how to learn software engineering in 2024 - the geniune truth that no one will tell you + courses
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How To Learn Software Engineering In 2024 - The Genuine Truth That No One would Tell You + Courses
What Is Software Engineering:
Software engineering is the process of meticulously applying engineering principles, methodologies, and practices to conceive, design, develop, test, deploy, and maintain software systems. It involves a systematic approach to analyzing user requirements, designing software architecture, writing efficient and scalable code, rigorously testing for functionality and reliability, deploying software solutions, and continually iterating and improving upon them. Through a combination of technical expertise, problem-solving skills, and collaboration, software engineering aims to produce high-quality, robust, and sustainable software products that meet the needs of users and stakeholders while adhering to project constraints and deadlines.The difference between software engineering and software development :
- Software engineering encompasses the entire software development lifecycle, including requirements engineering, design, development, testing, deployment, and maintenance.
- Software development primarily focuses on writing code and building software applications based on given requirements, often within a specific phase of the lifecycle.
2. Methodology and Approach:
- Software engineering emphasizes the use of systematic methodologies and engineering principles to design and develop software systems. It often involves following structured processes such as Agile, Waterfall, or DevOps.
- Software development may involve various methodologies, but it often leans towards practical approaches for coding, such as Agile or Scrum, without necessarily incorporating engineering principles comprehensively.
3. Problem-Solving Strategies:
- Software engineering employs a problem-solving approach that considers the broader context of software systems, including requirements analysis, architecture design, and system integration.
- Software development focuses primarily on coding and implementation tasks to address specific features or functionalities within the software system.
4. Skill Requirements and Expertise:
- Software engineering requires a broader skill set, including knowledge of software architecture, design patterns, algorithms, and systems engineering principles.
- Software development may prioritize coding skills and proficiency in programming languages, frameworks, and libraries, without necessarily delving deeply into architectural or engineering concepts.
5. Collaboration Dynamics:
- Software engineering often involves collaboration among multidisciplinary teams, including software engineers, architects, testers, project managers, and stakeholders, to ensure the successful development and delivery of software systems.
- Software development teams may focus more narrowly on coding tasks and may not always require extensive collaboration with other disciplines beyond development.
6. Quality Assurance and Testing Practices:
- Software engineering places a strong emphasis on quality assurance and testing throughout the development lifecycle, including unit testing, integration testing, system testing, and user acceptance testing.
- Software development may prioritize coding tasks over testing, with testing often considered a separate phase or responsibility.
7. Long-term Viability and Sustainability:
- Software engineering aims to create software systems that are scalable, maintainable, and adaptable to changing requirements over the long term.
- Software development may prioritize short-term goals and project deadlines over long-term considerations such as scalability and maintainability.
What should I do before I start learning software engineering ?
before you start learning software engineering you need to do multiple things, let's explore them all:1 - first thing is you have to ask yourself a question : why do I want to learn softawre engineering? by answering this question your goal will be very clear so you can identify wheither it worth your time, money, affort or not.
2 - Once understand why you want to learn software engineering and your goal became so obvious, now you have to to ask yourself another question, which is how to learn software engineering, so you need to customize a blueprint that fits you dpending on your capabilities, time, etc... But don't worry dude we are her to help you with that !
How to learn software engineering - full roadmap 2024
Build A Solid Foundation :
The initial focus for new software engineers should be on building a solid foundation in logic, algorithms, and data structures. Mastering these fundamental concepts early on is crucial for developing strong problem-solving skills and efficient coding practices. By prioritizing these core areas, engineers lay the groundwork for continuous learning and adaptation, empowering themselves to tackle increasingly complex challenges across various domains of software engineering. This foundational knowledge serves as a springboard for deeper exploration and specialization, enabling engineers to innovate and succeed in the dynamic field of software development.
Learning Mathematics:
I understand that the mention of math might seem daunting, but perseverance is key when pursuing something you're passionate about. Despite the challenges, mathematics holds significant importance in the field of software engineering. In addition to mastering programming skills, it's essential to cultivate a solid understanding of fundamental mathematical concepts. By strengthening your mathematical prowess, you'll enhance your problem-solving abilities and gain a deeper insight into the underlying principles of computer science. Embracing mathematics as an integral part of your learning journey will ultimately broaden your horizons and equip you with the tools needed to excel in the dynamic world of software engineering.
NOTE : The stuff we mentioned earlier will take a significant period of time, and big effort, so ensure that you give it the necessary effort and time it needs before you move on to the next step.
Build Real-World Projects :
Once you've gained confidence in algorithms and programming fundamentals, it's time to elevate your skills by embarking on real-world projects. Instead of solely focusing on theoretical exercises, immerse yourself in practical application by seeking out project ideas or recreating existing projects with your unique touch. Engaging in hands-on project work not only reinforces your understanding of concepts but also provides invaluable experience in problem-solving, collaboration, and project management. By tackling real-world challenges, you'll sharpen your skills, expand your portfolio, and demonstrate your ability to deliver tangible results. Embrace the opportunity to unleash your creativity and make a meaningful impact through your projects, setting yourself apart as a capable and resourceful software engineer.
Build a Professional Portfolio:
Putting the projects you've created on your portfolio is essential for showcasing your skills and experience to potential employers or clients. It serves as a tangible representation of your capabilities and achievements as a software engineer. However, it doesn't end there; continually improving and updating your portfolio is equally important. As you gain new skills, tackle more projects, and refine your existing work, ensure that your portfolio reflects the latest and most impressive aspects of your expertise. By maintaining a professional portfolio that highlights your growth and proficiency, you'll position yourself as a competitive candidate in this descipline.
The best courses online to learn software engineering completely free:
The best courses to learn algorithms as an absolute beginner :
1 - This is the best playlist to start with as beginner. It's a playlist on youtube created by Abdul Bari's channel, it discusses algorithms from basic stuff to some advanced subjects.
(Click here to attend the course)
2 - I also recommend this course from the most famous and the most productive coding channel on YouTube FreeCodeCamp :
(Click here to attend the course)
The best courses to learn mathematics for programming online:
This is a one-hour video that discuss the most important mathematical skills programmers need, It's highly recommended
This a playlist from FreeCodeCamp channel to learn the fundamentals of maths needed in programming :
(Click here to attend the course)
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