Disclaimer
This article was originally conceived by AI Generativa based on a transcription of an episode of our channel Dev Eficiente. If you want to follow along via video, just press play.
introduce
A career in software engineering is full of challenges and learning. As we advance, so do our responsibilities, the types of problems we face, and the skills required. In this article we will explore the different levels of this process, from first steps to seniority, and the complexities that arise at each stage.
Define the importance of the problem
Clear questions are half the battle. This principle is especially important for more advanced software engineers, such as senior engineers and general engineers. Clearly defining your problem can help you prioritize your metrics, understand the important components, and avoid wasting time.
The role of the senior engineer
Senior engineers not only solve problems, they define them. They should lead by example and ensure that the code they write is testable, well-structured, and serves as a model for others on the team. Therefore, they help in developing a culture of quality within the team.
career development direction
As we progress at the engineering level, some important dimensions emerge:
ambiguity and scope
- Software Development Engineer 1 e 2: They face short-term problems with low ambiguity.
- Senior engineer: They need to develop solutions to more complex problems, often taking up to a year and a half to consider.
time and impact
In the early stages, time is mostly spent writing code and solving simple problems. At a more advanced level, there is a greater balance between planning, architectural design and technical execution.
Communication and Leadership
Technical leadership is not just about saying what is right, but also demonstrating it with action. From exemplary code reviews to creating scalable solutions, effective communication is critical to collaboration between different teams and aligning technical and product goals.
Sample questions and methods
initial level
- Resolve a limited range of bugs and problems, allowing learning from mistakes.
intermediate
- Consider multiple scenarios when planning functionality, such as performance, data volume, and future needs.
advanced level
- Challenge technical limitations, such as scaling solutions for large amounts of data or building systems to support exponential growth.
final considerations
The career progression of a software engineer is not linear. Each level presents unique challenges that require technical skills, communication, leadership and strategic vision. No matter where you are in your career, continuous learning and the pursuit of technical excellence are keys to success.
About the Development + Efficiency Journey
The training focus of the Development + Productivity Journey is to allow you to continue to grow in your career and become an increasingly professional person in software design and architecture.
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