Isolated System

I began the year studying Thompson's Calculus Made Easy. It was a very enjoyable book to read, and old-timey texts always have a slightly whimsical aura to them which only adds to the experience. But the book was not going far enough.

MIT

MIT is divided into Semesters. They have a Fall (September to December) and a Spring (February to May) semester. They have some requirements that all students take courses in humanities. They call their Bachelor of Science degree an SB rather than a BS.

CORE SUBJECTS
2.001/2 Mechanics and materials 1/2
2.003/4 Dynamics and controls 1/2
2.005/6 Thermal-fluid engineering
2.007/8 Design and manufacturing
2.086 Numerical computation
2.670 Mechanical engineering tools
2.471 Measurement and instrumentation
2.013 Engineering systems design

18.01 Calculus 1
18.02 Calculus 2
18.03 Differential equations
8.01 Physics 1
8.02 Physics 2

ELECTIVES
2.016 Hydrodynamics
2.050 Non-linear dynamics: Chaos
2.51 Intermediate heat and mass transfer
2.60 Fundamentals of advanced energy conversion
2.853 Manufacturing systems
2.744 Product design

Here's a typical schedule.

FallSpring
Year 1
3.091 Solid-state chemistry1208.02 Physics 212
08.01 Physics 11218.02 Calculus 212
18.01 Calculus 112Elective12
HASS12HASS12
4848
Year 2
2.001 Mechanics and Materials 1122.003 Dynamics and Controls 112
2.086 Numerical Computation122.007 Design and Manufacturing 112
18.03 Calculus 3127.013/412
HASS12HASS12
2.670 Mechanical Engineering Tools3
5148
Year 3
2.004122.00212
2.005122.00612
2.67112Elective12
HASS12HASS12
4848
Year 4
2.009122.00812
Restricted Elective122.ThU3-6
Elective12Restricted Elective12
HASS12Elective12
HASS12
4851-54

Caltech

They used to say that you don't graduate from Caltech, you survive Caltech.

They call a "major" an "option", I gather. They claim to be running on a "quarter" system[1] but it is actually a trimester system[2] Each term is 10 weeks (just under three months), with 45-51 credits taken per term. Below is a sample schedule.

https://catalog.caltech.edu/current/information-for-undergraduate-students/graduation-requirements-all-options/core-institute-requirements-all-options/

Menu course: designed fro breadth, a subject that you might not otherwise have studied.

1st2nd3rd
Ma 1 abcFirst-year mathematics999
Ph 1 abcFirst-year physics999
Ch 1 abGeneral chemistry69
Bi 1Principles of biology9
Ch 3 aFundamental techniques of experimental chemistry6
CS 1/1xIntroduction to programming9
Introductory humanities/social science9
Introductory laboratory course
Menu course, first year seminar, or electives
Physical education333
Year 2
Ma 2Differential Equations9--
ME 10Thinking Like an Engineer1--
ME 11 abcThermal Science999
ME 12 abcMechanics999
ME 13Mechanical Prototyping4--
ME 14Design and Fabrication--9
ACM 95 abIntro. Meth. Applied Math.-1212
HSS Electives99-
Total413939
Year 3
Physics Electives9-9
ME 50 abExp. and Modeling in ME-1212
ME 40Dimensional and data analysis in engineering9--
Capstone Design1215-
SEC 10Technical Seminar <br>Presentations3--
SEC 11/12/13Written Communication--3
HSS Electives9918
Total423642
Year 4
Maths Electives9--
Advanced ME Electives18189
HSS Electives999
Total362718

Georgia Tech

Great university, but wow is the vibe weird. They teach you the US constitution and the Georgia constitution?! Georgia isn't really a centre of the world, so I'm not sure what the motivation is. I'd be curious what percentage of it's graduates even end up staying in Georgia.

[1] https://web.archive.org/web/20140513162751/http://finance.caltech.edu/documents/178-cds2013_final.pdf
[2] https://www.admissions.caltech.edu/why-caltech/student-life#define-your-variables