UNDERGRADUATE : Course 22 Roadmaps :
Fission Reactor Physics & Design

Emphasizes integrated fission reactor design.

Some possible student outcomes:

Preparation for graduate studies in fission
Designer of next generation fission reactors for energy and spacecraft.

Course/electives are suggested that provide multi-disciplinary depth in fission design. UROPs among fission faculty, CANES and MIT Reactor lab are highly encouraged.

YEAR	FALL	SPRING
1st YEAR	8.01 Physics I	8.022 Physics II
	18.01 Calculus I	18.02 Calculus II
	3.091 Chemistry I	7.01x Biology 1
	HASS	HASS
2nd YEAR	22.01 Intro to NSE	22.02 Intro to Nuclear Physics
	18.03 Differential Equations	2.005 Thermal-Fluids
	8.03 Physics III	22.00 Intro Simulation^E
	18.06 Linear Algebra	HASS (2)
	22.011 Fission Seminar^E
3rd YEAR	6.00 or 12.010 Intro to Computation	22.09 Nuclear Lab
	22.05 Intro to Reactor Physics	22.071 Electronics
	22.06 Reactor Engineering^A	18.085 Computational Engineering^E
	HASS	HASS
4th YEAR	22.033 Senior Design Course	22.ThU UG Thesis
	22.ThT Thesis tutorial	22.070 Nuclear Materials^A
	22.251 Nuclear Fuel Cycle^E	22.211 Reactor Physics^E
	22.107 Computational NSE^E	HASS
	HASS

Bold fonts indicate suggested freshmen course choices
^E Denotes suggested use of an elective
^A Denotes the two suggested advanced course 22 subjects

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