The Future of Software Engineering: 5 Game-Changing Predictions for the Next 5 Years","
Are you ready to discover what lies ahead for software engineers in the coming years? Whether you're a student preparing to graduate, a junior developer already in the industry, or someone considering a career in tech, understanding the future landscape of software engineering is crucial for your success. Today, we're diving deep into five powerful predictions that will shape the software engineering field over the next five years, and more importantly, how you can position yourself to thrive in this evolving landscape.
Prediction One: Software Engineering Will Become a More Competitive Field
The first and perhaps most significant prediction is that software engineering is going to become a more competitive field, especially for students who are going to graduate in the next five years and for junior developers who are already working in the industry. But why is this happening? There is one simple reason: increased expectations.
Generally, if we observe the current trends compared to engineers who graduated in the past, today we have to build better projects. We cannot rely on just a single technology anymore. We need to learn Data Structures and Algorithms (DSA), we need to learn development, and on top of that, we need to learn machine learning to be able to stand out or do more than what is expected of us. So many additional things are required of us in today's date that weren't necessary before.
The Two Likely Outcomes of Increased Competition
Now, whenever there is increased competition, there are two likely outcomes that I personally believe we are going to see in the software engineering field as well. The first outcome is that the entry barrier for high-paying entry-level jobs will increase. This means it will be tougher for a fresher to get a high-paying job. When we talk about top packages, the competition for those positions is going to increase significantly.
The second thing that will happen over time is that the average quality of software engineers entering the industry and the field is going to increase. We can compare this to competitive exams. If we take the example of JEE exam, the JEE 2023 or 2024 exam, when compared to the previous engineering exams like AIEEE, we can see a massive difference. The AIEEE exams that happened in 2000, 2001, 2002, or the earlier IIT exams, when compared to today's JEE exam, have become considerably tougher.
Why is that? Because whenever there is increased competition, the exam level increases. When the exam level increases, the expectations from students also increase. This same pattern is visible not just in software engineering but in many other fields as well.
Why Today's Students Are Better Prepared
Now, because information and resources have become much more accessible in today's date, the average student graduating in 2015-2016 had a certain quality level. But the student graduating today or in the future will have a better average quality as a software engineer due to this competition.
To summarize, today's students realize the competition. They know how they have to stand out. They know that they shouldn't just meet expectations; they need to exceed expectations a little bit to actually stand out. We need to build better projects, frame our resumes in better ways, go beyond our curriculum to practice extra things, and participate in hackathons and other activities that can show our interest in the field. There are many different things students will be doing in the coming five years to stay competitive.
Prediction Two: The Emergence of More Developer-Centric Tools
The second prediction is that there will be an emergence of more developer-centric tools. I understand there are already tools like GitHub Copilot that are already being used in the industry, but I believe that in the next five years, we are going to see more AI tools which will help increase the productivity of developers.
AI Tools for Testing and Documentation
In terms of AI tools, I want to see AI writing tests for developers and also AI helping developers write or generate their documentation for them. There are existing tools in the industry, but definitely the hope is for wider adoption across the industry. These tools will revolutionize how developers work and significantly boost their productivity.
The Rise of Coding in Browsers
The second point I wanted to share with you is regarding coding browsers. There are services like GitHub Codespaces, Gitpod, or Coder.com. Coding in browser means that basically we don't really need to install an IDE like Visual Studio Code, and we can do all of our development in the browser itself.
How can this help us as developers? First, I believe this will generally help small organizations or small startups that basically cannot afford high-end devices, so their entire setup can be shifted to the browser. Secondly, it can help students who generally don't have a higher budget, or students who want to explore technologies like machine learning but don't have the system or the means to do it.
All these high-end development-related tasks that we cannot afford a powerful system for, the code-in-browser technology can help us significantly, and this technology can improve in the coming five years.
A Word of Caution About Phone-Based Development
Regarding coding in browser, some people have the opinion that it can help developers or students code on their phone. However, that use case or scenario doesn't seem very practical to me personally, because generally having some kind of basic laptop helps us become a better developer in the long term.
Project IDX by Google
Now, there are two very interesting tools that I came across that I wanted to share with you. The first is Project IDX, which is being built by Google. This project is focused towards app development. There's a small problem related to app development that many beginners face, which I've tried to highlight in several videos.
To start with Android development, we need to install software like Android Studio, and generally Android Studio works better on laptops with better, higher specs. Along with that, we also need emulators or we need iOS or Android devices to be able to test the app. This entire ecosystem for app development is what Google is trying to shift in the form of Project IDX.
In this project, the entire atmosphere, the entire environment will be completely online. Basically, we won't need to install anything on our system. We can write the code online, we can build the code online, we'll get emulators online, and you don't really need to have an iOS or Android device to test your app. That is the long-term vision, and I want to believe that this can help the app development community a lot.
Project MAUI by Microsoft
The second tool is .NET MAUI by Microsoft. This tool will be used to build multi-platform apps, basically applications that will be written once and will share a common C# code base, but they will be able to run on iOS, Android, Windows, and Mac — almost every type of device. This is a pretty cool idea if you're a software engineer. .NET MAUI is currently an open-source project.
Important Advice for Junior Developers
My advice to juniors is this: in the early phases when we are building our skills, we can use these tools, but we shouldn't completely rely on them to the point where our basic fundamental knowledge doesn't get built. Because in today's date, if we face problems, if we go deep into technology, if we build systems from scratch, if we spend more time on basics and fundamentals, then in the future when complex problems come our way, when difficult problems arise, that foundation will help us solve them.
If we need to apply our knowledge to complex problems in the future, we'll be able to do so only if we have strong fundamentals. This is something that if we practice mindfully, I think it can help us tremendously.
Prediction Three: Data-Related Jobs Will Become More Important
The third prediction is that data-related jobs are going to become more important. Data-related jobs such as Data Science, Data Engineering, and Data Analytics are going to increase in importance over the next five years. Plus, we're going to see some high-paying jobs in these areas and fields.
The Question of Sustainability
The next question that generally comes up is regarding sustainability — how sustainable will these high-paying jobs be? Will they remain high-paying for 20 years or 30 years? I don't think anyone can predict that with certainty. But at least for the coming five years, I expect salaries to rise in these fields.
The demand for professionals who can work with data, analyze it, and derive meaningful insights is only going to grow. Companies are increasingly relying on data-driven decision-making, which means skilled data professionals will be in high demand. If you're considering a career path or looking to upskill, data-related fields offer tremendous opportunities for growth and lucrative compensation.
Prediction Four: Software Engineers Are Not Likely to Get Replaced by AI
The fourth prediction is that software engineers are not likely to get replaced by AI. There is a study by BrainHub that says 80 percent of software engineers are not likely to get replaced by AI, and I agree with it. Today's AI tools are focused more towards increasing productivity as compared to completely replacing software engineers. Also, today's AI tools are not good enough to replace entire software engineers.
Even in a Best-Case Scenario for AI
Even if we consider a scenario where tools become very good in the next five years — good enough to replace engineers — still, some software engineers will always be needed so that those AI tools can be used to achieve business use cases. That need will always exist.
The Reality of AI Funding
Plus, one thing that I find important is the funding in AI. In today's date, funding in AI is very heavy. However, there will always come a point when these artificial intelligence-related organizations that work on AI tools will want to make profit, and that might lead to these tools becoming more and more expensive.
This is something that every good organization or leadership at good organizations understands, and that is why I think for good organizations, replacing their entire engineering workforce with tools is not going to be easy. That is not a change that I am expecting to see in the next five years. Software engineers will continue to be valuable assets, and their role will evolve rather than disappear.
Prediction Five: Off-Campus and Skill-Based Hiring Will Increase
The fifth prediction for the future is that off-campus and skill-based hiring is going to increase. What can we as students do about this? First, we need to know the expectations of companies. Second, we need to complete those expectations.
Targeting Product-Based Companies and MNCs
If we target product-based companies or MNCs like Microsoft, Amazon, or Google, these companies have so many services that they don't work on a single technology or a single framework. That's why larger MNCs prefer to keep their hiring based on DSA. So if we want to get into these companies, we need to practice DSA.
Building Impressive Projects
For other companies, we need full-stack projects, deployed projects through which we can showcase our skills properly. The time for copy-pasting is somewhat over. Now is the time for innovation and actually doing something that you're passionate about. We need to build technology and create projects in that manner.
Targeting Startups and Mid-Level Organizations
Also, if we are targeting startups or mid-level, small-level organizations, we need to learn those company-specific skills. If there's a company that works on a specific technology, we need to learn that technology.
From this year's placement season, I've noticed that generally students keep development projects on their resume, but along with that, they additionally add one or two machine learning projects to show the recruiter that they haven't just learned up to the expectation level — they've gone beyond it.
Two Things Students Must Not Ignore
When we talk about off-campus placements, generally students ignore two things that absolutely should not be ignored. The first is English communication skills, specifically how well we can speak in English. This is very important in interviews.
The second is our quantitative reasoning and aptitude skills. Many companies hire based on aptitude tests during off-campus recruitment. This situation we're already facing today, and I feel it's going to increase over time.
The Challenge of Information Overload
Why is this going to increase over time? Because in today's date, a newcomer or a beginner student who wants to enter the software engineering field often gets confused. There are so many choices in libraries, so many choices in frameworks — they don't know which technology to learn and which to leave out.
In this situation, social media doesn't help students at all. Random Instagrammers come up who will tell you about overhyped technologies, when in reality, a student cannot keep up with all of these social media overhyped technologies. The majority of them don't get adopted by companies in the long term, and that is why they fail to create jobs.
The Importance of Sticking to Fundamentals
That is why as a beginner, as a newcomer, it is best to stick to fundamentals. Because if our fundamental knowledge is strong, then tomorrow, no matter what new library or new framework comes along, we'll be able to adapt to it very quickly, and we won't be afraid of new libraries, new frameworks, or new tools coming into the industry.
Generally, my advice is to focus on the fundamentals of CSS. If someone knows CSS fundamentals well, knows how to write it properly, tomorrow whether they need to work on Tailwind or any other new technology, they'll be able to use that technology. So having strong fundamentals is what makes us better engineers, and that's what we should focus on.
How to Become Irreplaceable in the Industry
Now that we've talked about many predictions, generally a question might come to some students' minds: what can we do to become irreplaceable in the industry? On this, I want to share one thing with you: in any industry, the people who are at the top are always irreplaceable to some extent.
If you go to the top of any industry, whether it's software engineering or any other industry, the people there become somewhat irreplaceable. In today's age of information, everyone knows what they need to do to survive the competition, to stand out, and to get the best opportunities.
Understanding the Numbers
Let me share some statistics with you. In India, every year, 15 lakh (1.5 million) engineers graduate. Now, it's not necessary that only MAANG companies are hiring — other companies also hire. But specifically if we talk about MAANG, that number should not be greater than 5,000 to 10,000.
Now, these 5,000 or so positions, what kind of students are getting these? What kind of engineers are getting these? They generally have three things: first is an exceptional learning attitude, second is hard work, and third is state of mind. No one can be replaced who has these three things.
The Reality of Top Packages
I want students from tier-2 and tier-3 colleges to also understand that MAANG companies are coming to their campuses too. But even if we consider this figure, if in one year 15 lakh engineers come and around 15-20% of them get a job in tech, then less than 1% is the number that is getting top packages at entry level.
If we understand this less than 1% number as 5,000 students in one year, and if we look at the last ten years, then in the last ten years, already 50,000 software engineers exist in the industry who started at the top level. In any industry, 50,000 professionals is a very good strength, and these professionals already exist in the industry.
Why These Numbers Matter
Now, these numbers I'm sharing with you are not just for the sake of numbers. I'm sharing them so we can understand how we can become that good. Because to become exceptional, first we need to understand the reality. And the reality is that in the industry, the top software engineers will always become irreplaceable.
So our goal as a student should always be to come into that category. Here, we're not talking about being company-specific or compensation-specific. We're talking about what our mindset is when we think about our career.
The Mindset That Makes You Irreplaceable
Those students who will become irreplaceable are those whose goal is not just to get a job. Because if your goal is that you just need to get a job in tech, four years of engineering is enough time to do enough work that at the end you get a job. But getting a job is not the goal.
The goal is that tomorrow we need to head some good company, tomorrow we'll go to leadership positions in organizations, we'll go to CTO-level positions. So according to that, we need
