All About a 3+2 Engineering Programs

Some students dream of studying engineering at a top school like Columbia, Dartmouth, or Caltech, but know their GPA or test scores may not be strong enough for direct admission. One strategic path many students consider is a 3+2 engineering program (also called a combined or dual-degree program), where students begin at a liberal arts college and later transfer to a partner engineering school, graduating with two bachelor’s degrees.

Here’s how it works:

• Students spend three years at a liberal arts college studying subjects like physics, math, or chemistry while completing general education requirements.

• They then transfer to a partner university with an engineering school for the final two years, where they complete their engineering coursework.

  
  

At the end of five years, students graduate with:

• a BA or BS from a liberal arts college

• a BS in Engineering from the partner university

  
  

These programs are designed to combine the broad education of a liberal arts college with the technical training of an engineering school.

Examples of Well-Known 3+2 Programs

Some of the most well-known engineering schools that offer 3+2 partnerships include:

• Columbia University

• California Institute of Technology

• Washington University in St. Louis

• Dartmouth College

These universities partner with many smaller liberal arts colleges.

For example:

• Columbia partners with schools such as Beloit College, Eckerd College, Sacred Heart and Hartwick College

• Washington University partners with schools such as Marietta College, Randolph College and Austin College

The idea is that some students may find it easier to gain admission to a smaller liberal arts college first and then pursue engineering at a more selective university later.

Important Requirements

One thing to understand if you are considering this path is that admission to the engineering school is not automatic. Students must complete a rigorous set of prerequisite courses during their first three years, typically including:

• Calculus

• Physics

• Chemistry

• Other advanced STEM courses

Students must also maintain a high GPA to qualify for the transfer. Because of these academic requirements, not every student who starts on the 3+2 track ultimately completes it.

Pros of 3+2 Programs

Two degrees: Students graduate with two bachelor’s degrees from two institutions.

Liberal arts + engineering education: Students benefit from both a broad liberal arts education and specialized technical training.

Small classes early on: Many liberal arts colleges offer smaller class sizes and closer relationships with professors.

Alternative pathway to selective engineering schools: Students with strong but not top-tier credentials may gain access to elite engineering programs.

Cons of 3+2 Programs

You must transfer after three years: Leaving your first college can be difficult after building friendships and relationships with professors.

Admission to the engineering school is not guaranteed: Students must meet GPA and course requirements to transfer.

Five years instead of four: Students spend an additional year completing the second degree, which can make the overall cost higher than a traditional four-year pathway.

Not everyone finishes the pathway: Some students decide to stay at their first school or change

academic plans.

You have less time in the engineering school: It may be harder to explore different engineering fields, take electives, join research labs, and complete internships related to their specialty.

Who Should Consider a 3+2 Program?

These programs may be a good fit for students who:

• want a liberal arts college experience first

• are interested in engineering but also value the humanities

• are willing to spend five years earning two degrees

• are comfortable transferring schools midway through college

  
  

While many colleges advertise 3+2 programs, a relatively small percentage (10-20%) of students actually complete them. Students need to understand both the academic requirements and the social realities of transferring after three years before committing to this pathway. Every 3+2 program is structured a little differently, so it’s important to understand whether this pathway aligns with your academic goals and financial plans. Thinking about a 3+2 engineering pathway? Let’s talk. I help students evaluate whether these programs are the right strategic fit for their academic goals and college lists. Reach out here.