How do Georgia Tech and Dartmouth differ in STEM admissions?

Apply to both if you can see yourself in two very different academic environments. Georgia Tech is built for students who already want an intensive, professionally oriented STEM education and can show strong preparation in the math and science sequence relevant to their intended field. Dartmouth suits students who want to pursue STEM within a liberal arts college, keep academic options open, and connect technical interests to humanities, social sciences, policy, entrepreneurship, or research.

For Georgia Tech, academic readiness is especially central. Competitive applicants typically present the most rigorous math and science courses available to them, strong performance in those courses, and evidence that their interest in computing or engineering goes beyond simply liking the subject. Projects, robotics, coding, research, design work, jobs, or sustained problem-solving activities can help make a proposed major credible. Georgia Tech asks applicants to indicate intended majors, so your application should make clear why that field fits your preparation and goals.

Dartmouth does not admit students directly to a computer science or engineering major, and students have room to explore before declaring a major. Its review still values demanding STEM coursework and meaningful technical engagement, but it is less about presenting yourself as narrowly preprofessional. A compelling Dartmouth STEM applicant may show intellectual range: for example, interest in computer science alongside ethics, linguistics, environmental studies, public policy, or the arts. Dartmouth’s engineering options, including pathways through the Thayer School, work well for students who value a broad undergraduate curriculum and close faculty interaction.

At either school, demonstrate fit through specific academic choices and sustained interests rather than relying on generic statements about loving technology or innovation.