Is CS mostly math?

Yes, computer science involves a significant amount of math, particularly discrete math, calculus, linear algebra, and statistics, which form the foundation for logic, algorithms, data structures, and complex fields like AI and machine learning, though the specific math intensifies with your chosen specialization. While some areas (like web development) require less, advanced math is crucial for understanding core concepts and complex domains.

Is computer science mostly math?

Computer Science is a subfield of math because it was developed by mathematicians as a direct descendent of algebra and the study of algorithms, which date back to the ancient Babylonian and Greek methods for division, computing the GCD of two numbers, finding square roots, etc.

Does CS use a lot of math?

Yes, computer science is generally math-heavy, especially in degree programs, requiring calculus, discrete mathematics, linear algebra, and statistics for core concepts like algorithms, data structures, and logic, though the intensity varies by specialization, with areas like Machine Learning and Computer Graphics being particularly math-intensive.
 

Can I study CS if I'm bad at math?

Yes, you can major in CS if you're bad at math, just get good enough to pass the math classes.

Is CS the hardest major?

Computer science is often regarded as one of the most challenging majors to pursue in college—but why is that? The field's complexity, rigorous mathematical foundations and emphasis on abstract thinking contribute to its perceived difficulty.

My Honest Advice for Computer Science Majors

Are CS grads screwed?

Computer science graduates are facing 6.1% unemployment in 2025 - nearly double the rate of philosophy majors. This completely flips what students were told about CS being a safe career choice.

What are the top 3 hardest majors?

While subjectivity plays a role, Medicine, Engineering (especially Aerospace, Chemical, Biomedical), and Physics/Mathematics consistently rank among the top 3 hardest majors due to intense workloads, complex problem-solving, deep analytical skills, and demanding coursework, often involving advanced concepts in math, science, and critical thinking, with Chemistry and Architecture also frequently cited. 

Was Elon Musk a coder?

Yes, Elon Musk was a self-taught programmer who started coding as a child, creating his first video game, Blastar, at age 12 and selling its code, which laid the foundation for his tech ventures like Zip2 and X.com (PayPal). While he's known more as an entrepreneur and visionary now, programming was a fundamental skill that enabled his early success and remains crucial to his companies, with languages like C++, Python, and Java used at Tesla and SpaceX. 

Will CS get replaced by AI?

AI Is Transforming, Not Replacing, Computer Scientists

AI is reshaping the tech industry by automating repetitive coding tasks and amplifying human creativity. Rather than eliminating jobs, AI is shifting the focus of computer science toward designing smarter, more ethical, and human-centered systems.

Did Bill Gates go to Math 55?

Yes, Bill Gates took Harvard's notoriously difficult freshman math course, Math 55, and successfully completed it alongside graduate-level computer science classes before dropping out to found Microsoft. Math 55, officially titled "Honors Advanced Calculus and Linear Algebra," condenses years of math into one year, covering topics like abstract algebra and real/complex analysis, and is known for challenging even gifted students, though Gates wasn't always at the very top.
 

Is CS better or AI?

AI is a specialised branch focused on intelligent systems, machine learning, and automation. CSE is broader and offers more general IT roles like software development, database management, and systems engineering. If you are passionate about data, algorithms, and smart machines, AI is ideal.

Is CS math heavy?

Yes, computer science is generally math-heavy, especially in degree programs, requiring calculus, discrete mathematics, linear algebra, and statistics for core concepts like algorithms, data structures, and logic, though the intensity varies by specialization, with areas like Machine Learning and Computer Graphics being particularly math-intensive.
 

What degree has the least math?

Degrees with the least math are generally in the Humanities, Arts, and Social Sciences, such as English, History, Philosophy, Communications, Foreign Languages, Art, Psychology, Sociology, Political Science, Education, and some Business fields like Marketing or Management, with most requiring only basic math or introductory statistics instead of calculus. 

Which is harder, math or coding?

Neither coding nor math is inherently "harder"; they demand different skills, with math often focusing on abstract proofs and deep concepts while coding emphasizes logic, problem-solving, and organization to build tangible things, though complex programming fields like AI or graphics require significant advanced math, while many web/app roles need only basic arithmetic. Math builds upward into complex theories, whereas coding provides tools (like libraries) to solve problems in manageable steps, making it more accessible initially but challenging at advanced levels, depending on the specific domain. 

Is it easy to get an A* in computer science?

No, getting an A* in Computer Science (especially at A-Level or university) is generally not considered easy; it requires significant discipline, consistent practice, strong problem-solving, and deep understanding beyond basic concepts, involving complex algorithms, mathematics, and extensive programming, though it's achievable with strategic effort. Success depends on mastering fundamentals, applying theory, consistent revision, and excellent exam technique, making it time-consuming and rigorous rather than inherently simple. 

Which is harder, CS or CE?

It Depends on Your Interests and Strengths

The blend of software and hardware makes CE rigorous, especially if you prefer purely software-oriented work. CS might be harder if: You find theoretical math or abstract concepts challenging, as CS involves a lot of logic, algorithms, and sometimes complex mathematics.

What job pays $400,000 a year without a degree?

The most prominent "$400,000 job without a college degree" discussed in recent news is a Walmart Supercenter Store Manager, where compensation can reach that level through a combination of increased base pay (around $128k average), significant bonuses (up to 200% of base), and annual stock grants (up to $20k) for top performers, making the role lucrative for those rising from hourly work. Other paths to high income without a degree include skilled trades, tech sales, and specialized roles like power plant operators, often achieved through skills-based training, certificates, or apprenticeships rather than a traditional four-year degree.
 

What engineer makes $500,000 a year?

Engineers making $500k/year are typically highly specialized, experienced professionals, most commonly in Software Engineering, especially in AI, distributed systems, or finance/trading, working at top tech firms or successful startups where total compensation (base + significant stock/bonus) reaches this level. Other potential fields include Electrical Engineering in specialized areas like power/utilities or high-level Project Management roles. 

What is the $900,000 AI job?

A "$900,000 AI job" refers to a specific high-paying Machine Learning Product Manager role advertised by Netflix in mid-2023, reflecting intense demand for AI talent, with total compensation packages (including bonuses/stock) reaching that level for senior roles, not just base salary, in cutting-edge fields like AI/ML. It highlights how major tech companies offer massive salaries, sometimes conflicting with industry labor concerns, to attract experts to build foundational AI platforms.
 

Is 25 too old to start coding?

No, 25 is absolutely not too late to learn coding; it's a great age to start, bringing valuable life experience, and many successful developers began their journey later, finding success through dedication and consistent learning in a tech industry that values skills over age. Focus on building marketable skills, creating small projects, learning Python or JavaScript, and staying consistent, and you'll find your place in the growing tech field. 

What is Elon Musk's 1 hour rule?

Elon Musk doesn't have a specific "1 Hour Rule," but he's associated with the "5-Hour Rule", which involves dedicating an hour daily to reading and learning, a habit shared with figures like Bill Gates and Oprah Winfrey, focusing on self-improvement through focused learning, though he also uses a granular 5-minute time-blocking method for his own intense schedule, and emphasizes eliminating large, unproductive meetings. 

How did Mark Zuckerberg learn to code?

Mark was in 6th grade when he started to code from the beginning it was clear he was talented. Mark's father hired a software developer called David Newman to tutor him privately. 'It was tough to stay ahead of him,' Newman told the New Yorker, describing Mark as a 'prodigy.

What is the #1 easiest major?

There's no single #1 easiest major, as it depends on your strengths, but Psychology, Education, English, and Criminal Justice frequently rank as the easiest due to higher average GPAs and less demanding technical skills compared to STEM fields, often focusing on human behavior, societal structures, and communication. Majors like Sociology, Social Work, and Communications are also commonly cited as easier liberal arts options. 

Which degree leads to burnout?

Architecture. Architecture is known as one of the degrees that leads to the highest mental burnout due to its intense studio culture, long working hours, and demanding design expectations. Students often spend nights completing models, drawings, and critiques, which can lead to stress and exhaustion.

What is the rarest major?

There isn't one single "rarest major," but rather a group of very niche fields like Puppet Arts, Egyptology, Ecogastronomy, Bagpiping, and Fermentation Science, often offered at specific universities, attracting few students due to their specialized nature, limited broad career paths, or unique focus, though they can lead to rewarding careers in arts, museums, parks, or food industries.