Veja como você pode se destacar especializando-se em uma linguagem de programação ou tecnologia específica.

For me a programming language is just that. A Language. Luckily, if you know one or two good, the rest is almost instant readable. Of course it is not always easy. But you get into the languages pretty quick. I think the deep dive is always related to "what do I want to achieve?". So you hunt for business needs and apply them to the available frameworks. This is were the work starts. Understand the needs and how a language with all its frameworks, libraries will help you. And this is also the moment you need to run for the expertise, become an export, keep the knowledge updated. But given current trends and speed of things, you should also consider to step back once in a while and identify the most urgent. One can not know everything ;)

Yes, diving deep in the basics of any programming is absolutely necessary. It helps and writing good quality code which is easy to debug. For example if you learn C++, you have to know about how OS works and how compiler works, how memory is allocated and deallocated in computer system etc. In python, you should learn how interpreter works, how to code a web server with using any framework etc. These things will improve you in the Software Engineering career.

I’ve basically done this for my career at this point. I consider myself a generalist but most of my experience at this point is in specific technical stacks. It is absolutely critical that when you claim expertise in something, that you actually *are* an expert in it. And that takes a very, very long time. I claim expertise in very few, very small areas. I recommend others do the same. In all other areas I can claim craftsmanship and some experience, but I don’t pretend to be an authority in them, just workable and proficient in them. You do not want to get a reputation as someone who claims to know more than they actually do. It’s not pretty.

I don't think excelling in a programming language should be an objective per-se. The foundations of your knowledge is what matters most. Instead of mastering a specific language use your knowledge to choose the best programming language for the problem you want to solve. Same applies to database engines (i.e. relational vs. noSQL vs. document vs. other), types of languages (object oriented, functional, multi-paradigm, etc). Mastering ANY programming language is achieved by actively using it for real projects. You will eventually like one or two vs. others and become better at those you used the most. Keep in mind that most languages have strengths and weaknesses when compared with others (e.g. typing system, expressiveness and other).

Yeah .... Ultimately the purpose of a language should be building a product.... It's important to learn the language but not to master every syntax and every class library etc, eventually by doing things you/we will know some new things .... But it's crucial to integrate that language with some framework to build something....

For a Software engineer it's uttermost important to master every one of this aspect: - DVCS (Git + Git flow + Conventional Commits) - Text editor (VSCode to start with) - LSP for every language - Use AI (ChatGPT, Copilot, Phind) to assist you and NOT replace your work (right now they are lot imprecise so not 100% reliable)

Familiarize yourself with the essential tools and IDEs (Integrated Development Environments) used for the language or technology. Learn how to effectively use debugging tools, profiling tools, and other development utilities to enhance your productivity and code quality. Stay up-to-date with the latest tool releases and updates.

I use Visual Studio Code due to its flexibility, and the Developer Tools of more than one browser_ either Chrome, Opera, or Microsoft Edge, depending on the situation, to test my web apps during development. Git comes in handy in keeping track of my progress from one stage to another as well as collaborating with other developers.

Investing time in learning and customizing my development environment and tools, such as configuring my IDE and mastering version control systems. The idea that tool proficiency is secondary to coding skills. In reality, mastering your tools can dramatically improve your efficiency and the quality of your code. A developer who used advanced features of their IDE and integrated continuous integration tools to reduce bugs and accelerate the development process.

The IDE supports me in all areas of development, making it essential to know the basics of the IDE, such as diagnostic tools, debugging capabilities, shortcuts, etc. Proper onboarding and setting up the interface should always be the first steps.

If you want to showcase your expertise show it in your Github profile. Show them both deployed version and code. Show them HOW you've created the project, WHAT approach did you use and WHY did you choose to develop that project (it was one of your interest, a challenge, etc...)

I believe that showcasing your interest and passion can be even more important than demonstrating expertise. While expertise is valuable, it can be developed over time with dedication and practice. However, when you showcase projects that reflect your passion, it not only highlights your commitment but also inspires confidence in your ability to stay motivated and overcome challenges. I min my experience passionate individuals are often more innovative, resilient, and willing to go the extra mile, which can be more impactful in the long run than expertise alone.

La casuística aplicada nos permite realizar visibilidad de nuestras habilidades y versatilidad; quizás no solo en un lenguaje de programación.

One of the best ways to demonstrate your expertise is by building and showcasing projects, whether personal or open-source contributions. These projects should highlight your deep understanding and innovative use of the language or technology, serving as a portfolio that showcases your skills. Additionally, they provide practical experience in solving real-world problems, which is invaluable for your professional growth.

I easily measure my level of mastery by applying my knowledge to a personal project, as ideas are quite bountiful on my side. Yet I have joined the EddieHub community and am prepared to contribute to open source projects.

Networking in the tech industry is crucial as it connects you with skilled professionals and opens up numerous opportunities. Finding a mentor is particularly beneficial, as they can guide you through industry complexities and keep you informed about emerging technologies. Attending local meetups and industry events also helps you stay on top of the latest trends and meet potential mentors and collaborators. Additionally, adopting a "learn in public" approach can enhance your learning. By starting a blog and writing about your experiences and projects, you deepen your understanding and establish your presence in the tech community.

Las redes laborales y profesionales, además de la gestión de habilidades blandas abren mas puertas a programadores eficientes.

I am part of the WomenTechMakers, EddieHub, LinkedIn, and StackOverflow communities where I connect with other developers and learn from them while they also gather insights from my thoughts.

Networking within your specialization can open doors to mentorship, collaborative projects, and job opportunities. Engage with the community by attending meetups, conferences, and participating in online forums. Sharing your knowledge through blog posts or public speaking can also increase your visibility, establishing you as an expert in your field. This visibility connects you with peers who can offer support and insights, enhancing your professional growth and opportunities in the industry.

Conferences can be expensive, and finding the budget for them can be challenging. While they are a great opportunity to connect and network, and employers should definitely consider the benefits for professional development and sales opportunities, it doesn't always work out. But many conferences will post the VODs afterwards. Find the talks that interest you and watch and listen to them; treat them as a podcast. Follow the interesting speakers and key community voices on X and threads, or subscribe to their blogs. Engage with their content and use their posts as a medium to develop a connection with other members of the community. Conversely, you can join tech community groups, who often get deals for their members to attend conferences.

I've often heard it said that half of what you know now will be obsolete in two years - and this has proven to be true in my experience. While it is important to read up on the latest documentation for tech releases, I find hands-on activities to be the most effective in reinforcing those skills. I recommend scheduling a small amount of time during your week to work on your craft. If you feel too burned out to work on the tech stack you use for your regular job, try branching out into new skills. Or work on improving the non-tech skills that are so essential to success in tech but are often overlooked or underestimated.

In the fast-paced world of technology, staying ahead requires more than just keeping up—it demands a commitment to continuous learning. As CTO in a full-service agency, also as a technical project manager I recognize the importance of constantly updating my skills and knowledge. My Approach I like to share: - Regularly enrolling in advanced courses and certifications - Keeping up with industry trends and best practices - Adopting new tools and methodologies to enhance project outcomes By committing to lifelong learning, we ensure that our knowledge doesn't become outdated. This dedication allows us to offer the most current and effective solutions to our clients, driving success in every project.

As far as technology goes, the latest, in most cases, performs far better than the oldest or recent. Hence I prefer to keep up with language and framework documentation on trendy developments.

Combining the previous step and the thirst for continuous learning will help you keep updated on all the developments for the language. From the conferences you attend - or watch VODs of after the fact - you should build a list of key people to follow. Engage with news sites dedicated the language or framework you're using. Search for products others have built or are building. New ideas, perspectives and a continuous developing understanding of the potential of the technology you're using is crucial to continuous professional development. But be warned; take the time to understand and reflect on all you learn. As exciting as the new and shiny is, you should only implement it intentionally and with due consideration to avoid tech-regret.

The tech industry is dynamic, with constant updates and evolving best practices, making continuous learning essential for maintaining your edge as a specialist. This involves taking advanced courses, staying current with the latest trends in your field, and adapting to new tools and methodologies. Lifelong learning ensures that your skills remain relevant and that you can provide the most up-to-date solutions.

When you're mentoring somebody, you're also gaining knowledge and solidifying previous experience. Mentoring also helps you identify gaps in your knowledge and encourages continuous learning. Contributing to open-source projects, writing tutorials, or giving presentations can solidify your understanding and position you as an expert.

No matter where you are in your tech journey, there are opportunities to mentor others. I have been fortunate to have amazing mentors who have set the example of paying it forward and reaching behind to help pull others up. Look for opportunities to volunteer in your community, help others on your team or on other teams in your company. Look for the ways you can add value to whatever project you are involved in and how to bring people together.

As a team lead of developers, mentorship presents unique challenges and opportunities. It requires a blend of soft skills, people understanding, and technical expertise. You need a clear vision for developing your team's talents without overstating their capabilities. By embracing these principles, I aim to foster a culture of learning and development within my team. Mentorship is not just about teaching; it's about inspiring and empowering others to reach their full potential. Help them shine! ☀️

Specialization should not limit you to a single language or technology; explore related technologies and how they integrate with your specialization. Maintain a broad understanding of software development principles, such as design patterns, algorithms, and data structures. Cultivate soft skills like communication, problem-solving, and teamwork, as they are essential for effective collaboration and project success. Consider earning certifications or credentials related to your specialization to validate your expertise and enhance your credibility.

Specialization in a specific programming language or technology can be achieved by reverse engineering. Explore and decide the job role you would like to work upon, get acquainted with skills needed in the day to day tasks and build your profile accordingly in turn making you a competent candidate.

Une bonne gestion de la documentation et garder les traces de nos choix, les raisons de ceux-ci, les ratés ainsi que le pourquoi on a pas réussi. Avoir des objectifs atteignable, avec le plus de valeur ajoutée, tout en ayant une vision globale. J'ai toujours eu une vision agile, incrémentale. Je crois que ça fonctionne bien pour moi. Ne pas perdre le but ultime et grandir tout en tenant de l'atteindre. Foncer ne pas avoir peur de se tromper tout en ayant des mécanismes de contrôle pour assurer nos réussites.

There's no point in picking a specific stack or programming technology beyond the timeframe they'll be relevant for employability perhaps since they all will eventually change, evolve and be replaced by something else. The more relevant things to focus on regarding specialization are the programming concepts and architectures since they're easily transferable to whatever syntax or language is currently relevant. We can solidify that knowledge mostly by building real life applications and solving problems.