You're struggling with problem-solving as a Software Engineer. How can you enhance your abilities?

Acredito que seguir esses passos vão contribuir para solucionar vários tipos de problemas incluindo o de engenharia de software: - Entender o fluxo de processo do que está para ser solucionado; - Entender o que o cliente quer; - Pesquisar ferramentas adequadas para solucionar os problemas; - Caso não saiba, procurar opiniões de pessoas mais experientes; - Fazer backup de todo o sistema com o seu banco de dados; - Criar um ambiente de teste e homologação; - Após a aprovação do cliente, colocar em produção.

On finding out that you are struggling with problem solving, then it's better to first of all find out where the knowledge gap exists. The best solution is to go back and study as you practice the fundamentals of computer science and software engineering that range from data structures, algorithms and the problems they help solve. Another great way to help you bridge the gap in problem solving is to find you a great mentor for motivation to become a problem solver your self.

The same principle applied for other things. You will not become an expert in a blink or right after your born. As idiom says, practice makes perfect. The more you code, the more you know better. And every challenges is a learning process throughout your journey. Make sure you know the basics. Sometimes the challenges is not the code itself, but the requirement. Connect to the right pic to sort out the problems. Communications between team also important. Sometimes when you talk with others, you will get some solutions or ideas. :)

Absolutely agree! Just like a seasoned chef relies on mastering basic cooking techniques to create culinary masterpieces, a skilled software engineer must have a firm grasp of the fundamental principles. By delving deep into the core ingredients of data structures, algorithms, and design patterns, you build a strong foundation that allows you to craft elegant and effective solutions. When faced with a complex problem, revisiting these basics is like returning to a well-loved recipe—sometimes, the simplest ingredients yield the most satisfying results.

Knowing the basics or principles of a problem is half the solution to the problem. Why, because a lot of times people take it for granted that they've got the basics right. But in practice this is not the case. So we always start by asking if the basic settings are done first and making sure they are done correctly and then move on to the specialized questions to finally get to the solution.

Agreed! One thing I've found helpful is falling back on the foundations I've learned and then tackling the problem systematically. I like to isolate an area of the code and grab a whiteboard to see what the variables are and how the algorithm is affecting them. Once I've done that and have a better grasp on the problem, I can then write some tests or try out a solution. If you're on a local environment, be fearless in trying out brute force changes until something that makes sense comes out of it. After that, I ask myself, "How can I do this with best practices?" and try to employ them.

Strongly Agree! If you divide a problem into smaller ones, it means that you are aiming for easier but more solutions that will still give the final solution. This works so well not only in product or programming problems but also in everyday life!

Tackling a big problem is like building a house—you start by breaking it down into smaller tasks. This approach, called decomposition, makes everything more manageable. If you're working on a complex feature, outline its parts and work on them one by one. You'll find that what seemed overwhelming is just a bunch of smaller, solvable tasks.

In this scenario, I realized that while some issues can be resolved in one step, this is not always the case. Therefore, breaking the problem into smaller parts facilitates a thorough understanding of each component, ultimately making the overall process easier.

Esto es esencial para poder atacar problemas que son muy grandes y también agregar que podemos clasificar cada parte del problema de las más fáciles a las más difíciles e ir atacando en base a ello.

When faced with a problem, break it down into smaller, more manageable parts. This approach allows you to tackle each component individually, making problem-solving less overwhelming.

When solving a problem, various approaches and tactics may exist, and as a newcomer, I often found myself unsure of how to begin. Concerns about the correctness of my approach and adherence to coding standards added to this uncertainty. To overcome these challenges, engaging with peers and mentors proved invaluable. Initially hesitant, I later realized that their diverse perspectives enriched my understanding and opened up multiple solutions, which is beneficial for future problem-solving.

Sobre toco la búsqueda de históricos, si el problema los tiene, puede ayudar en la resolución. No hay que temer a preguntar las cosas porque la información es base para lograr una buena gestión de los incidentes

The power that practice comes with is so great that you don't have to master a process strictly in each practice but by doing it repeatedly, you train your brain to take that as a very important information and with time, it becomes a subconscious routine that helps you solve most problems that come across.

In my line of work, solving problems starts with knowing the product. To know the product you have to play with it, make it work like in real life, push it to its limits and even see things it doesn't do that might be requested. Then you will have full knowledge of the product but also feedback to give to rnd for improvement

Don't hesitate to seek help or collaborate with other developers. Engaging in discussions and sharing ideas can lead to fresh perspectives and more robust problem-solving solutions

In my experience, consistent practice is essential in our field due to the constant updates and changes in technology and methodologies. If you stop learning, you risk falling behind and may find yourself having to start from scratch. A lack of practice can lead to difficulties, such as forgetting basic code syntax, because our brains rely on repetition to retain information. Therefore, regular practice helps reinforce knowledge, making it easier to keep up with advancements and perform effectively in your work.

Think of problem-solving like playing a musical instrument—the more you practice, the better you get. Regularly challenge yourself with coding exercises, puzzles, and algorithm problems to keep your skills sharp. For example, I automated my quality checks, which were tedious and time-consuming. By regularly practicing problem-solving techniques, I was able to break down the task, identify repetitive steps, and create a script to handle them. This not only made my work easier but also freed up time for more important tasks.

Take the time to reflect on what worked well and what went wrong is essential, think about what you should change for the next time, how you should adapt youself and the strategies you apply to the context. It is definitely an iterative approch, there is always an opportunity for improvement.

Use mind mapping to help organize your thoughts and visually see the connections between different ideas and solutions. Take care of yourself and don't let frustration get the best of you. Software development is a marathon, not a sprint

Repasar los procesos que se ejecutaron para llegar a una solución, siempre es buena idea porque una vez cerrada la incidencia y sin la presión de resolver el problema, podemos pensar de forma más abierta y ver diferentes caminos que nos pudieron llevar a la misma solución de mejor manera

Opting for quick solutions to expedite problem resolution often results in technical debt or even new issues. A good problem solver must always question the proposed solution to understand if it is really the proper one.

Curiosity is what drives us forward. How can I do this? If I do a and b, what will happen? I'm pushing the product and features to the limit to learn more about it but also to know what it can't do to help with future product questions/problems

With curiosity, you will never stop thinking of new ways to solve problems. It's like a long tunnel that with a small glimmer of light ahead, you constantly get motivated to move on and see where it takes you. This makes you solve problems such that those that once seemed too difficult suddenly become the simplest to solve.