The unequivocal answer is yes. Computer science (CS) is not just poised to remain in demand by 2040; it is expected to be the foundational engine driving global innovation across every other sector. While the specific programming languages and tools may evolve, the core principles of computational thinking, data analysis, and software development will be … Read more
The short answer is a definitive no. Computer science (CS) jobs remain among the most in-demand roles globally. While the tech industry experiences normal market fluctuations and a heightened focus on specialization, the fundamental need for skilled developers, data scientists, cybersecurity experts, and systems architects continues to surge. The digital transformation across all sectors—from finance … Read more
The quick answer is “No”, computer science as a field will not be replaced by AI; instead, it is being profoundly transformed by it. AI is emerging as the most powerful new tool within the computer scientist’s toolkit, automating routine tasks but simultaneously creating new, more complex challenges and specializations. The core of computer science—problem-solving, … Read more
Yes, computer science is notorious for having one of the highest dropout rates among university majors. This trend is driven by a combination of its rigorous academic demands, often unrealistic initial expectations, and a highly competitive learning environment. However, the rise of flexible, foundational e-learning platforms like Udemy, Coursera, and edX is providing crucial on-ramps … Read more
For decades, computer science (CS) was the undisputed champion of safe career bets, promising near-guaranteed employment and high salaries. However, the landscape has fundamentally shifted. While still a valuable field, a CS degree is no longer an automatic ticket to job security. This change is driven by market saturation at the entry-level, rapid technological evolution, … Read more
You can gauge your potential in computer science by assessing your aptitude for logical problem-solving, persistence in debugging complex issues, and a genuine curiosity about how technology works. The most effective way to know is to try it through low-risk, introductory resources. Platforms like Coursera, edX, and Udacity offer free introductory courses from top universities, … Read more
No, 30 is not too late to study computer science. In fact, it can be a significant advantage. With greater maturity, clear career goals, and well-developed soft skills, many find transitioning into tech at 30 to be a strategic and successful move. The flexibility of modern education, particularly through accredited online universities like University of … Read more
The quickest way to earn a computer science degree is by enrolling in an accredited, competency-based online program from an institution like Western Governors University (WGU), Capella University, or Purdue Global. These programs allow you to leverage existing knowledge—gained from platforms like Coursera, Udacity, edX, or even work experience—to accelerate through material by passing assessments … Read more
For many high school students, the most challenging aspect of computer science is often the introduction to abstract programming concepts and algorithmic thinking. While specific courses vary by school, Advanced Placement Computer Science A (AP CSA) is frequently cited as the most difficult due to its rigorous focus on Java syntax, object-oriented programming principles, and … Read more
The grades required for computer science depend heavily on the level of study and the competitiveness of the institution. For undergraduate admission, top universities typically demand very high grades—often A’s and B’s in specific advanced subjects—while more accessible programs may have lower thresholds. At the university level, maintaining a strong GPA, usually a 3.0 or … Read more