Harvard University

Overview

The Chemistry and Physics program at Harvard University offers a comprehensive, quantitative, and liberal-arts-style bachelor’s degree. This program blends rigorous studies in chemistry and physics with applied mathematics and research training, equipping students with strong analytical skills essential for tackling scientific inquiries. The course typically spans 48 months, providing a thorough understanding of both disciplines.

What you'll study

Programme Structure

• Core quantitative and scientific coursework to establish a solid foundation in chemistry and physics, complemented by mathematical methodologies.
• Applied mathematics training to enhance skills in modeling, problem-solving, and scientific computation.
• Statistical Inference for Scientists and Engineers aimed at improving data interpretation and evidence-based reasoning.
• Solving and Optimizing to cultivate analytical techniques for complex scientific and engineering challenges.
• Supervised Reading and Research that facilitates independent study and deepens subject knowledge.
• Thesis Research serving as a capstone project, typically conducted under faculty guidance.

Learning Progression

• Initial years are focused on foundational knowledge and quantitative skill development.
• Later years shift towards research, supervised studies, and thesis completion.

Entry requirements

Admission to this program does not have specific GRE/GMAT requirements listed. GPA criteria are also not explicitly stated, as decisions are typically based on a holistic review of academic background and application materials.

For non-native English speakers, proficiency in English is essential. The TOEFL iBT is accepted, and further details regarding minimum score requirements can be confirmed with the university.

Career prospects

Graduates of the Chemistry and Physics program are well-prepared for diverse career paths in scientific research, engineering, education, and public policy. The strong analytical skills and robust foundational knowledge gained through this program enable graduates to excel in various roles within academia, industry, and government sectors, fostering advancements in technology and scientific understanding.