Massachusetts Institute of Technology (MIT) vs United States Air Force Academy

Massachusetts Institute of Technology (MIT) and United States Air Force Academy (USAFA) stand as two distinct beacons of higher education, each offering a unique blend of academic rigor, research opportunities, and career prospects. MIT, a private research university, boasts an acceptance rate of 4.1%, while USAFA, a federal service academy, maintains a 13% acceptance rate. MIT's student body is predominantly male (63%) and international (43%), while USAFA's student body is predominantly male (73%) and domestic (98%). Both institutions excel in STEM fields, with MIT excelling in engineering, computer science, and physics, and USAFA excelling in aeronautical engineering, astronautical engineering, and systems engineering. While MIT offers a higher graduation rate (94%) compared to USAFA (88%), both institutions ensure that their graduates are well-prepared for successful careers in their respective fields. Explore the comprehensive comparison table below to delve deeper
Massachusetts Institute of Technology logo

Massachusetts Institute of Technology

United States Air Force Academy logo

United States Air Force Academy

Overview

Location Cambridge, Massachusetts USAF Academy, Colorado
Campus setting City: Midsize Town: Fringe
College type 4 year 4 year
Control/business model Private (Non Profit) Public
Calendar system 4-1-4 Semester
Degrees offered Undergraduate and Graduate Undergraduate
Students retention rate 99.0% 93.0%
Common app member No No
Religious affiliation

Admission

Acceptance rate 4.1% 12.4%
Application fees
Undergraduate: $75

Graduate: $75
SAT range N/A 1208 - 1490
ACT range N/A 29 - 34
Students submitting SAT score 35.0%
Students submitting ACT score 21.0%
Total number of applicants 33,240 11,687
Total number of admissions given out 1,365 1,453
Admitted students who chose to enroll 1,177 1,091
Yield rate 86.2% 75.1%
Test scores (SAT/ACT) N/A N/A
High school GPA Not required Required
Recommendation letters Required Required
High school transcript Not required Required
English proficiency test (e.g. TOEFL) Not required Not required

Tuition and Fees

Sticker price $58,920
Average net price $30,958
Tuition $55,510
Room & board
Room/dormitory: $11,550

Meal plan: $6,550
Available payment plans
  • Tuition payment plan

Financial Aid

Students receiving financial aid

(Grants & scholarships)

100.0%
Average amount $32,562
Students receiving federal student loan 6.0%
Average amount $5,112
Students taking out private loans 1.0%
Average amount $17,891

Students and Campus

Undergraduate students 4,638
Men 51.9% Women 48.1%
4,181
Men 71.4% Women 28.6%
Graduate students 7,296
Men 62.0% Women 38.0%
N/A
Racial/ethnic diversity
Moderate
N/A
Out-of-state students N/A N/A
International students 29.2% N/A
Campus local/setting City: Midsize Town: Fringe
Dormitory capacity 6,280 4,200
First year students are required to live on campus? No Yes
Top 5 states where most U.S. students come from California Texas New York Florida New Jersey N/A

Academics

Popular study areas
  • Engineering
  • Business
  • Computer and Information Science
  • Architecture
  • Mathematics and Statistics
  • Business
  • Engineering
  • Social Sciences
  • Biological and Biomedical Sciences
  • Multidisciplinary Studies
Students to faculty ratio 3:1 8:1
Institutional accreditation New England Commission on Higher Education Higher Learning Commission

Outcome

Graduation rate 96.2% 86.1%
Dropout rate 3.0% 13.9%
Transferred out N/A N/A
Alumni salary by major (Top 10)
Electrical, Electronics and Communications Engineering (Master's Degrees)
  • Year 1: $144,716
  • Year 2: $150,045
  • Year 3: $183,153
Business/Commerce, General (Master's Degrees)
  • Year 1: $170,089
  • Year 2: $165,236
  • Year 3: $182,183
Computer Science (Bachelor's Degrees)
  • Year 1: $118,191
  • Year 2: $127,993
  • Year 3: $163,496
Mathematics (Bachelor's Degrees)
  • Year 1: $82,796
  • Year 2: $117,572
  • Year 3: $155,540
Systems Engineering (Master's Degrees)
  • Year 1: $133,685
  • Year 2: $137,214
  • Year 3: $155,079
Electrical, Electronics and Communications Engineering (Bachelor's Degrees)
  • Year 1: $104,229
  • Year 2: $121,226
  • Year 3: $139,548
Electrical, Electronics and Communications Engineering (Doctoral Degrees)
  • Year 1: $141,603
  • Year 2: $126,504
  • Year 3: $132,987
Mechanical Engineering (Doctoral Degrees)
  • Year 1: N/A
  • Year 2: $112,885
  • Year 3: $124,425
Mechanical Engineering (Master's Degrees)
  • Year 1: $135,266
  • Year 2: $111,435
  • Year 3: $112,404
Aerospace, Aeronautical and Astronautical Engineering (Master's Degrees)
  • Year 1: $109,955
  • Year 2: $104,749
  • Year 3: $109,672
N/A

Frequently Asked Questions


  • What are the primary academic focuses of MIT and the Air Force Academy?

    MIT is renowned for its rigorous programs in science, technology, engineering, and mathematics (STEM). It offers a broad range of programs within these fields, emphasizing research and innovation. The Air Force Academy, while also strong in STEM, has a primary focus on military leadership, aerospace engineering, and related fields. Its curriculum is designed to prepare cadets for careers as officers in the United States Air Force and Space Force.

  • How does the application process differ between MIT and the Air Force Academy?

    MIT's application process is similar to that of other top universities, involving standardized test scores (though MIT is test-optional), high school transcripts, essays, and letters of recommendation. The Air Force Academy has a more complex application process. It requires a nomination from a member of Congress or the Vice President, in addition to academic qualifications, physical fitness assessments, medical evaluations, and a demonstrated commitment to service.

  • What is the cost of attendance at MIT versus the Air Force Academy?

    MIT's tuition, fees, and living expenses are substantial, though financial aid is available to many students. The Air Force Academy provides a fully funded education, including tuition, room and board, and a monthly stipend. Cadets incur a service obligation after graduation.

  • What are the campus environments like at MIT and the Air Force Academy?

    MIT is located in Cambridge, Massachusetts, a vibrant urban environment with access to numerous cultural and social opportunities. The Air Force Academy is situated in Colorado Springs, Colorado, offering a more secluded campus setting with a focus on military traditions and outdoor activities. The Air Force Academy's campus is designed to instill a sense of discipline and camaraderie.

  • What career paths do graduates typically pursue from MIT and the Air Force Academy?

    MIT graduates often pursue careers in research, technology, engineering, entrepreneurship, and academia. They are highly sought after by leading companies and institutions worldwide. Air Force Academy graduates are commissioned as officers in the Air Force or Space Force, with career paths including pilots, engineers, space operations officers, and other military specializations. Some may also pursue civilian careers after fulfilling their service commitment.

  • How does the student life experience differ between the two institutions?

    MIT offers a diverse student life with a wide range of clubs, organizations, and social activities, reflecting its location in a major metropolitan area. The Air Force Academy emphasizes military training, leadership development, and a strong sense of community. Student life includes military drills, physical training, and participation in cadet squadrons, fostering a unique environment focused on service and teamwork.

  • Are there opportunities for research at both institutions?

    Yes, both MIT and the Air Force Academy offer significant research opportunities. MIT is a world leader in research across various disciplines, providing undergraduates with extensive opportunities to participate in cutting-edge projects. The Air Force Academy also emphasizes research, particularly in areas relevant to aerospace and military technology, allowing cadets to contribute to advancements in these fields.

  • What are the athletic programs like at MIT and the Air Force Academy?

    MIT has a strong athletic program with a wide variety of varsity and club sports, competing in NCAA Division III. The Air Force Academy competes in NCAA Division I in most sports, with a focus on developing athletic skills and promoting teamwork within a military context. The Air Force Academy's athletic programs are an integral part of the cadet experience.

  • How do the cultures of MIT and the Air Force Academy differ?

    MIT's culture is characterized by innovation, intellectual curiosity, and a collaborative spirit. It fosters a culture of experimentation and pushing boundaries. The Air Force Academy's culture is rooted in military values such as honor, integrity, and service before self. It emphasizes discipline, leadership, and a commitment to the Air Force and Space Force.

  • What are the graduation requirements for each institution?

    MIT requires students to complete a specific set of core subjects and major-specific requirements, along with a thesis or capstone project in many programs. The Air Force Academy requires cadets to complete a rigorous academic curriculum, military training, physical fitness requirements, and leadership development programs, culminating in a Bachelor of Science degree and a commission as an officer.