Why Learning Low Code is Essential for Every Student's Future Careers

In today's rapidly evolving digital landscape, having the ability to create applications and automate processes is critical. As an engineering student, I’ve come to realize that adopting low code can significantly benefit my future career. Low code platforms enable users to build applications with minimal coding knowledge, making technology accessible to everyone, regardless of their background. In this post, I will discuss why low code is crucial for students, its benefits, and how you can begin your journey into this valuable skill.

Students learning low code in a modern classroom

What is Low Code?

Low code is a software development method that allows users to create applications using graphical interfaces and simple configurations rather than traditional hand-coded programming. This approach means that individuals with little to no coding experience can quickly develop functional applications. For instance, platforms like Outsystems boast that users can create apps in days instead of months, accelerating innovation.

The growth of low code platforms is significant; studies show that by 2025, 70% of new applications developed by enterprises will use low code or no code technology. This increasing popularity makes gaining low code skills more essential than ever.

Why Every Student Should Learn Low Code

1. Accessibility

One of the key advantages of low code is how accessible it is for students from different fields. For example, biology students can develop apps that track lab results, while business majors can create customer relationship management tools. This flexibility enables diverse students to innovate and problem-solve without the steep learning curve associated with complex programming languages.

2. Speed of Development

In an age where quick turnarounds are vital, low code allows students to develop applications rapidly. The average time to build an app using low code is about 5 times faster than traditional coding. This efficiency helps students turn their ideas into prototypes swiftly, enabling them to adapt based on real-time feedback. In fact, a study by Forrester found that low code environments can reduce the time spent on development projects by up to 50%.

3. Collaboration

Low code platforms encourage teamwork. Students can work in groups on projects, allowing each member to contribute their unique skill set. This collaborative experience mirrors real-world work environments where cross-functional teams are the norm, enhancing communication and cooperation skills that are invaluable for future careers.

4. Career Opportunities

The demand for low code skills continues to rise. According to Gartner, by 2024, low code application development will account for more than 65% of all application development activity. By learning low code, students can significantly improve their employability, making themselves essential in bridging technical and non-technical domains. Companies increasingly seek individuals who can drive digital transformation efforts, making low code skills a highly marketable asset.

5. Empowerment

Learning low code gives students a sense of ownership over their projects. Instead of relying on programmers for execution, students can create applications that mirror their vision. This autonomy can enhance confidence and motivation. For example, a student interested in environmental issues could build an app that tracks carbon footprints, taking initiative to develop solutions for real-world problems.

How to Learn Low Code

1. Online Courses

Many platforms offer excellent courses focused on low code development. Platforms such as Coursera and Udemy offer a range of courses tailored to different levels, with many focusing on widely-used low code tools. For instance, completing a course on Outsystems can provide practical skills directly applicable to real-world scenarios.

2. Community Resources

Low code platforms often have active online communities where users share resources and tips. Engaging with other learners can provide motivation and inspiration. Joining forums or social media groups dedicated to low code development creates opportunities for networking and peer support.

3. Hands-On Practice

Hands-on practice is essential for mastering low code. Start with simple projects that resonate with you, such as creating a personal website or a basic app that addresses a daily inconvenience. Spending time on practical applications allows you to internalize the tools and concepts you’ve learned.

4. Workshops and Meetups

Participating in local workshops or meetups can greatly enhance your learning experience. Look for events that focus on low code, offering opportunities to work with professionals and gain insights into industry best practices. Networking with experts can also open doors for internships or job opportunities.

5. Follow Industry Leaders

Stay informed about the latest developments in low code technology by following industry leaders on platforms like LinkedIn. Engaging with their content can provide updates on new tools and techniques in the low code space, keeping you ahead in a rapidly changing environment.

Embracing Low Code for a Bright Future

In summary, learning low code is becoming increasingly important for students preparing for their future careers. The skill offers accessibility, speed, collaborative opportunities, and a sense of empowerment, making it essential to thrive in today's job market. By utilizing online courses, community resources, hands-on practice, workshops, and insights from industry leaders, you can become proficient in low code and open new doors of opportunity.

As I continue my journey in engineering, I am enthusiastic about the potential that low code unlocks. I encourage every student to embrace this technology, fostering creativity and equipping themselves for success in the digital age.

Student working on low code application in a creative workspace