Major explorer

Build a direction, not just a major name.

Use this explorer to compare what students study, what kind of proof can show fit, which careers connect to the field, and what questions to bring into your next session with Counselor Joe.

Evidence-backed trends

Major research should compare fit, training, outcomes, and evidence.

These research signals come from federal and national science data. Use them to ask better questions about majors, projects, and college programs, then verify details through each college's official pages.

BLS 2024-34

AI, data, and cybersecurity

Computer and mathematical occupations are projected to grow much faster than the overall economy, with demand tied to AI systems, data analysis, software, and security.

BLS employment projections
BLS 2024-34

Healthcare and human services

Healthcare and social assistance is projected to be the fastest growing industry sector, driven partly by aging and chronic health needs.

BLS healthcare growth
BLS 2024-34

Energy, climate, and infrastructure

Demand for electricity, AI data centers, electric vehicles, solar, wind, and battery-related manufacturing creates practical pathways for engineering, policy, and sustainability students.

Fastest-growing occupations
NSF 2026

STEM is broader than one major

NSF reports growth in science and engineering degree completions, with especially strong computer and information sciences growth at bachelor's and master's levels.

NSF science indicators
Portfolio pattern

Strong proof is curated and specific

MIT, Stanford, CMU, and USC portfolio guidance all point toward the same lesson: submit or discuss work only when it shows meaningful skill, process, role, originality, and fit.

Explorer

Find majors by interest, evidence, and project style.

Start broad, then use the questions inside each card to decide what needs a deeper major brief or session discussion.