Cornell College Block Calendar

How the Block Calendar Works

Cornell College, a private liberal arts college in Iowa, operates on a unique academic calendar known as the block calendar. This innovative system divides the academic year into eight blocks, each lasting approximately three and a half weeks. During each block, students take a single course, allowing for an in-depth exploration of the subject matter without the distractions and pressures of managing multiple classes simultaneously.

The block calendar is designed to foster intense focus, creativity, and engagement between students and faculty. By concentrating on one course at a time, students can delve deeper into the material, participate more actively in class discussions, and develop a stronger understanding of the subject. This immersive learning experience is a hallmark of the Cornell College education and sets it apart from traditional semester-based systems.

Benefits of the Block Calendar System

The block calendar's structure enables students to explore a wide range of academic interests throughout their time at Cornell. With eight blocks in an academic year, students have the opportunity to take eight different courses, which can include internships, research projects, and study abroad programs. This flexibility allows students to tailor their academic experience to their interests and career goals, making their education more relevant and impactful.

The benefits of the block calendar system are numerous. It promotes academic rigor, enhances student engagement, and provides a more personalized learning experience. Students can also enjoy a better work-life balance, as the focused nature of each block allows for more free time between courses. Additionally, the block calendar facilitates stronger relationships between students and professors, as they work closely together in small class settings. Overall, the Cornell College block calendar offers a unique and effective approach to higher education, preparing students for success in their chosen fields and beyond.