3 answers
bernard
Student
Port Wentworth, GA
1
Question
Updated
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What are some of the most challenging courses I will have as a Computer Science major?
I'm an upcoming Freshman who is also interested in playing football and track and field.
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3 answers
Jezlea Ortega
Tech Architecture
36
Answers
New York, New York
Updated
Jezlea’s Answer
Hi Bernard! The answer can differ for everyone, but for me and many of my college friends, we found programming paradigms and computer organization to be the toughest. I suggest preparing for those classes ahead of time. In terms of math courses related to computer science, many people find calculus 2 challenging, and some struggle with linear algebra, though I found linear algebra easier.
Anuj Gupta
Software Engineering
330
Answers
Bengaluru, Karnataka, India
Updated
Anuj’s Answer
**Data Structures and Algorithms** and **Operating Systems** are notoriously difficult due to their complex coding requirements and low-level system logic.
**Discrete Mathematics** will also challenge you by shifting your academic focus from standard calculus to rigorous logical proofs.
Balancing these intense, time-consuming workloads with football and track will require elite time-management skills from your very first day.
**Discrete Mathematics** will also challenge you by shifting your academic focus from standard calculus to rigorous logical proofs.
Balancing these intense, time-consuming workloads with football and track will require elite time-management skills from your very first day.
Nikhil Shirdhankar
IT
4
Answers
Jersey City, New Jersey
Updated
Nikhil’s Answer
The toughest courses for a Computer Science major often involve shifting from just using programming to truly thinking like a computer scientist. Here are some common challenges:
Data Structures and Algorithms involve a lot of problem-solving, efficiency analysis, and tricky assignments.
Discrete Mathematics includes logic, proofs, sets, graphs, and combinatorics, which can be surprising if you're not used to proof-based math.
Computer Organization/Architecture focuses on how CPUs, memory, and low-level operations work.
Operating Systems cover processes, threads, memory management, and concurrency, making it both conceptually and technically demanding.
Theory of Computation/Automata is very abstract and proof-heavy, which may not feel intuitive for many students.
Software Engineering/Large Projects are less about hard math and more about teamwork, deadlines, and managing large scopes.
Algorithms Design is often challenging because it requires both creativity and rigor.
Balancing football and track with your studies means that time management will be key, not just mastering the content. CS courses can have a lot of labs, problem sets, and project deadlines. Students who succeed usually develop routines early and avoid last-minute cramming.
If you can balance sports and CS, you're likely in a good position because both require consistency, resilience, and problem-solving under pressure. Remember, CS isn't just about being good with computers; it's a mix of math, logic, persistence, and communication.
Data Structures and Algorithms involve a lot of problem-solving, efficiency analysis, and tricky assignments.
Discrete Mathematics includes logic, proofs, sets, graphs, and combinatorics, which can be surprising if you're not used to proof-based math.
Computer Organization/Architecture focuses on how CPUs, memory, and low-level operations work.
Operating Systems cover processes, threads, memory management, and concurrency, making it both conceptually and technically demanding.
Theory of Computation/Automata is very abstract and proof-heavy, which may not feel intuitive for many students.
Software Engineering/Large Projects are less about hard math and more about teamwork, deadlines, and managing large scopes.
Algorithms Design is often challenging because it requires both creativity and rigor.
Balancing football and track with your studies means that time management will be key, not just mastering the content. CS courses can have a lot of labs, problem sets, and project deadlines. Students who succeed usually develop routines early and avoid last-minute cramming.
If you can balance sports and CS, you're likely in a good position because both require consistency, resilience, and problem-solving under pressure. Remember, CS isn't just about being good with computers; it's a mix of math, logic, persistence, and communication.