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Software Engineers some important skills: 1. Large code base managing skills improvement 2. Feature optimization, code refactoring 3. New Feature implementing like a pro, no one collision with others 4. Unit testing, integration testing, automation testing 5. Large project file structure managing 6. Common utility & library improving reusability 7. Software design pattern, design principle, best practices, standard code, new changes 8. Database migration, DB scheme 9. Git commit linear history maintain 10. Requirements, documentation, diagram write down #softwareengineering #careerdevelopment

Great software engineers automate repetitive/manual labor. Most large software engineering organizations incentivize anti-automation due to their desire for predictability. Predictable work is work that could have been automated but was not automated. The more predictable and routine a developer's job is, the more they tend to slide into becoming a technician. Teams that get into predictable flows are likely ignoring a promising opportunity for automation. https://lnkd.in/geaS98qC

🌐 A Comprehensive Knowledge Map for Every Software Engineer This visual knowledge map highlights the essential areas that every software engineer should master: Distributed Systems & Databases Software Engineering Practices Testing Methodologies Essential Tools Algorithms & Data Structures Software Architecture Security Fundamentals Programming Paradigms Documentation Practices Whether you're an experienced professional or just beginning your journey in software engineering, this map offers a broad overview of the key domains in our ever-evolving field. It's a great reference point to ensure you're covering all the bases in your career development. Follow Hamza Ali Khalid #SoftwareEngineering #TechJourney #ContinuousLearning #CareerGrowth

Think software engineering is all about coding? Think again. Complete software engineers understand the 7 stages of the software development lifecycle: 1. Business analysis 2. Solution planning 3. Solution architecture/design 4. Construction/coding 5. Software testing 6. Deployments 7. Clients/Feedback Yes, coding is crucial! But it's only one part of the 'game'. You don't need to master everything, but understanding these points is vital. It's what sets apart the good from the excellent in software engineering.

Coder or Software Engineer 🤔 Who are you? The distinction between a software developer and a coder often lies in the scope of their roles, responsibilities, and the depth of their skill sets. Here’s how a software developer is typically considered to be more advanced or versatile compared to a coder. 1. Skills A coder primarily focuses on writing code, usually limited to specific programming languages while Software Developer has more comprehensive understanding of the entire software development lifecycle, including coding, but also encompassing design, architecture, testing, deployment, and maintenance. 2. Understanding of Systems and Architecture Coder may have limited exposure to or understanding of the overall system architecture while Software Developer has a deeper knowledge of how different parts of the system interact, including databases, servers, APIs, and front-end and back-end components. 3. Quality and Best Practices Coder prioritise getting the code to work, sometimes at the expense of code quality or best practices while Software Developer emphasises writing clean, maintainable, and efficient code. They follow best practices for version control, code reviews, testing, and documentation.

SOFTWARE ENGINEER/DATA ENGINEER: We should get rid of these job titles. No Software Engineer will agree with me, but we are not Engineers. We do not build rockets or bridges or buildings. 'Software Artisan' is a more appropriate job title. Developers have a body of knowledge that we apply to our programming. Structural Engineers have a license and have to follow building codes. Where does that happen in Software Development? Software has principles - don't use cursors (unless you have to), format your code clearly (no one makes you do this, depending on the company). But there are no rules enforced across the board. Of course, we could start demanding licenses for Software made for critical systems. I believe this is starting to happen with Software as a Medical Device, but correct me if it is happening elsewhere.

Unlock the secrets to next-level software engineering with these system design processes... In the realm of software engineering, two pivotal stages lay the groundwork for any project: high-level design (HLD) and low-level design (LLD). Despite their frequent interchangeability, grasping their nuances is vital for ensuring project to be successful. HLD (High-Level Design): - Think of it as the big picture. It provides a broad overview of the entire system architecture. - An HLD focuses on what the system will do, not how it will do it. - It outlines the system's major components, their functionalities, and how they interact at a high level. Key elements: - Functional requirements of the system. - Overall system architecture (diagrams helpful). - High-level decisions like database selection, communication protocols. LLD (Low-Level Design): - Dives deep into the specifics of each component defined in the HLD. - It focuses on the how of the system, providing a blueprint for implementation. - LLD details algorithms, data structures, APIs, and specific technologies used within each component. Key elements: - Detailed design of each module/component. - Algorithms and data structures used. - Interface definitions between modules. - Specific technologies and libraries chosen for development. If you liked this post. 🔔 Follow: Darpan Pathak ♻ Repost to help others find it. 💾 Save it for future reference. #SystemDesign #Technology #Programming 

Overview of Software Engineering Software Engineering is the systematic approach to the design and development of software. Responsibility of Software Engineers 1. Designing, Building and Maintaining of software systems. 2. Writing and Testing of codes 3. Consulting with Stakeholders, third party vendors, security specialists and other team members. Duties of Software Engineers and Developers. Software Engineers build systems while developers implement specific functionalities. The field of software engineering uses a systematic approach to collect and analyze business requirements in order to design, build and test software application to satisfy those business requirements. A software engineer's knowledge is usually broader, software engineers take systematic, big picture approach in their thinking to software development, whereas developers may have more creative approaches. Software Engineers use their knowledge to build their entire system while developers use their knowledge to write code to implement specific functionalities within a system. Software Engineers are employed on a scale projects and they are focused on the broad structure rather than solving an immediate problem. They are tasked with Designing, Building and Maintaining of software systems. The development process is typically guided by Software Development Lifecycle (SDLC) SDLC identifies the steps needed to develop high-quality software I will be talking more about SDLC in my next post. #softwareengineering #devopsengineer #ycombinator #developercommunity #developerlife #developer

Ever find yourself lost in the details of software engineering processes? It happens to the best of us. Let’s clear the fog with the power of activity diagrams. This post offers a close look at real-world examples,Each selected to demonstrate how effectively they chart complex workflows. Get ready to elevate your project understanding and execution. https://lnkd.in/gdAk-mXf

At first I don’t know what’s the difference between being a software engineer, software developer or programmer But later come know that they have some differences 1. A Software programmer is someone who focuses specifically on writing code and taking design and specifications provided by software developer or engineer translate it into line of code. They mainly focused on programming languages 2. Software developer is someone who builds software features and applications. Their main role is to take ideas 💡 or a concept and turn it into functioning software. They may also work with programmers for advanced coding tasks. 3. Software engineer on the other hand take more of a engineering approach to building a systems software. They consider aspects like system architecture, security, performance and scalability etc.. #softwareengineer #softwaredeveloper #softwareprogrammer