Applied to MIT, not to a course
MIT says you apply to the entire university, not to a specific major, and all first-year students begin undeclared.
Undergraduate · MIT EECS
MIT says you apply to the entire university and all first-year students begin undeclared. Course 6-5, Electrical Engineering with Computing, is one of three undergraduate degrees in the Department of Electrical Engineering and Computer Science, beside 6-3 and 6-4. The current catalogue lists it as 6-5, and this guide describes only that current degree. It sets out what the degree chart requires, how it differs from 6-3 and 6-4 and what MIT says about testing.
Official information · read 1 November 2026, no entry-year label
Taken from the MIT Course Catalog's degree charts for Courses 6-5, 6-3 and 6-4 and MIT Admissions' Majors & Minors, Tests & Scores and International pages, read on 1 November 2026. The pages carry no entry-year label, so for a 2028-entry application every statement below is evidence for the previous cycle and may change; check MIT's pages for the 2028-entry details.
MIT says you apply to the entire university, not to a specific major, and all first-year students begin undeclared.
The catalogue lists Course 6-5 as a Bachelor of Science in Electrical Engineering with Computing, offered by the EECS department.
The system design centres include Computation Structures, Electrical Circuits and Signal Processing, with Engineering for Impact as the design lab.
Students select two subjects from one EE track and two from a different EE track.
MIT requires the SAT or the ACT for first-year students and asks that predicted grades be sent if available.
Official sources
Read on 1 November 2026 on the MIT Course Catalog's degree charts for Courses 6-5, 6-3 and 6-4 and MIT Admissions' Majors & Minors, Tests & Scores and International pages, which describes 2027 entry. The pages carry no entry-year label. The EECS department's own website, the EE track lists, the subject descriptions, deadlines and financial aid were not read and are not stated.
The degree
The catalogue's chart for Course 6-5 lists fundamentals in Python programming, discrete mathematics and proof, algorithms, low-level programming in C and Assembly, linear algebra and probability. System design centres add Computation Structures, Electrical Circuits and Signal Processing, and Engineering for Impact is the design lab. Students then choose two subjects from one electrical engineering track and two from another, and two Course 6 subjects that also satisfy a requirement in 6-3, 6-4 or 6-5. The chart lists 174 to 186 units in the major. This guide does not describe individual subjects.
Is it the right course?
The catalogue lists these as separate degrees, so the choice is made after admission. Avandy's comparison is general and relies on the degree titles the charts give.
you want circuits and signals alongside programming and algorithms.
your centre of gravity is software and computer science. Avandy's MIT Courses 6-3 and 6-4 guide covers it.
your interest is intelligent systems. The same guide covers it.
Admission and testing
MIT requires the SAT or the ACT for first-year students. It asks that transcripts include the results of external examinations such as the IB or A Levels required for university entrance in your home country, and that predicted grades be sent if available; only admitted students are required to send final grades. Course 6-5 is not a separate application. This guide states no score.
A decision framework
This is Avandy's own framework, not MIT's.
The degree chart includes circuits, signal processing and a design lab.
MIT says first-year students begin undeclared.
MIT requires one of them from first-year applicants.
Planning for 2028 entry
MIT's pages carry no entry-year label, so nothing on them is confirmed for 2028 entry. Use them to understand the structure of the application, then check MIT's own pages for the 2028-entry details.
These are the best guide to what to prepare. MIT has not confirmed them for 2028 entry.
This guide has not read them. Check MIT for the values that apply to your application year.
Read the Course 6-5 degree chart and plan the SAT or ACT alongside your A levels or IB.
Support
Avandy provides independent academic and admissions support. It is not affiliated with the Massachusetts Institute of Technology or any of its colleges or departments. Preparation sits within the Avandy Trinity Advisory Model: a Strategic Admissions Consultant, a PhD-level Academic Mentor and a Subject-specific Tutor, working to the actual requirements of each course. Support here is limited to understanding the requirements and planning the applicant's own work; Avandy does not write or edit essays, does not submit any materials and has no partnership with the Massachusetts Institute of Technology. No outcome is promised.
Questions
No. MIT says you apply to the entire university, not to a specific major or school, and all first-year students begin undeclared.
Yes. The current MIT catalogue lists Electrical Engineering with Computing as Course 6-5, and this guide describes only that degree.
The catalogue lists 6-3 as Computer Science and Engineering and 6-4 as Artificial Intelligence and Decision Making, each with its own chart.
MIT says it requires the SAT or the ACT for first-year students.
MIT asks that transcripts include external examination results such as the IB or A Levels and that predicted grades be sent if available.
No. They are MIT's wording with no entry-year label. Check MIT's pages again when MIT publishes its 2028-entry requirements.
Students and families
Tell us about the student's curriculum, their mathematics and physics, how they weigh electrical engineering against computer science and their SAT or ACT plan, the universities on the list, and the intended year of entry. A senior adviser will review the academic profile before recommending how to prepare.