is computer science harder than engineering
is computer science harder than engineering
Computer science is not for everyone.
- The truth of the matter is, coding skills are not for everyone. As a Computer Science major myself, I can say with certainty that computer science is for those who have a passion for their work and aren’t afraid to put in the hours necessary to complete challenging tasks.
- If you’re thinking of going into Computer Science as a career choice, be prepared to spend long hours studying and working on projects, which could include everything from building new websites to creating video games or animations.
- Computer science requires a lot of problem solving skills – so many problems come up during the course of programming that they cannot be solved by simply following directions at all times (i.e., if you think “following directions” means no math involved – forget it). You need patience when it comes time for debugging because sometimes bugs will take days or weeks before they become apparent; meanwhile, there might already be some other unrelated error occurring somewhere else in your program!
- Learning about computer science also teaches people how
to think logically about problems without getting frustrated or discouraged easily (this doesn’t mean being able to solve every single thing at once). If one method fails then try another one until something works!
Mastering topics in computer science requires a deep understanding of mathematics.
While there are several fundamental computer science topics that are important to master, a deep understanding of mathematics is critical. In fact, the most notable coding languages are based on math. Coding languages such as Java and Python use math in translating human language into code. Human language requires an understanding of grammar and syntax, while programming requires an understanding of logic and numbers (specifically integers). A basic knowledge of mathematics can be used to determine if a program is efficient or not using algorithms to solve problems.
A deep mathematical background can also be used to prove computer science theories, including creating models for social networks or discovering ways to make computers run faster without consuming more energy. For example, showing how well data is stored within a database system creates new methods for storing data that lead to improved computer performance.
Computer science requires you to think critically about solving problems.
But there is one major characteristic that’s even more important than being good at technical skills, and it’s the ability to think critically about solving problems.
Problem-solving skills are necessary in almost every industry. It’s a skill you’ll use throughout your entire career, and the better you are at it, the more successful you’ll be.
A computer science degree teaches you how to approach unknown problems with an end goal in mind, and systematically work toward that goal by breaking down the problem into smaller pieces. The strong problem-solving skills that you develop through studying computer science will benefit you greatly throughout your career.
A computer science degree requires a significant time commitment.
Computer Science degrees require a significant amount of work. The number of hours required to complete your degree will depend on the course you choose and how you study.
Most Computer Science courses are completed in three years of full-time study and six years if studying part-time. Many students also combine study with full time work, so it is important to plan ahead when enrolling in a computer science course.
An entry-level computer programmer salary is lower than many other degrees in the field.
Some entry-level computer programers make less than $50,000 per year, which might make you wonder if a computer science degree is worth it. The answer is yes.
While the mean salary range for computer programmers varies by geographical area, on the low end people are making $47,530 annually and on the high end they’re bringing in $90,770. There are plenty of factors that contribute to this discrepancy: years or experience, education level, type of programming work and location. That’s good news if you’re looking at an entry-level programmer position that falls on the low end of that spectrum because there are ways to make more money over time as your career progresses without spending more on tuition. The number one way to increase your salary as a programmer is with experience (which comes with time), followed by certifications and then advanced degrees. If you’re interested in pursuing a bachelor degree in CS instead of just an associates degree or certificate program then that could also help your salary situation down the road since this often comes with higher starting salaries than other degrees offered within the field.
Computer science is tough but ultimately rewarding
Computer science is tough. Really tough. It requires a lot more work than mechanical engineering does, with more complex and hard to understand math and theory than civil, chemical, or aerospace engineering do. But despite how difficult it is, it’s still rewarding—and worth it!
If you’re not passionate about computer science, then the work will be much harder for you. The dedication that’s required to finish all your classes and projects can only come from motivation and a desire to learn (not just get good grades). That said, I’d argue that computer science is less stressful than other majors because it’s so fascinating—if you enjoy the field enough then getting good grades won’t feel like work at all.