Think about your favorite gaming gadget.

Do they emit visuals or graphics against a black backdrop or have a grid like look?  Playing games on smartphone, gadget or gaming station may be fun, but genius is to know the blood and sweat of software engineers that went into it. 

What I mentioned above were two different kind of app interfaces: console and windows.  These applications translate into endless threads of software code. It is the work of a proficient software engineer that burnt the midnight oil to write and execute programs, learn object-oriented concepts and correlate logics. 

This may sound a bit complicated, but software engineering is an art of sorts. From learning the basics of structured query language (SQL) and C++, to practicing software development with application development platforms, software engineers are like parts of moving tech infrastructure.

Being in a role of software engineer doesn’t translate into a 4×4 cubicle, but solving real world problems with automation. 

What to keep in mind before becoming a software engineer?

To be a software engineer, first decide on what level of programming language you want to study. There can be two types of streams to choose once you become a high school graduate. Either science, technology, engineering and mathematics (STEM) or computer science. Then, to start with, you need to learn the ropes of algorithmic flowcharts and mathematical operators. 

Mostly, engineers are grounded with the principles of high level language like C#, Visual Studio, SQL, Java, .NET framework, Python, Ruby on rails and Swift. Learning the concepts is easier than it appears because of fixed software framework and syntax formatting that these languages follow. To know how to muster your software programming skills, you need to hone the basics and practice regularly.

Next, in the early leg of your career, take guidance from an experienced software engineer who is a proficient reasoner, designer and mathematician in disguise. While there are numerous software engineering concepts, take the most basic route to learn them. 

Within software engineering, you’ll have to be acquainted with core concepts like data structure algorithms, decision trees, gantt chart, kernel, port forwarding, transfer protocols, servlets, conditional loops and container registries. Perfecting the basic object oriented programming (OOPs) concept first is a great way to channel your hard work and progress to this next level of specialization. Based on all that you have learnt, keep your online research and practice new codes with AI code generation platform to generate functional and compatible code. Also, download notebook editors or text editors for the software language you wish to learn.  You can even learn how to compile, debug, run and control code with editors like C/ C++ integrated development environments, Python integrated environment or others.

These editors are not platform agnostic and don’t work with every code. For example, Notepad++ supports Java and JavaScript but not C++.  Knowing the right data studio for your code and installing the correct library is mandatory if you wish to become a software engineer. 

What does a software engineer do?

A software engineer works to apply mathematical analysis and the overall principles of computer science to design and develop computer software. This could include anything from operating systems, computer games, business applications, network control systems, and more.

As a software engineer, you’ll have extensive knowledge about programming and coding, design and architecture, algorithms and data structures, hardware networking, how to debug and test software, and more.

Thanks to the increasing advancement in mobile technology, the role of a software engineer is in high demand. But first, you need to know where to start.

How to get a software engineering degree?

The first step in embarking on a career as a software engineer is to get a bachelor’s degree in computer science, computer applications, software engineering, computer programming, mathematics, applied computing or a related field. Bachelor’s degree programs for a software engineer will focus on digital logic, algorithm design, flowcharts, entity relationship diagrams, data structures, linked lists, binary searches and depth first searches, project planning, and a structured approach to programming.

Courses related to software development will center around computer programming, while computer security courses will target data security and what to do in the event of a data breach, in addition to the fundamentals of cryptography. There will also be courses that focus on project management and user interface.

During your time as a student, you’ll want to learn to code. It’s in your best interest to develop a comprehensive knowledge of programming, software, architecture, and software testing. Some coding languages you’ll want to be familiar with include Python, Ruby on rails, JavaScript, Ajax, C#, Java, PHP, Visual Basic and SQL.

A great way to learn some of these languages would be to either enroll in a coding bootcamp program or to pursue an internship. Doing so will also allow you to choose a specialization before you start applying for jobs, as there are many directions you can go once you get your degree.

After you graduate, you can choose multiple streams within the realm of software engineering. These include web development, DevOps, cloud computing, mobile data security, database management, relational database management, container engine, source code management, software intelligence platforms and technical stack. 

What are the types of software engineering jobs?

One of the great aspects of wanting to become a software engineer is that when it comes to your title, they come in various shapes and sizes.

Some popular job titles include:

• Junior software development engineer (SDE 1): A junior software developer assists in developing, testing and maintaining software applications. The recieve problem stacks, get demo application programming interfaces (APIs), write code, fix bugs, allocate data memory and learn about software development lifecycle. The major role of junior software engineers is to organize client projects and problems and publish code directly on the live environment. 
• Lead/Senior software development engineer (SDE 2): These professionals overlook projects and guide project execution teams from beginning to end. They design architecture, ensure code accuracy and overlook other teams. Additionally, they mentor software engineers, manage tight deadlines, and collaborate with product teams to ensure smooth functioning and operational excellency
• Full stack developer : These professionals work both on the front-end interface and the back end interface of a product. They build graphical user interfaces (GUI), handle database, port server connections, handle server side logics and ensure practices of data security within a network infrastructure. They also maintain network bandwidth, wireless software defined wide area network (SD-WAN), and other parameters.  
• Node.js developer : These professionals build web or console applications on the server side using React.JS. They are responsible to develop high performance systems, user interfaces, responsive website graphics and components, and handle dynamic API connectors and large datasets. These developers focus on building easy to use and web-friendly applications with JavaScript framework.
• Angular developer : An angular developer builds dynamic web applications using angular framework. They develop responsive front-end interfaces, software integrations, virtual machine frameworks, and software APIs. The role of an angular developer focuses on writing TypeScript code, handling data binding and supervising production. 
• Web developer: Web programmers or developers design the front end and the backend of websites. By working on web programming languages such as PHP, HTML and JavaScript, they beautify the design, layout and graphics of the webpages, while also maintaining the server, application logic and troubleshooting check-ins. 
• Technical or platform architect: A technical architect works with the user lifecycle teams, design teams and data engineering teams to develop newer product upgrades, make front-end design changes, build product architecture frameworks, solve client-side software glitches and improve app performance. 
• Principal software engineer: Mostly, principal software engineer overlook the work of engineers, developers and analysts. They volunteer for cross functional work for sales, product, revenue, and marketing teams and understand the end proposition and business objectives..
• Chief technology officer: Chief technology officer is at the top of the software engineering hierarchy and mostly collaborates with other C-level suite members to be a part of tech advisory councils of various non profit or profitable organizations. 

Those looking to become a software engineer can experience growth and opportunities in a multitude of industries, not just the tech industry. For instance, see what industries like healthcare, automotive, nonprofit, government, and finance have to offer someone with the skills to be a software engineer.

Software engineer job duties

No matter the industry or job title, a software engineer is likely to have specific duties they are responsible for day in and day out. As a software engineer, some standard protocols to follow are, ensuring team collaboration with fellow software engineers, communicating project progress, supervising data quality and quality control for software, building efficient applications and building rapport across all teams. 

Other duties include:

• Working with others to determine software needs
• Designing, developing, and testing a system or application based on specifications
• Creating diagrams and models to help developers build the code needed for the system or application
• Maintaining the system or application with updates and fixes when necessary
• Recommending software updates for existing systems and applications
• Working with developers and other engineers to build software

As a software engineer, you’ll work with a client and assess their needs, then design, test, and develop computer software to meet those needs with other members of the team.

Software developer vs. software engineer

There can be some confusion as to the difference between a software developer and a software engineer. The main difference between these two roles is the actual job function.

A software engineer will apply engineering principles to create software. Because of this, software engineers take part in software development by connecting the needs of the client with technological solutions. Engineers work at the backend of every product lifecycle and run system maintenance and administration checks for client-side devices within a company’s premise.

A software developer or an extended software team is responsible for the entire development process, as well as the driving force behind the programs. Their job is to work with the client to create the design and then the computer programmers to develop the code needed to run the software.

A software engineer is involved with the development process, but a software developer will rarely be involved in the engineering process. When one is overseeing the engineering portion, the other is focusing on creating functional programs.

Software engineer salary

The salary of a software engineer is going to depend on your actual job title, the company you work for, and how much experience you have. In the United States, the average salary for a software engineer is $92,824 a year.

According to Builtin, typical ranges for a software engineer salary in 2024 are:

 

Software engineer tips from the experts

No matter what career you’re interested in, it’s always a good idea to get some advice from those already in the field. We asked four experts and this is the advice they’d pass on.

Develop a passion early

“I started learning to write code as a teenager on our family Apple II+. The first language I learned was Applesoft Basic, and I read books and magazines and copied that code into the computer. When it worked, it was amazing! When it didn’t, it was a puzzle to figure out why. I was hooked.

When I went to college, I didn’t study computer science. I didn’t see software engineering or software development as a career, so I graduated with a degree in liberal arts instead. Once I got out of college, I took a mainframe programming job and my title was statistician, but it would now be called a data analyst. I liked working there, but when the web became a thing, I knew it was my true calling.

Since then, I’ve been doing custom software engineering, developing, and consulting since the mid 1990s. I don’t have any regrets about the way my career unfolded. I sometimes wonder how it would have been different with a CS or MIS degree. But the job of a consultant is to understand the customer’s problems, think critically, explore all the options, and make a recommendation. My degree prepared me for all the non-coding aspects of my work. People think we spend all day writing code, and some do, but most spend a significant amount of time trying to better understand and work through business problems.”

– Joe Wilson, owner of Volare Systems

Make the most of your resources

“All resources for learning how to code are available for free online. Software engineering and development communities are very open and helpful. Many people will eagerly share their expertise with others. It’s one of the things that characterizes this community.

Now that I know this, if I could do it all again, I would not have gone to the online bootcamp but would rather start researching the materials on my own. But then again, I probably wouldn’t know what I was doing at that time without the experience I have today.”

– Daria Marczak, Front End Developer at Netguru

Become a Yes Man

“Throughout my experience, I’ve learned that it’s important to be a Yes Man (or woman). That is: say yes to everything you possibly can and provide reasonable expectations for what it will take. Everything is possible but not everything is profitable. Finally, I’ve learned that on the other side of being passionate about something, is being self-disciplined.

Self discipline is the difference between a coding statesman and a script kiddie. If I was going to do things differently, I’d be less stressed about where I wanted to be, and be more inclined to sit tight and lean in.”

– Dan Holmes, DevOps Engineer at Arc

Consider the freelance route

“I’ve mostly worked as a freelance engineer and app developer. One of the benefits of working freelance is that you can jump from project to project. Especially short term projects (1-3 months) allow you to gain experience with a particular technology or stack, after which you move on to the next opportunity. You can find out what you like more quickly, or quickly improve a diverse set of skills.”

– Reinder de Vries, Founder of Learn App Making

How to gain experience as a software engineer

Below are some additional career opportunities that you can explore before landing that high paying and secure software engineering job. 

• Internships: Start small. Don’t worry about the late night shifts or bear it till the time you can. Working with multiple big firms as a software intern trains you on client resolution processes and strengthens your hold on software development, compiling code and debugging code. 
• Freelancing: Look out for technical trainee opportunities with platforms like Upwork and Fiverr which are freelancing agencies that outsource their software services to interns and freelancers. 
• Contributing to open source:  Contribute your software analysis on open source platforms like stackoverflow.com, stack exchange or GitHub. Share your code and output with fellow computer science researches and build a community and networking circle.   
• Contributing to company projects: Look out for company datasets on websites like Keggle or Hackerearth and enroll in their tech fests or hackathon challenges.

Dream big, engineer the future 

The dream of becoming an engineer isn’t one dimensional. As a software engineer, you would find it rewarding to able to build software stacks that can better the workings of various industries and design radical improvements for existing system. Being a software engineer would inspire you to work in the interest of public welfare and help you do your bit and return the favor. 

 So roll up your sleeves, get ready to learn some code, and dive in with both feet.

Looking for a headstart in software development? Learn which app programming language will be the best choice to code your next tech stack. 

This article was originally published in 2019 and has been updated with new information.