With artificial intelligence, we can now develop applications, write code, debug programmes and even optimise software much faster than humans. So, with AI as the employers’ new favourite employee, is studying Software Engineering still relevant?
Muhammad Danial Haq bin Rose Man, a junior full-stack developer, says AI is both a powerful tool and a responsibility. “AI definitely helps in cutting down the time to produce an app,” he said. “But human intervention and troubleshooting skills are still needed, especially when handling sensitive data or security keys.”
So, if you’re planning to pursue software engineering, think of AI as your greatest ally and not a competitor. In Malaysia, you can choose from three exciting pathways that offer software engineering programmes with up-to-date, industry-relevant curricula. The choice is yours; study fully in Malaysia, enrol in a twinning programme, or join a foreign branch campus. Here’s a closer look at each option and what makes them stand out.
Private Local Universities
Studying at a private local university gives you a strong foundation in software engineering at an affordable price. You’ll learn from experienced lecturers, gain access to local industry networks, and build practical skills through internships and projects.
Many private universities in Malaysia also work closely with tech companies, helping students stay up to date with current trends and technologies. These partnerships give students valuable networking opportunities and smoother access to internships.
For Senior Software Engineer Raymond Nathan, that hands-on experience made all the difference. “I wanted a university that not only taught theory but connected me to the industry,” he shared. “The real-world projects, consultations, and internships gave me a behind-the-scenes look at how the tech world operates. It wasn’t just about coding, it was about understanding the system that runs behind every product.”
He added that studying at a university with a strong reputation in IT and business, such as Asia Pacific University (APU), also opened doors after graduation. “The name carried weight in the local tech scene, and that made the transition into my career much smoother.”
Here are some universities where you can pursue a Software Engineering programme:
- Sunway University: Bachelor of Software Engineering (Honours)
- Asia Pacific University (APU): Bachelor of Science (Honours) in Computer Science
- Multimedia University (MMU): Bachelor of Computer Science (Hons.)
Foreign Branch Campuses
But, if you’re looking for a more global experience without leaving Malaysia, foreign branch campuses are a great option. You’ll receive the same quality education and degree as those offered at the main campuses overseas, but at a lower cost.
This pathway also gives you access to international lecturers, research opportunities and a multicultural learning environment that prepares you for global career opportunities.
Some of the foreign branch campuses offering Software Engineering programmes include:
- University of Southampton Malaysia (UoSM): BSc Computer Science
- Monash University Malaysia: Bachelor of Software Engineering (Honours)
- University of Nottingham Malaysia: BSc (Hons) in Software Engineering
If you are interested in exploring more Local Private Universities and Foreign Branch Campuses that offer Software Engineering or similar programmes, click here.
The Importance of Curriculum
Before choosing where to study, it’s important to look beyond rankings and facilities, and focus on what you’ll actually learn. The right curriculum shapes how you think, solve problems and apply knowledge to real-world situations — and in a field like software engineering, that makes all the difference.
For Raymond, this realisation came early in his degree journey. “It happened during my first Object-Oriented Programming (OOP) class,” he recalled. “That was when Java stopped being just another coding language and became a framework for how I thought about solving problems.”
Project-based learning also plays a big role. Rather than memorising algorithms for exams, students are often tasked to build functioning systems that apply what they’ve learned. This experience bridges theory and practice, training them to think like engineers rather than students chasing grades.
For many professionals, including Raymond, this kind of learning became the turning point. The structure of his university’s syllabus challenged him to think critically, design efficiently and code with purpose. “These are the skills that continue to shape my career today.”
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