The concept of an “easy” major within computer science is highly subjective and depends heavily on an individual’s innate strengths and interests. However, majors often perceived as less theoretically rigorous include Information Systems (IS) and Information Technology (IT). These fields focus more on the application, implementation, and management of computing technology within a business context, often involving less advanced mathematics and abstract algorithmic theory than a traditional Computer Science degree.
It’s crucial to note that “easier” does not mean “less valuable,” as these are critical and high-demand career paths, and professionals often use platforms like Coursera, Udemy, and LinkedIn Learning to master their specific, practical skill sets.
A Focus on Application Over Theory
The perceived ease of majors like Information Systems stems from their practical, business-oriented curriculum. Instead of deep dives into compiler design or quantum computing algorithms, these programs typically emphasize database management, networking, systems analysis, and cybersecurity policy.
This makes them more accessible to students who are strong communicators, problem-solvers in a organizational context, and prefer tangible applications over theoretical constructs. Success in these fields is often less about solving complex math problems and more about understanding how technology serves business goals, a skillset that can be effectively honed through professional certifications and courses on platforms like Pluralsight, edX, and Skillshare.
Reduced Mathematical Rigor: They typically require fewer high-level math courses (e.g., advanced calculus, discrete mathematics) that are major hurdles in a pure CS track.
Business Integration: The coursework is often intertwined with business and management classes, which can feel more concrete and less abstract than theoretical computer science.
Focus on Implementation: The goal is to effectively use and manage existing technology rather than invent new algorithms or computing paradigms from first principles.
Clear, Practical Outcomes: Skills learned, like configuring networks or managing a SQL database, have immediate and visible applications, which can make the learning process feel more direct and rewarding.
Alternative Credentialing: Many core competencies in IT and IS, such as cloud computing (AWS, Azure) or cybersecurity, are validated through industry certifications (e.g., CompTIA, CISSP) available on Udemy or Coursera, which can be more focused than a broad theoretical degree.
FAQs
Is information technology easier than computer science?
Generally, yes, IT is considered less theoretically demanding as it focuses on the practical setup, management, and troubleshooting of computer systems and networks rather than the deep programming and algorithm design central to CS.
What is the least math-intensive computer science major?
Information Systems and Information Technology typically have the lightest math requirements, often needing only business calculus or statistics, unlike a CS degree which requires calculus I-III, discrete math, and linear algebra.
Can I get a good tech job with an IT degree instead of CS?
Absolutely. IT degrees lead to high-demand roles like network administrator, systems analyst, IT project manager, and information security analyst, which are crucial to every modern business.
What are the highest paying “easy” computer science majors?
While subjective, specializations in cybersecurity (often under an IT umbrella) and data analytics can offer high salaries with a curriculum that many find more applied and less abstract than core CS.
How can I succeed in an IT major without a strong math background?
Leverage your strengths in practical problem-solving and communication. Supplement your degree with hands-on labs, practical certifications from platforms like Pluralsight or Coursera, and gain experience through internships focused on implementation and support.
Final Thoughts
Labeling a major as “easy” can be misleading, as every field within computing presents its own unique challenges. The right choice depends on aligning your natural aptitudes—whether theoretical or practical—with your career goals. The key to success in any tech field, perceived as easy or not, is a commitment to continuous learning.
The dynamic nature of technology means that the learning never stops. E-learning platforms are an invaluable resource for building the precise, practical skills needed to launch and advance a rewarding career in these applied tech fields, ensuring long-term professional development and growth.