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Cooper Union  /  Essays  /  Prompt 2

Cooper Union: Why your major

350 words

What drives your interest in pursuing your chosen major (e.g., Chemical Engineering, Civil Engineering, Electrical Engineering, Mechanical Engineering, or Computer Science)? How do you envision engaging with Cooper's labs, research opportunities, and faculty?
What it’s really asking

This is the depth check on your intended field. Cooper wants the origin and pull of your interest in the major, plus a concrete picture of how you will use Cooper's specific labs, research, and faculty to pursue it. The prompt names engineering majors as examples, but Art and Architecture applicants answer the parallel version about their discipline.

Why they ask it

As a pre-professional school, Cooper admits into a specific program, not an undeclared pool. They need to see that your interest is real and informed, and that you have connected it to what Cooper actually offers rather than generic enthusiasm for the field.

Three ways in
Trace it to a real moment

Start from a specific project or experience, then show how it deepened into a question you still want to answer.

Map it onto Cooper

Name a Cooper lab, research area, or faculty member's work, and say concretely what you would do there.

Cross the building

Show how your major connects to the other disciplines at Cooper, since they prize engineers, artists, and architects who cross over.

✕  Weak opening

“Ever since I was young, I have been fascinated by how things work, which is why I want to study mechanical engineering.”

✓  Strong opening

“My grandmother's sewing machine seized up the week before a wedding, and taking it apart taught me that mechanical engineering is mostly the study of why things stop.”

✦ Annotated example · Electrical engineering and the failed amp. Written by EssayLens to teach, not a real applicant’s essay. Tap a highlighted line →
My first amplifier hummed. 1I had soldered a kit from a forum, powered it up, and instead of music I got a fat sixty-hertz drone that no amount of volume could drown. It took me a week of borrowing a neighbor's oscilloscope to learn the word for what I was hearing: a ground loop. 2That week converted me. Until then I had liked electronics the way you like magic tricks. Afterward I wanted to know exactly where every electron was going and why, and I have wanted that ever since. That is what drives me toward Electrical Engineering: the discipline refuses to let you stay impressed. 3Behind every clean signal there is a mess of noise, impedance, and timing that someone had to tame, and I find that hidden layer more interesting than the finished product. I taught myself enough to build a small reflow hot plate and a battery monitor for my bike lights, and each project taught me how much I still cannot do alone. At Cooper, I am most eager to work in the courses and labs where analog meets the physical world. 4I have read that the EE curriculum keeps hardware central, with hands-on circuits and signals work rather than treating lab time as an afterthought, and that senior projects are real builds defended in front of faculty. 5I want to spend a semester chasing a single stubborn measurement the way I chased that hum, but this time with an advisor who can look over my shoulder and tell me the question I should have asked first. I am also drawn to how small the program is, because in a small lab you cannot hide behind a teammate. 6You have to be able to explain your own circuit. I want to be in a place that expects that of me, and that will hand me better tools and harder problems than my kitchen table ever could. Cooper feels like the room where my amplifier would finally play music.
  1. 1A three-word opening that drops the reader straight into a real, failed build. It instantly establishes a maker, not a dreamer.
  2. 2Specific technical vocabulary (sixty-hertz hum, ground loop, oscilloscope) earned through experience, signaling genuine intellectual hunger rather than buzzwords.
  3. 3Articulates a personal philosophy of the major in one sharp sentence. It frames EE as a way of thinking, which reads as maturity.
  4. 4Transitions to Cooper-specific engagement, which is the explicit second half of the prompt and where many applicants go vague.
  5. 5References concrete, verifiable features of Cooper's program (hardware-centric labs, defended senior projects) without inventing professor names or facts that could be wrong.
  6. 6Ties the major back to Cooper's defining trait (smallness) and turns it into a reason the writer specifically thrives there, closing the 'why this school for this major' loop.
Stuck? Start here
  • What specific moment or project first pulled you toward this major, and what question did it leave you with?
  • Which Cooper lab, research area, or faculty member's work fits the exact corner of the field you care about?
  • How does your major touch the other two schools at Cooper, and where would you want to cross over?
Before you submit
  • Does the essay name at least one specific Cooper lab, resource, or faculty area?
  • Is your interest narrowed to a real corner of the field, not the whole subject?
  • Could this essay be sent to another engineering school unchanged? If so, add Cooper specifics.

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