Program Prerequisites for Bachelor of Computer Science typically include: Program Prerequisites: Educational Requirements: A high school diploma or equivalent. Strong background in mathematics, particularly algebra, geometry, and calculus, as they form the foundation of many computer science concepts like algorithms and data structures. A solid understanding of English and reading comprehension to navigate complex texts and communicate technical ideas clearly. Application Requirements: A personal statement outlining the applicant’s interest in computer science, motivation for pursuing the program, and career goals in technology or computing. Recommendation letters from teachers, especially in mathematics, science, or technology, can provide insight into the applicant’s academic potential and work ethic. Some programs may request a portfolio demonstrating prior coding experience or technical projects, although this is more common in programs that focus on software engineering or interactive media. Standardized Tests: SAT or ACT scores may be required, particularly the math section, as it reflects the applicant’s readiness for computer science coursework. Strong performance in mathematics and critical thinking sections will be beneficial for problem-solving components of the program. Skills and Competencies: Basic knowledge of programming languages or concepts can be helpful but is not always required for entry. Many programs offer introductory programming courses to build foundational skills. Problem-solving skills and logical thinking, which are essential for tackling algorithmic and computational challenges. Proficiency in technical writing and clear communication to convey complex ideas. Other Requirements: Some programs may look for extracurricular activities or projects related to technology, such as involvement in coding clubs, internships, or personal programming projects. A keen interest in technology, innovation, and scientific research, as computer science often requires continual learning due to the fast-paced nature of technological advancements.