Complete Software Engineering Course : Build Better Software

What is this course?

Welcome to the The Complete Software Engineering Course|

Are you ready to embark on an epic journey into the world of software Engineering? If you're seeking a comprehensive, easy-to-follow, well-organized, and immensely practical course that will take you from a complete beginner to a confident software engineer, then you're in the right place!

I'm Yogesh, a software engineer with over a decade of experience in managing, designing, architecting, building, and delivering software solutions for multinational companies. In this course, I assume you know absolutely nothing about Software Engineering, and that's perfectly fine because we're starting from scratch. I'll meticulously explain every concept, big or small, so you not only understand what it is but also why, when, and how to use it effectively.

In this course, we will dive deep into the Software Engineering carried out in the real-world software IT industry, where we'll explore how software projects are born, nurtured, developed, and ultimately brought to fruition – from inception to completion. Yes, you heard it right – everything you need is right here, eliminating the need to hop between random tutorials.

Here's a glimpse of what we will cover for you:

1. How software engineering projects start: In the field of software engineering how the project ideas evolve into a full-fledged software-engineered product?

2. Variety of Software Engineering Pro jects: Then we will Discover the different types of software Engineering projects that real-life IT companies work on on a day-to-day basis.

3. Most used Process in Software Engineering -SDLC then we will understand the most used Process in Software Engineering -SDLC, what is SDLC and will Delve into the various phases of the Software Development Life Cycle, which is mostly used in software engineering.

4. The Language of Software Engineering(UML): While going through SDLC we will Get a quick overview of The Language of Software Engineering which is UML (Unified Modeling Language) and master all UML diagrams.

5. Explore all SDLC Models: then we will Explore all the industry-standard SDLC models such as Waterfall, Incremental, Iterative, V Model, Spiral, and Agile, what are these, in software engineering why to use them, and what are pros and cons of using them.

6. we will also learn the extension of SDLC which is SSDLC means a secure software development life cycle that is also getting used nowadays in software engineering

7. The Power of Agile: Among the SDLC model, we will learn agile in-depth, what, why, and how of Agile, including famous methodologies like Scrum, Kanban, XP, Lean, Crystal, FDD, RAD, and SAFe everything we are going to understand here. Learn not just what they are but why and how to apply them during software engineering in real-world scenarios.

8. Software Project Management Skills: during this journey you will also Acquire valuable software project management skills to keep project scope, schedule, and cost under control, ensuring timely delivery.

But wait, this course isn't just theory; we'll back up every concept with real industry case studies, like the development of Y-Mart, an e-commerce application. Plus, you'll be equipped with all the essential tools used in real-world IT projects.

If you follow along with me in this course then it's my promise to you that By the time you complete this course, you'll have:

1. A profound understanding of the entire software engineering inside and out.

2. Mastery of industry-standard methodologies and best practices.

3. The ability to control project scope, schedule, and cost-effectively.

4. Enhanced project outcomes, including higher-quality software, quicker delivery, and greater customer satisfaction.

5. New career opportunities and prospects for advancement within your organization.

6. Sharpened problem-solving skills, enabling you to identify and tackle issues and risks effectively.

7. Improved communication and collaboration with cross-functional teams, promoting teamwork and productivity.

In essence, this course is your one-stop-shop for mastering software engineering. It's packed with valuable content, and once you've conquered it, you won't need to look elsewhere for software engineering resources. Get ready to unlock your full potential in the world of software engineering! so let's get started.

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Welcome to my Complete Software Development Life cycle course.

in this course we are going to learn everything you need to know about Software development Life Cycle from basics to more advanced concepts so by the end of this course you will able to manage, plan, develop ,understand, execute the software project with confidence.

if you are looking for comprehensive ,easy to follow ,well organized ,practical course that takes you from zero to hero then this is the right SDLC course for you.

In this course , we are going to learn from scratch about how the Software projects are planned, managed ,developed and executed from inception to its Completion in the real world industry. YES you heard it right FROM INCEPTION TO COMPLETION , everything is at one place so you don't need to jump back and forth between random tutorials.

My name is Yogesh and I am software engineer, I hold a decade of software development experience in managing, designing, architecting, building and Delivering software's in multinational companies.

In this course I am assuming you know nothing about the SDLC that is software development Life Cycle and wanted to learn everything from the scratch. I will explain every small things and concepts in detail so that you will understand why to use it, when to use and how to use it

In this course we are going to cover everything that real life IT software project goes through.

First we will start with

How the Start up project idea onboarded as software project.

What all Different types of Software Projects Real Life IT companies working upon.

From there we will go in detail of phase of software development life cycle in depth

We will also have a quick overview of UML that is language of Software Projects, in that we will learn all the UML diagrams.

then

we will cover all the industry standard SDLC Models like waterfall, Incremental, iterative development, V Model, Spiral, agile.

Then we will go in depth of AGILE, the most used SDLC Model.

In that we will see what, why and how about Agile, Famous Methodologies of Agile that is SCRUM,KANBAN,XP,LEAN,CRYSTAL,FDD,RAD,SAFE

in this you will learn, What are those, Why to use them and how to apply them in real world scenarios.

While going through all this ,we will also learn the skills of software project management which will help us to keep project scope, schedule, and cost under control and deliver project on time.

We will also dive deep into SSDLC that is secure Software development Lifecycle or secure product lifecycle in detail

This is not going to be theoretical and boring course any more , we are learning all these concepts with the real industry case studies or projects for example of Y-Mart an Ecommerce application development.

I will also equipped you with all the necessary tools used to achieve all this in real world IT project.

Mark my words ,This course will make you familiar with all the concepts, Processes, things, Tools and Techniques which are use in real world software project.

After going through this course you will have

1. Better understanding of Entire software development process: Yes you will know every nook and corner of software development process.

2. Better understanding of industry standards methodologies and practices:

3. Better ability to control project scope, schedule and cost:

4. Improved Project Outcomes, better quality software, quicker delivery, and enhanced customer satisfaction.

5. Career advancement: This can open up new opportunities for advancement and increased responsibilities within their organization.

6. Better problem solving skills: The course will teach you how to identify potential issues and risks, and develop strategies for dealing with them.

7. Better communication and collaboration: The SDLC involves many different roles, including developers, testers, project managers, and others. this course will help these individuals understand each other's roles and responsibilities, leading to better collaboration and teamwork.

This course is brimming with valuable content, and once you've completed it, you won't need to seek out any other SDLC resources.

Why this course?

In my career working with multiple companies I got a chance to work with many people, Software engineer, Senior software engineers, Module leads, Technical Lead, Architect, Tester, Business analysts, project managers, and all sorts of roles. I Found below the challenges

1. Lack the Overall Understanding of software engineering The majority of these people are masters in their craft means the developer is well versed in coding, the Tester is well knowledgeable about testing, and the Business analyst is well aware of the requirements, and the same is the things with all the other roles people But do you know this According to a study done by Geneca around 75% of the business or IT executives feel that usually their projects are doomed from the initial phase. A report by Standish Group says that any new software application is challenged in 47% of the cases, successful in only 4% of the cases, and fails 49% of the time.

if we have great people with skills then why is this failure rate so high because people lack the end-to-end knowledge of software engineering, they just finish their part means what is assigned to them, but they don't consider the next step, how the thing they developed is compatible with the next step, In software engineering everything affects everything. if requirements are captured poorly, design will be poor, coding will be poor, testing will be poor, and so forth, it's a snowball effect.

just doing what is assigned restricts software engineers from contributing effectively to bigger project outcomes. This course is my effort to provide and equip you with all the knowledge so that you understand each and everything about real-life IT projects.

1. The feeling Stuck in the same role in the team :

we have seen software engineering is a vast field, it involves literally a lot of things, lot of work is going on in the typical software project. A lot of roles, an d responsibilities involved

Many people if you see they feel that they are stuck in the same role or some are stuck with the same work even if they are getting promoted. Because they lack the bigger picture of the project, they don't know what the next level of work looks like, hence they can not ask and they are restricted to their own set of tasks, that hinder their career advancement.

1. Lack of communication and Collaboration:

I observed, that since everyone is specialized in their work, they don't know what is happening outside, who is working on what, how other people work, if they are stuck on whom to reach out to, who is responsible for what, lack all this understanding and that made communication and collaboration difficult within the software engineering team. and this leads to delay in project deliverables.

1. Lack of understanding of Best practices of software engineering:

we are working in an IT company, but you ask someone which methodology they follow, and what best practices they use in their projects, they struggle to answer this because they are restricted to their day-to-day work and lack exposure to the industry's best standards and practices .this leads to average quality software

1. Bad Project Management:

if you are managing the software project and not aware of the software engineering, SDLC flow, challenges, the risks at each stage of software project execution, not aware of the scope of work of individuals, such managers make the team burnt out and this ultimately lead to delay in the project deliverables and poor quality projects

To address all these issues and empower the individual to work from a particular part of the project to an altogether project level, contribute to the project's success at a bigger level, and get the visibility of how their chosen career path looks like

I have created this comprehensive software engineering course.

One of my key objectives is to cultivate professionals who possess a holistic understanding of software projects. Picture having a team member who understands everyone's role workflow and best practices and can provide quick solutions during emergencies that pleasantly surprise others.

This course aims to create an army of such individuals. They don't do different things; they do things differently because they understand t he broader context, and they are aware of complete software engineering which helps them progress quickly in their careers.

To equip today's software engineers with end-to-end real-life, Practical software engineering knowledge and skills, I present this comprehensive software engineering course. It's the course I wish had been available when I began my career, and I believe it has the potential to 10X your career progression.

This is my BIG WHY and motivation for offering this course. If it resonates with you in any way, I invite you to enroll. I am excited to take you through this exhilarating journey so get ready.

How to take up this course.

This course is designed by keeping two specific groups of individuals in mind:

1. Those who want to learn about software engineering from scratch

2. Those who are already employed in the IT industry.

Considering this, the course begins with foundational concepts and progresses to advanced topics. It caters to learners of all levels, from beginners to those seeking advanced knowledge.

I assure you, that this course is comprehensive and covers every aspect of software engineering Projects in over 14+ hours of content. If you already possess knowledge of certain concepts, feel free to skip ahead to more advanced material.

Furthermore, I have recorded the course at a deliberately slower pace to ensure that all learners can easily grasp the content. However, if you find the pace too fast or too slow, don't hesitate to adjust the video speed to your preference.

This course also includes practical, hands-on exercises that will help reinforce the concepts you learn, ensuring they stick in your mind. Additionally, each module features quizzes to solidify your understanding of the course material.

If you find yourself craving more details, seeking clarifications, or harboring any doubts about the concepts we've covered, don't hesitate to reach out. You can ask questions, send me a message, or leave a comment, and I'll do my best to address them promptly.

So, muster your courage, tighten your shoelaces, and prepare for an epic journey. Let's get started!

Case Study

In this exciting course, we'll dive into the world of software engineering through a real-life case study of the Y-Mart application. This is an online e-commerce portal of Yummy Food Company, built and developed by a third-party service provider called Y-Soft Solutions.

We'll get an up-close and hands-on look at the entire software development process, from start to finish, for this project. You'll see

While we won't actually code in this course, we will explore the best practices and concepts of coding, so you'll have a solid understanding of what's involved. Our primary focus is to give you a comprehensive understanding of software engineering and not to build a fully functional website, because that is altogether a different topic for the course. and when it comes to coding right, you can nowadays figure out it easily using Google. But what things to consider in real-life software engineering projects, how to arrange them, and how to manage and execute them to bring ideas into reality via software engineering is important here, that's where our focus going to be in this course.

we will keep our case study forefront to understand each concept, so you will have a better view of how everything relates to each other.

In this course, you'll gain a deep understanding of the intricacies of software engineering and SDLC through this real-life example. So, let's get started!

What is Software

Let us start with understanding the software word in software engineering, what is software

Software refers to instructions or programs that tell a computer or other devices how to perform specific tasks. It's a collection of code or lines of code written in a programming language that enables hardware (like computers, smartphones, or other electronic devices)

to give you a simple analogy :

Imagine your computer or any electronic device as a skilled chef in a kitchen. Software, in this scenario, is like a well-crafted recipe book. Each page contains instructions written in a programming language, serving as a guide for our digital chef to perform specific tasks. As a recipe outlines steps to create a dish, the software provides the roadmap for your device to execute various functions.

Software can take many forms, including applications (apps), operating systems, drivers, utilities, and more. Examples of software include web browsers, websites, games, and system software like Microsoft Windows or macOS, Websites, Mobile Applications, and Microsoft Office.

if you have a smart door that senses the thumbprint and opens that has the software in it, if you have a washing machine then that washing machine has software, The software has the capability to automate manual tasks and make the existing system more intelligent, software is powerful, there are experiments happening to plug the software into the human body to make it more intelligent also on a similar note there are companies that are trying to make the Robot to work, think like humans, so in the upcoming future you can see machines are acting like human soon this will be possible using software. So software is powerful.

there are numerous software programs that we use in day-to-day life. If I tell you we are surrounded by software. and these software are the product of software engineering.

This is a quick definition of software.

What is Engineering

what all are products you see surrounding yourself are the product of some kind of engineering, so you are staying in the house, it is a product of civil engineering, if you have a bulb that is giving light to you it is a product of electrical engineering.

Mobile apps, laptop applications, etc which we use in our day-to-day lives are the product of software engineering.

In this session let us try to understand what is engineering at first place.

The basic definition of engineering is Engineering is the application of an empirical, scientific approach to, finding efficient, economic solutions to practical problems.

if I want to simplify it in layman's terms, then engineering is all about problem-solving in a better way using the empirical and scientific approach, here empirical means purely practical knowledge, not based on theoretical or pure logic, while at the same time figuring out efficient and economic solutions to problems. this is engineering.

Software engineering is the structured, empirical, scientific approach to building software which are efficient and economical.

this is a quick refreshing session about engineering.

What is Software Engineering?

Welcome to this session, in this session let us try to demystify what is software engineering.

For a better understanding of it let me give you a real-life analogy again:

Imagine you want to bake a cake, but you've never baked one before. You have a recipe (your idea for the cake), but you need to follow a set of steps to turn that idea into a delicious reality. This process involves gathering ingredients, measuring quantities, mixing everything, and following a specific sequence of actions. You also need to taste and adjust along the way until you achieve the perfect cake right?

Now, let's relate this to software engineering:

Software engineering is like the process of baking a cake but in the digital world. It's the systematic approach to designing, building, testing, and maintaining software (like computer programs, apps, websites, etc) using rules, processes, methodologies, tools, guidelines, etc.

So software engineering is a disciplined approach

Now why one should use software engineering then here are the Reasons to Use Software Engineering:

1. Organization: It provides a structured approach, like a recipe, so you know what steps to take.

2. Efficiency: Helps in avoiding chaos, just like following a recipe prevents a messy kitchen.

3. Quality: Ensures that your software works well and meets the desired requirements.

4. Maintenance: Allows for easier updates and fixes, similar to adjusting a recipe for taste.

Now let us see How to Use Software Engineering:

To understand this let's go back to the cake analogy. You need to understand the recipe, gather ingredients, follow steps, and make adjustments as needed. Similarly, in software engineering below are the high-level steps:

Steps:

1. Requirements: Understand what your software needs to do (like knowing the type of cake you want to bake).

2. Design: Plan how your software will look and function (similar to deciding on the cake's appearance and taste).

3. Implementation: Write the code based on your design (akin to mixing ingredients according to your plan).

4. Testing: Ensure your software works correctly (like tasting the cake to make sure it's delicious).

5. Deployment: Release your software for others to use (similar to serving the cake to guests).

6. Maintenance: Make updates and fixes as necessary (just like adjusting the recipe for future batches).

All these steps will be well defined in software engineering as a part of the SDLC which is the software development life cycle. if I want to simply ify again SDLC is the heart of software engineering. If you are perfect in SDLC means you are perfect in software engineering, nothing wrong in saying this. Many people nowadays use software development and software engineering interchangeably. initially, software development used to be referred to as coding or programming-related stuff, but that idea has subsided. and software development became a holistic concept of developing software and ultimately equated with software engineering.

it's similar to if your house is under construction when you want to tell someone you will simply say it is under construction right, but if you see in home construction there are a lot many stuff included, requirements, designing layout, constructing, mounting, tiling, electrical fittings, quality testing lot much involved but it is on high level referred as construction step.

In this course, we are going to learn SDLC in great detail. we will see each of these steps in great detail and understand the processes, principles, models, and methods for each step of SDLC

All of these high-level steps which we have seen are interrelated and are typically performed by a team of software engineers, who may specialize in different areas such as requirements analysis, design, testing, and maintenance.

Ultimately, the goal of software engineering or software development is to create software that is reliable, efficient, easy to use, and that meets the needs of its users. It also aims to make the development process as efficient as possible, minimizing costs and minimizing the time to market.

Why Software Engineering is Important and Worth Learning

Let me start with some real facts: Nowadays we are surrounded by software and we use it on day to day basis. another fact is every business nowadays is a software business. Forget about business, a ground-level statement is every problem or tasks which you see surrounding yourself has potential to become a big software business.

for example: initially, hotel restaurants and Domino used to deliver the food if you called them and gave your address, a food delivery app came in and it has changed this delivery model altogether and joined all the small big restaurants in their app.

I remember some 20 years back, if we wanted to go somewhere, I used to go to a bus stand and bring the auto or cab to my house and then we used to go, i used to get an auto or cab else needed to wait for long hours. but now Ola Uber a taxi booking app came it and this problem is solved, staying at home you can book a cab, app will figure out the nearest cab driver and send him to your location.

Initially, we used to carry cash to buy something or we wanted to give someone money we needed to give in cash. and to get cash we need to wait in the ATM queue or bank queue. but with the invention of PAYTM, GOOGLE PAY, and PHONE PE this problem is solved, you can send money from your mobile.

there are numerous examples where problems are solved optimally and efficiently using the software and it has become a big business. I am hoping you would have got the gravity of software engineering

Below are a few reason why software engineering is important and why you should learn it

1. Innovation and Technology Advancement:

   • Software engineering drives innovation and technological advancements. Learning it equips individuals to contribute to the development of cutting-edge solutions that shape the future.

2. Problem-Solving Skills:

   • It nurtures strong problem-solving skills. Software engineers learn to break down complex issues into manageable components, fostering a structured and analytical approach to problem-solving.

3. Career Opportunities and Job Security:

   • The demand for skilled software engineers is consistently high. Learning software engineering opens up a plethora of career opportunities across various industries, ensuring job security in a tech-driven world.

4. Global Connectivity:

   • Software engineering plays a pivotal role in connecting the world. Through applications, websites, and communication tools, software engineers contribute to global connectivity, making the world more interconnected than ever.

5. Automation and Efficiency:

   • Learning software engineering allows individuals to automate tasks and streamline processes. This leads to increased efficiency in various domains, from business operations to manufacturing.

6. Creativity and Expression:

   • Software development is a creative endeavor. It provides a platform for individuals to express their creativity by designing user interfaces, developing games, or creating unique software solutions.

7. Adaptability in Changing Environments:

   • Software engineering teaches adaptability. The field evolves rapidly, and learning it equips individuals with the ability to adapt to changing technologies and methodologies throughout their careers.

8. Critical Thinking and Logical Reasoning:

   • Software engineering emphasizes critical thinking and logical reasoning. It instills a structured mindset that is valuable not only in coding but also in approaching various challenges methodically.

9. Entrepreneurial Opportunities:

   • Learning software engineering opens doors to entrepreneurial opportunities. Individuals can develop their own software products, start tech companies, or contribute to startups driving innovation.

10. Community Collaboration:

    • Software development often involves collaboration. Learning software engineering introduces individuals to the importance of teamwork, communication, and collaboration within a community of developers.

In essence, software engineering is not just about writing code; it's about creating solutions that impact the world positively. Learning software engineering empowers individuals to be part of a dynamic and influential field, contributing to advancements that shape the way we live, work, and connect.