Walter Ingham’s Post

What are the main keys of software engineering? There are many misconceptions about software engineering, particularly regarding how monotonous programming can be and that it is only a great career opportunity for the smartest people. Although we agree that developers are exceptionally smart, it is a misconception to think that the field is not creative and challenging. In reality, software engineering requires a blend of technical skills and creative problem-solving. Engineers must design innovative solutions to complex problems, continually adapt to new technologies, and work collaboratively with cross-functional teams. Software engineering is far from monotonous; it's a dynamic field that fosters creativity and continuous growth.

How senior engineers write new code? Senior engineers typically write new code with a structured approach, considering multiple factors beyond just functionality. Here's a general outline of their thought process: 1. Understand the requirements: Clarify the problem, goals, and constraints. 2. Design before coding: Plan the architecture, data structures, and algorithms. 3. Write testable code: Consider test cases, edge cases, and error handling. 4. Follow coding standards: Adhere to established conventions, naming, and formatting. 5. Modularize and abstract: Break down code into reusable, modular components. 6. Focus on readability: Write clean, self-explanatory code with clear documentation. 7. Optimize for performance: Consider scalability, efficiency, and resource usage. 8. Code reviews: Invite feedback from peers to ensure quality and best practices. 9. Refactor and iterate: Continuously improve code quality, simplicity, and maintainability. 10. Test thoroughly: Verify functionality, performance, and reliability. Senior engineers balance short-term goals with long-term maintainability, scalability, and sustainability, ensuring their code is robust, efficient, and easy to understand. What would you add or remove? #softwareengineering #coding #programming

Writing code can be the easiest part of software engineering, and the true value lies in understanding, maintaining, and operating systems effectively. https://lnkd.in/ecA8uKYr

Software engineering is a dynamic field that requires a systematic approach to designing, developing, and maintaining software systems. From requirements analysis to deployment, software engineers utilize a variety of methodologies, principles, and best practices to ensure the quality, reliability, and scalability of software products. Successful software development requires continuous learning, collaboration, and adherence to software engineering principles like modularity, abstraction, and reusability. With the use of programming languages, frameworks, and tools, software engineers create innovative solutions that meet user needs and industry standards. Let's continue to push the boundaries of what's possible in software engineering! #softwareengineering #programming #innovation

Software Engineering: Competitive Reality Source: https://lnkd.in/gnqJUtbh Why are people surprised by the competitiveness of Software Engineering? Have you ever wondered why the perception of tech jobs as easy and relaxing persists in movies, TV shows, and conversations? It's time to debunk the stereotype and understand the reality behind software engineering. Let's delve into why some individuals are taken aback by the competitive nature of this field. The Reality of Software Engineering - Contrary to popular belief, software engineering is not a walk in the park. - Stereotypes of software engineers as nerdy workaholics are rooted in truth. - The field has always been demanding and competitive. Debunking Misconceptions - Some individuals may have unrealistic expectations based on media portrayals. - It's crucial to acknowledge the true nature of software engineering to set realistic career goals. - Understanding the competitive landscape can help navigate the challenges of the industry. So, next time you encounter surprise at the competitiveness of Software Engineering, remember that the reality may differ from media portrayals. Stay informed and prepared for the dynamic ...

Sometimes I read/hear arguments why or why not software engineering is a "real" engineering discipline and what "engineering" software means in contrast to "just" writing code. I don't want to go down the rabbit hole of arguing how engineering software is different from engineering physical things, but I would like to turn the discussion around a bit: What can traditional engineering learn from modern software development? From all I heard, maintaining specifications in traditional engineering is far away from methods such as "version control", "documentation as code", or using CI pipelines to automatically run linters and heuristics to detect issues and inconsistencies immediately after a change has been made. It's rather about maintaining tons of Word documents in shared drives. Since there are inherent differences between traditional engineering and software engineering, maybe we should stop using the term (software) "engineering" and just say "software development" for the practical part and "software research" for the academic part? (image created using DALL-E)

Understanding Time Complexity: A Comprehensive Guide for Software Engineers