled cloud engineers are in high demand as companies look to take advantage of the scalability and cost benefits of cloud services.

Cloud engineers must have a deep understanding of computer networking concepts such as virtualization, storage systems, server deployment models, and system security.

These professionals also need strong programming skills in languages such as Python and JavaScript to be able to script and develop custom applications on top of existing cloud services.

Also, experience with DevOps tools like Kubernetes or Docker is often beneficial for automating infrastructure tasks.


DUTIES AND RESPONSIBILITIES OF A CLOUD ENGINEER

Cloud engineering is a challenging job that requires experience and expertise in cloud-based systems, software development, programming, IT security, and more.

As a cloud engineer, you will be tasked with providing technical support to identify any cloud computing issues that arise, as well as designing and developing secure cloud-based applications and systems.

Your duties will include assessing existing infrastructure to ensure it meets required standards, as well as identifying potential scalability issues. You will monitor system performance to detect any shortcomings or improvements that need to be done.

In addition, you will need to maintain service level agreements with customers ensuring high service availability. By analyzing customer requirements, you will develop solutions using appropriate technologies while driving improvements through automation processes.


CAREER OUTLOOK

Cloud engineers are in high demand in today's job market. As the demand for cloud-based services continues to increase, the career prospects for cloud engineers have never looked brighter. With all the opportunities available, it's no surprise that many professionals are pursuing a career as a cloud engineer.

Cloud engineers can expect to stay current with emerging technologies and trends in their field, while improving the existing solutions they manage or developing new ones based on customer needs.

Their work often requires them to collaborate with other departments, such as security specialists or development teams that handle related tasks. Which makes the niche even more immersive.


SKILL SETS NEEDED TO BECOME A CLOUD ENGINEER

As we have seen, cloud engineers have the important task of efficiently deploying and managing cloud-based applications.

To succeed in this role, engineers must possess a specific set of skills related to programming, operating systems, and Internet protocols. Additionally, they must understand platform as a service (PaaS) and software as a service (SaaS).

Aspiring cloud engineers should understand how to build software using various coding languages such as Java or Python. They should also feel comfortable working with different operating systems such as Windows, Linux, or Mac OS.

Knowledge of internet protocols such as TCP/IP and DNS is also essential for this job. In addition to these technical requirements, cloud engineers must understand PaaS and SaaS platforms so that they can develop the most efficient solutions for their customers.


HOW TO SPECIALIZE IN THE AREA OF CLOUD ENGINEERING?

Becoming a cloud engineer can open many career opportunities, but how does one specialize in this field? To become a qualified cloud engineer, certifications from popular providers such as Google Cloud Certified, Microsoft Azure and AWS Certified are key qualifications for most employers.

For those who want to gain the advanced knowledge needed to specialize in the field of cloud engineering, pursuing a college degree can be beneficial.

Associate or bachelor’s degrees in computer science or a related field are highly recommended by many industry professionals. In addition, specialized courses in Theory and Practice of Cloud Computing are available at several universities.

These courses offer an invaluable learning experience that combines theoretical topics with hands-on training in different cloud computing technologies.


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Main Skills

What will be the most demanded skills for the future?

(8 minutes of reading)


With the ever-changing job market, having a good understanding of what will be in high demand in the future can give you an edge over the competition. From digital literacy to robotics-related skills, there are several key skills that are expected to be highly sought after in the coming years.

Digital literacy is one of those skills that will become even more important as technology continues its rapid advance. Having a good command of computer programming languages and communication tools such as email and collaboration software will be essential for many jobs going forward.

Furthermore, being able to analyze data and create meaningful visualizations with powerful analysis tools will also come in handy when applying for future positions. Robotics is another skill that could become increasingly valuable in the near future.


ARTIFICIAL INTELLIGENCE

In today's ever-evolving world, artificial intelligence (AI) is fast becoming the skill of the future. AI is no longer just a buzzword in tech circles; is becoming an integral part of virtually every industry and market. Companies are increasingly relying on it to automate processes, improve the customer experience and develop innovative products faster than ever before. As such, having the right AI skills can give you a competitive edge in your career or business.

From machine learning to natural language processing (NLP), there are many types of AI skills that are essential for professionals who want to stay at the forefront of their field. Machine learning can be used to identify patterns in large datasets that might otherwise remain hidden. NLP allows machines to understand human language and be able to communicate with humans more effectively.


AUGMENTED REALITY

Augmented reality (AR) is one of the advancements professionals need to be aware of. This innovative technology can be used for training, product design, maintenance and much more. By enhancing our ability to visualize a 3D environment through virtual objects and data, AR has become an invaluable resource for businesses around the world.

Professionals who can understand and utilize AR technology will have a significant advantage over their peers in the future. Training with augmented reality applications can help employees stay informed about industry trends and best practices without leaving the office or home.

Additionally, understanding how AR works can provide opportunities for innovative solutions in product development or customer service interactions, as well as increasing safety measures during maintenance procedures.


SPECIALIZATION IN CYBERSECURITY

Specializing in cybersecurity can open a wide range of career opportunities and make job seekers more competitive in the marketplace. With that in mind, it's essential to understand which specialist skills are most desirable and likely to remain relevant for years to come.

Experts agree that ethical hacking knowledge, malware analysis, incident response, and risk management are important skills for future cybersecurity specialists.

Ethical hacking involves finding vulnerabilities in computer systems before malicious actors do, so they can be addressed quickly and efficiently.

Malware analysis is another useful skill as it allows cyber specialists to identify potential malicious software threats before they cause serious damage.


DATA ANALYSIS AND VISUALIZATION

Data analysis and visualization is an essential part of the modern workplace. As businesses become increasingly reliant on technology, it's important to stay ahead by developing these skills.

Data analysis and visualization enables professionals in all industries to analyze data sets quickly and efficiently, creating better decision-making processes. With these tools, companies can gain valuable insights into their operations and customer base to optimize performance.

Data analysis and visualization is also becoming increasingly important in areas such as healthcare, engineering, finance, marketing and more. By understanding how data works, professionals can develop predictive models that help them anticipate future trends or make better decisions about resource allocation.

Furthermore, with views including tables or charts, users can get a better sense of their data sets in a more comprehensive way than traditional methods would allow.


AUTOMATION AND ROBOTICS

Automation and robotics can provide a wide range of benefits, from increased efficiency and accuracy to increased safety. By understanding the skills associated with this rapidly evolving field, individuals can develop an edge in their chosen profession or career.

For those looking to stay ahead of the curve, there are a few key skills that should be at the forefront of any application or resume: programming experience, mechanical design knowledge, artificial intelligence (AI) experience, and data analysis skills.

Knowledge of robotics hardware is also important for the development of autonomous robots or robotic systems. Additionally, familiarity with software development tools such as CAD/CAM systems can help professionals create more efficient automated products and processes.


CONCLUSION

Investing in your skills has never been more important. With the world of work changing rapidly, it's essential to be future-proof and have the right skills to stay competitive.

From technology to communication and problem solving, there are many skills that will continue to be valued over time. Understanding which ones are most important and investing in them can set you up for a successful career.

To stay ahead, consider investing in technical skills like coding or data analysis, soft skills like emotional intelligence or communication, creative skills like design or writing, and strategic thinking.

Having these foundational skills will make it easier for you to adapt as industries evolve and new opportunities arise. By equipping yourself with these valuable resources now, you'll be better positioned no matter what lies ahead.


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Creativity and Innovation

Creativity and Innovation

(8 minutes of reading)


Creativity and innovation can help you stay ahead of the competition, be more productive and lead your business to success.

Companies that manage to embrace these concepts can develop new ideas and products that can revolutionize their industry. By encouraging creativity and innovation in the workplace, you can provide an environment where employees feel inspired by their work, leading to higher levels of productivity and motivation.

Furthermore, by embracing creativity and innovation, companies will have access to a variety of different perspectives that allow them to make better decisions based on a variety of opinions.

So, it becomes clear why creative thinking should be embraced as it allows companies to stay ahead in terms of product development, decision-making processes, collaboration with other companies in the industry, as well as overall employee satisfaction.

Embracing creativity and innovation is essential for any business looking to succeed today!


WHAT IS CREATIVITY & INNOVATION?

Creativity and Innovation are two concepts that have become increasingly important in today's world. Creativity is the process of generating new ideas, while innovation is the implementation of these ideas. It can be used to create something or to improve an existing product, service, or process. Both creativity and innovation are essential for companies to remain competitive in a rapidly changing economy.

An individual's ability to think creatively and come up with innovative solutions can be a significant asset when it comes to solving problems, developing products or services, and finding better ways of doing things.

Embracing creativity and innovation can help you find more efficient solutions, explore new markets, increase productivity, and ultimately grow your business faster than ever. By investing in creative thinking, you can unlock your organization's potential by making effective use of all its resources.


BENEFITS OF CREATIVITY AND INNOVATION

But after all, what are the real benefits of creativity and innovation?

The answer is simple: creativity and innovation are essential for success in any industry. By embracing these two concepts, you can identify new opportunities, create better solutions to problems, and stay one step ahead of the competition. 

Creativity and innovation also give companies a competitive edge as they explore exciting ideas, build customer, and partner relationships, and develop innovative strategies that can help them stand out from their competitors.

Creativity and innovation are also great ways to boost morale in the workplace. Employees who can think outside the box create unique solutions that not only benefit the organization, but also empower the individuals within it. When employees feel inspired by their work environment, they tend to be more productive – which increases both their satisfaction levels and overall company performance.

In addition to providing an edge over competitors and increasing employee productivity, creativity and innovation also promote collaboration within organizations.


DEVELOPING CREATIVE AND INNOVATIVE THINKING

Developing creative and innovative thinking is essential for today's world. The ability to think outside the box, find unique solutions and find new ways of doing something can help us break free of old habits and routines.

Embracing creativity and innovation can also help you stand out in a competitive job market or industry, as employers are often looking for employees with these qualities.

However, developing creative and innovative thinking requires more than just an open mind. It requires careful practice of creative problem-solving strategies, brainstorming techniques, and risk-taking to push boundaries and explore uncharted territory. Research suggests that a combination of both analytical skills combined with creative ones leads to better results when it comes to finding original ideas or solutions. So, developing your ability to think creatively will definitely pay off!


OVERCOME CREATIVE BLOCKS

Creativity is the engine of progress, the source of new ideas and solutions. Innovation is its implementation in practice. Unfortunately, creative blocks can keep us from realizing our true potential. That's why it's so important to understand how to overcome these blocks.

At first glance, it may seem impossible to get rid of creative blocks. Fear and doubt can lead to paralysis in a professional environment where creativity is the key to success. However, with conscious effort and patience, we can find ways to break through these obstacles and unlock our creativity again.

The most important thing when overcoming creative blocks is to remember that there are no wrong answers or wrong solutions; the only limit is your own imagination! For starters, try to focus on one task at a time instead of trying to tackle multiple projects at once.


HOW COMPANIES USE CREATIVITY AND INNOVATION?

For companies of all sizes, the ability to stay competitive and successful in today's fast-paced world requires creativity and innovation. Companies that take this approach can stay ahead and be more attractive to potential customers.

The key to success is understanding how creativity and innovation can help companies achieve their goals. Creative solutions often come from thinking outside the box, while innovative approaches may involve creating new systems or technologies. Companies must use a combination of both strategies to differentiate themselves from their competitors.

By adopting creative and innovative strategies, companies gain an edge over the competition in terms of customer service, product development, marketing campaigns and cost efficiency.

Ultimately, these qualities enable companies to provide better products and services that meet customers' needs while staying ahead of industry trends. It's clear why companies must embrace creativity and innovation if they want to remain competitive in today's marketplace.


CONCLUSION: VALUE OF CREATIVITY AND INNOVATION

The value of creativity and innovation cannot be overstated; they provide an invaluable resource for troubleshooting. Thinking creatively allows us to come up with innovative ideas or products that can revolutionize industries or even change the way we live our lives.

Additionally, embracing creativity and innovation helps us stay competitive in a rapidly changing world, as well as build stronger relationships with the people around us, sparking meaningful conversations and collaborations.

In conclusion, creativity and innovation are valuable assets that should be embraced whenever possible.


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