The Accelerated Math Physics program is a five-week integrated calculus and physics summer program designed to accelerate your career at Rose-Hulman. With AMP, you will fulfill your first year calculus and physics requirements - before the start of fall quarter.
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The Accelerated Math Physics (AMP) program will advance your academic career in both mathematics and physics. AMP is an integrated five-week accelerated program for students who have had a year of high school physics and the equivalent of Advanced Placement BC Calculus. Participating in AMP means you’ll be ahead of the game, and able to start some sophomore courses at the beginning of freshman year. You’ll be able to accommodate many possible choices during your time at Rose-Hulman from double majors, multiple minors, interdisciplinary minors, second majors, or a master's degree in four years.
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Students will be selected for AMP on a highly competitive basis. The program is only open to incoming freshmen who meet the requirements below:
Completion of an Advanced Placement Calculus course (BC level) or college equivalent
Completion of a year-long high school physics course
Approval by the Accelerated Math Physics Program selection committee
Two letters of recommendation: one written by the student's high school calculus teacher and one written by the student's high school physics teacher.
This intensive immersion into calculus and physics covers elements of Calculus I and Calculus II plus all of Calculus II on the mathematics side and all of the lecture material from Physics I and Physics II. Review and coverage of single variable calculus both differential calculus, integral calculus and topics about infinite series from Calculus I and Calculus II. Covers from MA113: vectors and parametric equations in three dimensions, functions of several variables, partial derivatives, maxima and minima of functions of several variables, multiple integrals and other coordinate systems with relevant applications of vectors, parametric equations, partial derivatives and multiple integrals. Covers from PH111 and PH112: kinematics, Newton's laws of motion, gravitation, Coulomb's law, Lorentz force law, conservation of energy and momentum, torque and angular momentum, oscillations and waves, electric fields and potentials, electric current, resistance, DC circuits along with relevant laboratory experiments.
Students selected for the program are expected to have the ability to start in MA112 or MA113. Students completing the program and earning all credit will start the fall quarter effectively as sophomores having learned the material in MA111, MA112, MA113, PH111 and PH112. They will start in the sophomore level math courses appropriate to their degree program and ready to start engineering courses or science courses appropriate to their degree program.
Application materials due: April 16, 2026
Acceptance announcement day: May 6, 2026
Students accepted into the program should plan to arrive on campus on either Friday July 17 or Saturday July 18. International students may arrive as early as Thursday July 16.
Program begins on Sunday July 19, 2026 and ends on August 22, 2026.
Cost: Estimated between $6,300 and $6,700
Students who have been accepted to Rose-Hulman and qualify for the Accelerated Math Physics program will be invited via email to apply by March. If you believe you qualify for the program but have not received an invitation to apply, you may contact Professor Finn and inquire about your eligibility.
The application period opens Monday, February 23, 2026.
Eligible students that would like to apply will find a link on the admit tab of the applicant portal.
Recommendation letters from your calculus and physics teachers should be submitted through the application portal, but may be submitted directly to Dr. Finn. Letters of recommendation should address not only your content knowledge of mathematics and physics, but also your work ethic, willingness to ask for assistance when concepts are difficult, and willingness to offer assistance to others when concepts are difficult.
Contact Professor Finn for more information about the program.
