Prospective Graduate Students
Prospective Undergraduate Students
Prospective Undergraduate Students
Academics: All-inclusive
The “Harvard experience”—immersion in a multifaceted intellectual setting—is part of what makes learning engineering and applied sciences here a singular experience.
Because of our emphasis on preparing broad-minded students (1) we’ve designed programs and courses that meet the need of students at multiple levels.
The concentration is open to those who might not have had opportunities for rigorous mathematics or exposure to engineering or computer science in high school. At the same time, the program caters to those who dream about taking Math 55 their first year.
Many of our classes are small, thanks to the 5:1 student/faculty ratio. Professors and administrators are accessible in and outside of class. (2) And, collaborative courses and research with Harvard’s world-class programs in the life and physical sciences expose students to the bigger picture, too. (3)
We offer an A.B. degree option (which is relatively rare among our peers) as well as an ABET-accredited S.B. (in Engineering Sciences only).
Our concentrations promote flexibility and, yes, even fun. (4) That means you’ll have time to indulge your passion for the yo-yo, push the pigskin down the turf (5), investigate the wacky world of quantum science (6), or create the next great start-up in your dorm room. (7)
Although you can dig deep into specific areas of research, the goal is to train future leaders and thinkers in all fields as well as professionals in engineering and applied sciences. (8)
Alum Yi Liu ’05 (Engineering Sciences, S.B.) put it this way: “Harvard emphasizes not just the education of the subject but the education of a person.”
Degrees of Freedom
Learn more about our academic programs ...
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Applied Mathematics (A.B., A.B./S.M., Secondary Field in Mathematical Sciences)
“Math will rock your world.” That sentence recently appeared on the cover of BusinessWeek magazine. The math rocking the world is applied mathematics. Areas of focus include biological sciences, economics, engineering, and computer science, among others.
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Computer Science (A.B., A.B./S.M., Secondary Field)
The answers to today’s big questions—whether in engineering, physics, biology, or economics—inevitably have computation at their core. Areas of focus include software, graphics, e-commerce, artificial intelligence, networks, parallel and distributed systems, algorithms, and theory.
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Engineering Sciences (A.B.; A.B./S.M.; S.B.)
Engineering is about building bridges—but in ways you might not expect. Breakthroughs in basic research and innovative technologies create bridges to every area in the sciences. Areas of focus include biomedical sciences and engineering, electrical engineering and computer science, engineering physics, environmental sciences and engineering, and mechanical and materials sciences and engineering.
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Footnotes
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(1) Training students who excel in applied science but also have a broad knowledge of other disciplines and wish to connect advances in engineering to society’s most challenging problems. |
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(2) A professor from a local university who visited bioengineer Kit Parker’s “Cellular Engineering” to see whether he might want to create a similar course confessed that it would simply be too much work to replicate (even without the after-class BBQ). |
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(3) “I was given the special opportunity to study physics, chemistry, biology, mathematics, statistics, and computer programming, while also gaining the problem-solving skills of an engineer”—Daniel Foti ’06. Moreover, our concentrations are ideal for completing premed requirements. |
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(4) We celebrate National Engineers Week, drop eggs off buildings, play robot soccer, and offer free candy at the Academic Office. |
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(5) Over 50 percent of the students in ES-96, a team-based design course, were members of either a JV or a Varsity sport. |
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(6) One of our colleagues in the Physics Department wrote a book called Warped Passages: Unraveling the Mysteries of the Hidden Dimensions. |
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(7) Students have found the time to start companies while earning their degrees. |
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(8) Miriam Esteve ’85 is Executive Vice President of Operations, Technology, and Project Management at U.S. Trust. Stephanie Wilson ’88 is an astronaut. Clay Mitchell ’99 runs one of the most technologically sophisticated farms in the world. |

