How tough are the so-called 'most difficult' college degrees?

I'm seriously thinking about majoring in a STEM field like Engineering or Computer Science, and heard they are among the 'most difficult' degrees. Can anyone shed some light on why they're considered so tough? And any tips to succeed in them?

STEM degrees such as Engineering and Computer Science are often considered challenging due to their technical aspects, rigor, and heavy workload. These fields require a deep understanding of complicated concepts and principles, and you'll often find yourself using critical thinking, problem-solving, and quantitative reasoning skills regularly.

In Engineering, for instance, you'll be tasked with understanding complex mathematical models, principles of physics, and how to apply this knowledge to design and problem-solve in the real world. It's not uncommon to have multiple labs and team-based projects that often require significant time outside of class.

Computer Science, on the other hand, revolves around algorithms, coding, and logic. You'll need to master various programming languages and understand how to optimize code efficiency. You'll likely spend hours troubleshooting code and understanding complex algorithms.

To succeed in these fields, developing a disciplined study habit is crucial. Consistent review and practice can help solidify understanding and improve problem-solving skills. It's also essential to tap into resources such as professors, TAs, study groups, and academic support centers. Time management and organization are your friends; effectively planning out your academic and extracurricular activities can help you handle the rigorous coursework.

Seek internships and practical experience in your field. It's one thing to understand concepts in a classroom, but applying them in a real-world environment can solidify your understanding and provide valuable experience.

Remember that despite the challenge, many students find these majors rewarding because they offer opportunities to innovate and make substantial impacts in fields like technology, infrastructure, and data analysis. Plus, they often lead to rewarding career paths in terms of job prospects and compensation.